All About Hybrid Cloud Environment Before Workload Migration

Hybrid Cloud Environment
Modern organizations need fast-paced solutions to scale their services and integrate their applications for a digital foothold, resulting in a demand to shift their ecosystem from on-premise to a cloud environment. Therefore, selecting the exemplary cloud architecture based on the organizational ecosystem is the need of the hour; otherwise, it may directly impact their business growth. Hence, companies are interested in opting for a hybrid cloud solution that will allow gradual migration of their workloads without affecting the daily operations, providing enhanced security by allowing segregation of the critical and general workloads to private and public clouds, respectively.

Many businesses across the globe are raising concerns on whether to adopt a public, private or hybrid cloud platform. According to Gartner, over 75% of midsize and large organizations will adopt a hybrid or multi-cloud strategy by 2021. Today, organizations realize that a hybrid platform is a good-to-go solution after managing IT resources and workloads in public and private cloud environments.

The hybrid cloud definition says that it is a combination of storage, computing, and services environments of an on-premise, private and public cloud. It creates a single platform to operate both in on-premises, private resources, and public cloud resources, such as those offered by Microsoft Azure, Amazon Web Services (AWS), and Google Cloud Platform (GCP). It allows seamless sharing of data and applications when computing and processing requests vary within the organization. A hybrid ecosystem establishes interconnectivity initially through data virtualization, following via connection tools and protocols such as application programming interfaces (APIs), virtual private networks (VPNs), and/or wide area networks (WANs). The goal is to create a collaborative, automated, secured, and organized environment, where integrating these applications among one another and with on-premises systems is easy and fast. 

How is Hybrid Platform Different from Others?

Deployment of a hybrid infrastructure describes the organization's ecosystem where on-premise, public, and private cloud environment conglomerate to provide a secure and unified platform. Hybrid cloud platforms allow you to leverage the utilities of the private and public cloud ecosystem.

The private cloud is an infrastructure that can isolate all your vital business data of an organization behind firewalls on a single server, which are non-sharable and thus is a perfect fit for businesses dealing with confidential and sensitive information.Whereas public cloud platforms are shared spaces that offer massive amounts of storage capacity and other resources, they are highly scalable. In addition, due to the shared architecture, public clouds are affordable and allow organizations to control the security and backups provided by the server's data center.

Hybrid platforms are secured, scalable, and cost-effective, allowing you to have a flexible option to separate the workloads and benefit private and public cloud platforms.

Benefits of Hybrid Cloud

According to the Mordor Intelligence research report, Hybrid Cloud Market was valued at USD 52.16 billion in 2020 and projects to record USD 145 billion by 2026, at a CAGR of 18.73% for the forecast period 2021 to 2026. The vital factors such as flexibility, reliability, scalability, cost-effectiveness, security, and rapidity drive its progress.

Flexibility and Reliability

One of the prime benefits of a hybrid environment is its flexibility. A typical hybrid cloud solutions flexibility refers to the service that enables you to utilize the ecosystem as per their needs. Hybrid cloud architecture can use traditional on-premise systems and the latest cloud technology, with/without registering to a third-party host. Organizations with hybrid infrastructure can migrate workloads and access information to and from their traditional systems and to the public/private cloud whenever necessary, without any service interruption. 

Scalability

As we know, a hybrid cloud infrastructure allows us to utilize both a public cloud and a private cloud. It permits more resources via the public cloud services that enable the organizations to expand their storage capacity and computing resources. Thus, workload migration to a hybrid ecosystem makes it easier to facilitate, implement and scale the resources whenever demand exceeds the ability of the on-premise infrastructure.

Cost-Effectiveness

Typically comprised of private cloud and public cloud architectures, hybrid cloud management allows you to own and operate the data center infrastructure with a significant capital expense. On the other hand, it also enables the public cloud infrastructure to offer resources and services accountable as variable and operational expenses. Thus, hybrid cloud users can select any infrastructures that make it affordable to run the workloads. Moreover, it can accommodate the business demand upsurge and increase its capacity without additional cost. As cost-saving is one of the prime aims of organizations, a hybrid infrastructure leverages a cost-effective approach with no compromise on your ecosystem's scalability, flexibility, security, and agility. According to a study by IT management solution provider Flexera, 76 % of organizations use cost efficiency and savings to measure cloud progress.

Security

Securing business-critical information is always a challenge in any network-enabled ecosystem. Typically for a public cloud, susceptibility to data breaches and data leakages are common. While cloud service providers make exhaustive efforts to ensure data protection for their clients, yet public cloud infrastructure remains at high risk because of its open environment framework. Whereas, for the private cloud ecosystem, companies hold direct control over the stored data. They can manage and establish strict protocols for accesses because the data stored in the private ecosystem are generally highly critical and confidential. However, with a hybrid service, companies can leverage the security of a private cloud with the flexibility and benefits of a public cloud. You can migrate the business-critical data from the private ecosystem to a public cloud for different operations, analytics, and applications. You can also implement extensive encoding methods to ensure data security as much as possible. Hence, Hybrid cloud security is simply protecting the data, applications, and infrastructure that incorporates a certain degree of workload sharing, consistency, and management across multiple cloud environments.

Rapidity

Speed/Rapidity is one of the noteworthy attributes of network-enabled applications. Although a hybrid platform is not fundamentally quicker than a public cloud platform, it allows network optimization to curtail latency and simplify data migration. In addition, hybrid cloud storage transfers non-critical workloads to the public cloud and critical workload on the private cloud and optimizes the network to streamline the traffic. As a result, you can work faster and increase their productivity.

Few Setbacks to Keep in Mind

Despite several benefits, you should consider some of the hybrid cloud challenges before workload migration. Flexera's 2020 State of the Cloud Report says that the complexity and dynamic nature, the hybrid/multi-cloud environment brings many challenges, such as assessing the suitability of on-premises apps for migrating to the cloud. However, analyzing and noting the limitations can make it easy for organizations to utilize their hybrid ecosystem optimally.

Latency and Compatibility

As we know that a hybrid cloud strategy is derived by combining private and public cloud platforms, there can be compatibility issues between them because of their distinct properties. Moreover, analyzing the compatibility of the on-premise applications before migrating to the cloud requires a lot of effort and bandwidth. For example, the private cloud component of a hybrid application cannot respond as fast as the front-end public cloud component and can cause operational latency and other complexities.

Temporary Risk Due to Data Transfers

Data transfers across a hybrid cloud platform can involve third-party (public cloud host) for many organizations, resulting in unnecessary and unacceptable security risks. In addition, data leakages are also a common concern while shifting the on-premise applications to the cloud infrastructure. Therefore, organizations must consider encryption of all traffic to protect the network and avoid temporary security risks for the data in transit.

IAM Complexities

Using Identity and Access Management (IAM) protocols steadily across private and public clouds requires a highly synchronized effort to meet security and compliance requirements. It is also an essential protocol to ensure no gaps are present in the hybrid cloud design. However, organizations dealing with confidential data, such as the healthcare or finance industries, may face few compliance setbacks. In addition, knowing the actual position of the data and who has access can be a real challenge in a hybrid environment. Hence, organizations need to adopt single sign-on applications and allocate authorizations only when critical and necessary.

Initial Implementation Cost

The on-premise or private cloud component requires substantial investment, maintenance, and operational skills for traditional hybrid cloud architecture. Thus, implementing additional software, though necessary, can further add to the initial cost for a private cloud. At the same time, proper data planning, security tools, employee training, and cloud certifications can boost the initial investment for the public cloud.

Is Hybrid Cloud Environment A Right Choice for Your Business?

Advanced companies align their business transformation strategy with the orchestration of their cloud platforms to achieve a 'GenX' business model. This model establishes an automated and agile organization, empowered by data, directed by AI insights. IBM's Voice of the Enterprise Digital Pulse report by 451 Research says that 3 out of 5 of approximately 1,000 organizations surveyed have implemented a hybrid ecosystem with integrated on-and off-premises cloud services.

Here are some hybrid cloud use cases to help you analyze whether a hybrid infrastructure fits your organizational ecosystem.

Dynamic Workloads

Hybrid cloud is particularly effective for dynamic workloads. For example, a trading company entry system that experiences significant demand surges is ideal for implementing hybrid cloud infrastructure. Using an easily scalable public cloud for your dynamic workloads while leaving more sensitive workloads to a private cloud or on-premises data center helps to increase your operational efficiency without hampering the security of your critical data.

Segregation of Critical and Non-Critical Workloads

When your company leverages several SaaS applications, it requires identifying and segregating their workloads to perform while keeping the data security aspect high priority optimally. In comparison, hybrid cloud storage diversification allows moving business-critical workloads to the private cloud with access control mechanisms for security. You can shift the non-critical applications to a public environment and utilize them for business analytics. Under a hybrid ecosystem, both these platforms share information under the same data management yet remain distinct. 

Periodical Migration to Cloud Environment

Suppose you are planning to upgrade your operational infrastructure but not sure about its operability. In that case, you can migrate a portion of your critical workload to the private cloud and general applications to the public environment of the hybrid cloud platform and analyze the performance. You can continue expanding your cloud presence as needed by periodical migration of the workload, utilizing the hybrid structure. It enables you to assess the platform in terms of your current requirements and potential future growth.

Big Data Management

Hence, opting for a more brilliant choice by implementing a hybrid cloud strategy will allow you to run a portion of the big data analytics using a highly scalable public cloud platform. Furthermore, you can ensure data security and retain your confidential big data behind the firewall while using the private cloud.

Capacity Management

A hybrid cloud allows you to assign public cloud resources for short-term projects at a much lower cost than the on-premise data center. Thus, you can maintain efficient investment by controlling over-expenditures on the equipment that you may require temporarily.

Additionally, utilizing a hybrid environment to supplement your on-premise infrastructure is a better choice for projects that require multi-user collaboration or significant data storage and may hinder your current network performance or surpass your network capacity.

Multiple Business Requirements

Assume your organization needs to fulfill several business requirements. You can cater to some of your critical business needs by only a private cloud and other essentials through a public cloud. Under such circumstances, the hybrid solution is perfect for you. Hybrid cloud services help in many ways to provide benefits of both solutions for a business.

Inference

A well-integrated and balanced hybrid approach gives your business the best of both worlds. It allows you to leverage public cloud and private cloud services without completely offloading your data to a third-party data center.  Hybrid Cloud Computing can be an ideal solution for your high-focussed businesses.

With the extensive features and benefits of the hybrid ecosystem, your organization will be able to take a step ahead to the world of modern technology and get to see the advantage of combining the security and control of private infrastructure with the scalability and versatility of public cloud computing. 

FAQ’s

How do hybrid clouds work?

The hybrid cloud creates a single platform for the on-premise, private, and public cloud data, allowing gradual migration of the workloads without disturbing the daily transactions by establishing interconnectivity between different platforms. In addition, the hybrid cloud provides the security of the private ecosystem and the flexibility of the public infrastructure. 

Are hybrid clouds secure?

Hybrid clouds allow the migration of sensitive workload to its private infrastructure that you can protect behind the company's firewall. Thus, you can secure all the confidential data within the hybrid cloud infrastructure. In addition, you can shift the remaining non-critical workloads to the public portion of the hybrid cloud ecosystem, which you can utilize for several computational purposes.

Why hybrid cloud?

Hybrid cloud provides the security of the private environment and the scalability and flexibility of the private environment, which makes it one of the most preferred infrastructures for several organizations.

What is hybrid cloud storage?

Hybrid cloud storage is a method to manage cloud storage that uses both local and off-site data. With hybrid cloud storage, businesses can shift their workloads between on-premises or private clouds. In addition, hybrid clouds help organizations to get the most out of containers, which simplifies shifting workloads among clouds.


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A Data Warehouse Buyer’s Guide to Selecting the Best Software

Article | August 1, 2023

Be more efficient with time and cost in data warehousing with this data warehouse software buyer’s guide. Explore valuable guidance to accelerate informed decision-making and help data centers perform. Contents 1. Time is Money: Data Warehouse Software for Efficiency 2. Trends: What’s New in Data Warehousing? 3. Challenges: Problems and Fixes in Data Warehousing 4. Features: What to Look for in Data Warehouse Software 5. Tools to Help Boost Data Warehouse Efficiency 5.1 Actian Data Platform 5.2 Yellowbrick Data 5.3 dbt Labs 5.4 Dremio 5.5 Druid 5.6 EXASOL 5.7 Firebolt 5.8 Imply 5.9 Lyftrondata 5.10 Minitab Connect 5.11 Redwood Software 5.12 Starburst 5.13 TimeXtender 5.14 WhereScape RED 5.15 ZAPs 6. The Road Ahead: The Future of Data Warehousing Imagine this: It's another day at the data center, and the data is piling up. The pressure is on to make sense of it all and use it to drive business decisions. But how? Enter data-warehousing software. In modern days, where data is king, data warehousing is the castle. It's the stronghold that allows organizations to harness their data's power for informed decision-making. But here's the rub: selecting the right data warehouse software can feel like a lot. It's a complex process that requires careful evaluation of both time and cost efficiency. This data warehousing software buyer’s guide is the map to breaking a lot into digestible chunks to accelerate decision-making. It provides a comprehensive overview of the key considerations and factors that organizations should bear in mind when choosing the right data warehouse (DWH) software. It's about understanding how to weigh the time and cost implications of various options. It's about making decisions that are not just well-informed but also align with specific needs and goals. And ultimately, it's about optimizing data management and analytics capabilities. 1. Time is Money: Data Warehouse Software for Efficiency Every tick of the clock is a golden opportunity to be more efficient at cloud data warehousing. The right data warehouse software can be a game-changer, transforming operational pain points into smooth workflows. It's not just about storing data anymore; it's about extracting value from data to drive business decisions. Data warehouse software can enhance business intelligence, improve performance, and provide high-quality, consistent, and consolidated data. This leads to time-efficient decision-making, which translates into significant cost savings. For instance, data warehousing solutions can automate repetitive tasks, boosting performance and efficiency. Here are some key ways data warehouse software can save time and increase efficiency: Centralized Data Repository: Simplifies data access and management, creating a single source of truth for the organization. Enhanced Decision-Making: Provides accurate, up-to-date data, facilitating better, data-driven decision-making processes. Improved Data Quality and Consistency: Ensures high data integrity, crucial for reliable analytics. Efficient Data Analysis: Supports complex data queries and analytics, enabling deeper insights and more effective reporting. Efficient data warehousing is easy for businesses when keeping up with the latest trends in this data warehouse software buyer’s guide. Learn about the future trends of data warehousing to equip the user with the knowledge and stay ahead in this field. 2. Trends: What’s New in Data Warehousing? On the high-speed highway of data warehousing, staying in the fast lane is important. Here’s a backstage pass to the recent trends in data warehousing that are stealing the show: Cloud-Based Data Warehousing: The shift from on-premises to cloud-based solutions like Amazon Redshift, Google BigQuery, and Snowflake is accelerating. These solutions offer scalability, flexibility, and cost-effectiveness, addressing the operational pain points of traditional data warehouses. Data Lake Integration: The integration of data lakes with data warehouses is enhancing analytics capabilities by allowing both structured and unstructured data to be stored and analyzed on a single platform. Real-Time Data Processing: With the increasing demand for real-time analytics, data warehouse solutions that can handle streaming data for instant insights are gaining popularity. Serverless Data Warehouses: Serverless architectures are reducing operational overhead, making it easier to manage and scale data warehouses. This trend is a boon for organizations looking to focus more on data analysis and less on infrastructure management. Machine Learning Integration: The incorporation of machine learning capabilities into data warehouses is enhancing predictive analytics and automating data processing tasks, making data analysis more efficient and accurate. Data Governance and Compliance: As regulatory requirements increase, the need for robust data governance and compliance features in data warehouse software is becoming more critical. Multi-Cloud Deployments: The adoption of multi-cloud strategies is leading to the use of data warehouse software that can operate seamlessly across various cloud providers, offering flexibility and preventing vendor lock-in. Data Catalogs and Metadata Management: Improved data discovery and metadata management tools are becoming integral for efficient data warehouse usage, helping users find the right data at the right time. Cost Optimization and Consumption-Based Pricing: Businesses are seeking data warehouse software with cost optimization features and consumption-based pricing models to better control expenses and align costs with usage. Data Warehousing as a Service (DWaaS): DWaaS providers are offering fully managed data warehouse solutions, allowing organizations to focus on analytics rather than infrastructure management. 3. Challenges: Problems and Fixes in Data Warehousing Charting the complex maze of data warehousing is no easy task. Let’s shine a light on the common challenges in data warehousing and their potential solutions that are shaping the future of data warehousing: High Costs: Implementing and maintaining data warehouse solutions can be expensive due to hardware, software, and operational costs. Cloud-based solutions offer a cost-effective alternative with scalable and flexible pricing models. Data Integration Complexity: Integrating diverse data sources and formats is often complex and time-consuming. Modern integration tools with pre-built connectors simplify this process, enhancing efficiency and accuracy. Scalability Issues: Traditional data warehouses may struggle to handle increasing data volumes, leading to performance bottlenecks. Cloud-native solutions ensure scalability, adapting resources dynamically to meet demand. Data Quality Concerns: Maintaining high data quality across disparate sources is challenging. Implementing data governance and utilizing quality management tools help ensure data reliability and consistency. Security and Compliance Risks: Data warehouses must protect sensitive information and comply with various regulations. Selecting software with robust security features and compliance certifications mitigates these risks. Long Implementation Times: Setting up a data warehouse can be lengthy, delaying valuable insights. Opting for solutions that offer quick deployment and out-of-the-box functionality accelerates the implementation process. Difficulty in Handling Big Data: Analyzing large datasets efficiently poses significant challenges. Employing data warehouses optimized for big data, such as those with columnar storage, improves performance and analysis. Lack of Real-Time Data: Traditional data warehouses often can't process data in real-time. Integrating real-time data streaming and selecting platforms that support instant analytics address this gap. Limited Analytics Capabilities: Some data warehouses offer restricted analytics functions. Choosing platforms with advanced analytics features or that integrate seamlessly with external BI tools expands analytical possibilities. User Adoption and Training: Ensuring that the workforce effectively utilizes the data warehouse technology can be difficult. Selecting intuitive software and investing in user training promotes adoption and maximizes utility. 4. Features: What to Look for in Data Warehouse Software In the vast ocean of data warehouse software, knowing what to fish for can make all the difference. Understand the factors to consider when choosing data warehouse software. Here's a compass to guide users towards the key features that can turn the tide in their favor: Scalability: Scalability is crucial to accommodate the growth of data and user demands. It ensures that the data warehouse can handle increasing data volumes without compromising performance. Data Integration and ETL: Effective data integration and ETL (Extract, Transform, Load) capabilities allow seamless extraction, transformation, and loading of data from various sources into the data warehouse, ensuring data consistency and quality. Security and Compliance: Robust security features and compliance mechanisms are essential to protect sensitive data and ensure adherence to regulatory requirements such as GDPR, HIPAA, and industry-specific standards. Performance Optimization: Performance optimization features, including indexing, caching, and query optimization, enhance the speed and efficiency of data retrieval and analysis, leading to quicker decision-making. Cost Management: Effective cost management features, such as auto-scaling, resource allocation monitoring, and consumption-based pricing, help organizations control expenses while maximizing the value of their data warehouse investment. 5. Tools to Help Boost Data Warehouse Efficiency Data Warehouse Software Tools Data Integration Cloud Deployment BI Tool Integration Scalability Automation Data Security Actian Data Platform ✓ ✓ X ✓ ✓ ✓ Yellowbrick ✓ ✓ X ✓ X ✓ dbt Labs ✓ ✓ X ✓ ✓ X Dremio ✓ ✓ ✓ ✓ ✓ ✓ Druid ✓ ✓ ✓ ✓ X ✓ EXASOL ✓ ✓ X ✓ ✓ ✓ Firebolt ✓ ✓ X ✓ ✓ ✓ imply ✓ ✓ X ✓ X ✓ Lyftrondata ✓ ✓ X ✓ ✓ ✓ Minitab Connect ✓ ✓ X ✓ ✓ ✓ Redwood Software ✓ ✓ X ✓ ✓ X Starburst ✓ ✓ X ✓ X ✓ TimeXtender ✓ ✓ X ✓ ✓ X WhereScape RED ✓ ✓ X ✓ ✓ X ZAP ✓ ✓ X ✓ ✓ ✓ 5.1 Actian Data Platform Scalability: Handles large data volumes and complex workloads and scales as per business needs. Data Integration and ETL: Offers built-in data integration with pre-built connectors and a REST API. Supports both ETL and ELT. Security and Compliance: Ensures data security with encryption, data masking, and Active Directory integration. Supports role-based access control and audit logging. Performance Optimization: Delivers high performance with vectorized query execution and in-memory caching. Optimizes data storage and compression. Cost Management: Reduces operational costs with a unified platform deployable on any cloud or on-premises. Offers flexible pricing. Actian Data Platform is a trusted solution for data integration, analysis, and management. It empowers cloud professionals to leverage data for business outcomes and innovation. Its performance, scalability, security, and cost-efficiency make it a beneficial choice for organizations. 5.2 Yellowbrick Data Scalability: Uses Kubernetes for scalability, resilience, and cloud compatibility. Data Integration and ETL: Provides a flexible, cost-effective SQL database. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Delivers efficient data management for both cloud and on-premises platforms. Cost Management: Reduces the cost of cloud data programs and brings tangible value. Yellowbrick simplifies data management and lowers costs for both cloud and on-premises platforms. Its flexibility, cost-effectiveness, and efficient data management make it a strong choice for organizations seeking to optimize their data warehousing solutions. 5.3 dbt Labs Scalability: dbt Labs is built for scale, accommodating data transformation and pipeline building needs. Data Integration and ETL: It offers a flexible, cost-effective SQL database for data integration. Security and Compliance: dbt Labs provides data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: It ensures efficient data management for both cloud and on-premises platforms. Cost Management: dbt Labs is designed to reduce the cost of cloud data programs and bring tangible value. dbt Labs is a robust data warehouse management platform that offers scalability, efficient data integration, and cost-effectiveness. Its features make it an ideal choice for organizations that want to optimize their data warehousing solutions. 5.4 Dremio Scalability: Accommodates data transformation and pipeline building needs. Data Integration and ETL: Provides a flexible, cost-effective SQL database. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Ensures efficient data management for both cloud and on-premises platforms. Cost Management: Designed to reduce the cost of cloud data programs and bring tangible value. Organizations seeking to optimize their data warehousing solutions will find Dremio a robust platform. Its features, including scalability, efficient data integration, and cost-effectiveness, make it an ideal choice. 5.5 Druid Scalability: Efficiently handles large volumes of data and can be scaled up to meet increased demand. Data Integration and ETL: Provides a flexible, cost-effective SQL database for data integration. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Ensures efficient data management for both cloud and on-premises platforms. Cost Management: Designed to reduce the cost of cloud data programs and bring tangible value. Druid is a robust platform that offers scalability, efficient data integration, and cost-effectiveness. It's an ideal choice for organizations seeking to optimize their data warehousing solutions. Its features make it a strong contender in the data management landscape. 5.6 EXASOL Scalability: Efficiently handles large volumes of data and scales as per business needs. Data Integration and ETL: Provides a flexible, cost-effective SQL database. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Ensures efficient data management for both cloud and on-premises platforms. Cost Management: Designed to reduce the cost of cloud data programs and bring tangible value. EXASOL is a high-performance, in-memory massively parallel processing (MPP) database specifically designed for analytics. It helps analyze large volumes of data faster than ever before, accelerating BI and reporting and turning data into value. Its features make it a strong choice for organizations seeking to optimize their data warehousing solutions. 5.7 Firebolt Scalability: Efficiently handles large volumes of data and scales as per business needs. Data Integration and ETL: Provides a flexible, cost-effective SQL database. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Ensures efficient data management for both cloud and on-premises platforms. Cost Management: Designed to reduce the cost of cloud data programs and bring tangible value. Firebolt is a complete redesign of the cloud data warehouse for the era of cloud computing and data lakes. It delivers a sub-second analytics over hundreds of TBs, making it a strong choice for organizations seeking to optimize their data warehousing solutions. 5.8 Imply Scalability: Efficiently handles large volumes of data and scales as per business needs. Data Integration and ETL: Provides a flexible, cost-effective SQL database. It enables users to query data in real-time and allows them to join data from multiple sources without the need for data movement or ETL. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Ensures efficient data management for both cloud and on-premises platforms. It delivers sub-second query response at high user concurrency. Cost Management: Designed to reduce the cost of cloud data programs and bring tangible value. Imply.io, from the original creators of Apache Druid, is a real-time analytics database designed for real-time data at scale. It's capable of ingesting data extremely fast (millions of events per second) while simultaneously answering ad-hoc analytic queries with low latency against huge data sets. Its features make it a strong contender in the data management space. 5.9 Lyftrondata Scalability: Efficiently handles large volumes of data and scales as per business needs. Data Integration and ETL: Provides a flexible, cost-effective SQL database. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Ensures efficient data management for both cloud and on-premises platforms. Cost Management: Designed to reduce the cost of cloud data programs and bring tangible value. Lyftrondata is a robust platform that offers scalability, efficient data integration, and cost-effectiveness. It's an ideal choice for organizations seeking to optimize their data warehousing solutions. Its features make it a strong contender in the data management landscape. 5.10 Minitab Connect Scalability: Efficiently handles large volumes of data and scales as per business needs. Data Integration and ETL: Provides a flexible, cost-effective SQL database. It allows users to set up an analytics dashboard once and automatically updates as a user’s data changes. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Ensures efficient data management for both cloud and on-premises platforms. Cost Management: Designed to reduce the cost of cloud data programs and bring tangible value. Minitab Connect is a robust platform that offers scalability, efficient data integration, and cost-effectiveness. It's an ideal choice for organizations seeking to optimize their data warehousing solutions. Its features make it a strong contender in the data management landscape. 5.11 Redwood Software Scalability: Efficiently handles large volumes of data and scales as per business needs. Data Integration and ETL: Provides a flexible, cost-effective SQL database. It allows users to automate data pulls from any application or database. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Ensures efficient data management for both cloud and on-premises platforms. Cost Management: Designed to reduce the cost of cloud data programs and bring tangible value. Redwood Software is a robust platform that offers scalability, efficient data integration, and cost-effectiveness. It's an ideal choice for organizations seeking to optimize their data warehousing solutions. Its features make it a strong contender in the data management landscape. 5.12 Starburst Scalability: Efficiently handles large volumes of data and scales as per business needs. Data Integration and ETL: Provides a flexible, cost-effective SQL database. It enables users to query data in real-time and allows them to join data from multiple sources without the need for data movement or ETL. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Ensures efficient data management for both cloud and on-premises platforms. It is a performant solution for both user-driven exploration and long-running batch queries. Cost Management: Designed to reduce the cost of cloud data programs and bring tangible value. Starburst is an open-source data warehousing platform built on top of Apache Presto. It provides businesses with a single point of access to all of their data, regardless of where it is stored. Its features make it a strong contender in the data management landscape. 5.13 TimeXtender Scalability: Efficiently handles large volumes of data and scales as per business needs. Data Integration and ETL: Provides a flexible, cost-effective SQL database. It allows organizations to turn the massive amount of data they gather from operational systems into actionable data. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Ensures efficient data management for both cloud and on-premises platforms. It accelerates the process of upgrading new database technology by automating the code-writing process. Cost Management: Designed to reduce the cost of cloud data programs and bring tangible value. It empowers users to build data solutions 10x faster while reducing costs by 70% – 80%. TimeXtender is a holistic, metadata-driven solution for data integration. It provides a proven solution for building data solutions 10x faster while upholding high quality, security, and governance standards. Its features make it a strong contender in the data management space. 5.14 WhereScape RED Scalability: Efficiently handles large volumes of data and scales as per business needs. Data Integration and ETL: Provides a flexible, cost-effective SQL database. It automates development and operations workflows and shortens data infrastructure development, deployment, and operations using a drag-and-drop approach. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Ensures efficient data management for both cloud and on-premises platforms. It generates platform-native code, eliminating 95% of the hand-coding typically required in data infrastructure development. Cost Management: Designed to reduce the cost of cloud data programs and bring tangible value. It centralizes the development of decision support infrastructure in one integrated environment. Companies all over the world rely on WhereScape RED, an enterprise-grade data automation solution, to deliver successful IT projects more quickly. It streamlines the data warehousing process by automating code generation, documentation updates, and workflow management. Its features make it a strong contender in the data management landscape. 5.15 ZAP Scalability: Efficiently handles large volumes of data and scales as per business needs. Data Integration and ETL: Provides a flexible, cost-effective SQL database. It enables users to automate data pulls from any application or database. Security and Compliance: Offers data governance features such as data catalogs, data dictionaries, and data lineage. Performance Optimization: Ensures efficient data management for both cloud and on-premises platforms. It generates platform-native code, eliminating 95% of the hand-coding typically required in data infrastructure development. Cost Management: Designed to reduce the cost of cloud data programs and bring tangible value. It centralizes the development of decision support infrastructure in one integrated environment. ZAP is a robust platform that offers scalability, efficient data integration, and cost-effectiveness. It's an ideal choice for organizations seeking to optimize their data warehousing solutions. Its features make it a strong contender in the data management landscape. 6. The Road Ahead: The Future of Data Warehousing Selecting the right data warehouse software is a critical decision that requires careful consideration of several factors. It's not just about cost and time efficiency, but also about scalability, performance, and total ownership costs. The market is flooded with a variety of solutions, each with its own strengths and trade-offs. Therefore, businesses must align their choices with their unique needs and budget constraints, considering data warehouse best practices. A well-chosen data warehouse solution can empower organizations to extract actionable insights from their data, manage resources efficiently, and stay competitive in the data-driven world. Get help from this data warehouse software buyer’s guide to inform business decisions. Remember, investing time and resources upfront in selecting the right data warehouse software can lead to long-term benefits.

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10 Data Warehouse Best Practices to Save Colossal Extra Costs

Article | August 14, 2023

Storing large data sets in a data warehouse can become expensive over a period of time. However, data warehouse best practices save organizations colossal cloud storage costs and optimize them. Contents 1. The High Cost of Low-efficiency Data Warehousing 2. Data Warehouse Best Practices: A Blueprint to Savings 2.1 Effective Data Organization 2.2 Automation 2.3 Storage Optimization 2.4 Data Quality Assurance 2.5 Security Measures 2.6 Metadata Management 2.7 Logging 2.8 Data Flow Diagram 2.9 Change Data Capture (CDC) Policy 2.10 Agile Data Warehouse Methodology 3. The Future is Frugal: Tapping Cost-effective Data Warehousing Inefficient data warehousing can be a silent drain on an organization's resources, necessitating the implementation of stringent data warehousing best practices. It's like a leaky faucet, slowly siphoning off valuable time and money, often going unnoticed until the damage is done. The financial implications are far-reaching, from increased storage costs to wasted resources and even the potential for costly errors. 1. The High Cost of Low-efficiency Data Warehousing Increased Storage Costs: Inefficient data warehousing can lead to unnecessary data duplication and overlap, resulting in high storage costs. Wasted Resources: Poorly managed data warehouses often consume up to 90% of the available compute capacity and 70% of the required storage space. Potential for Costly Errors: Manual errors and missed updates can lead to corrupt or obsolete data, affecting data-driven decision-making and causing inaccurate data analysis. Efficiency in data management is not just about cutting costs; it's about unlocking the full potential of the existing data. It is crucial to understand the best practices for data warehousing to save costs and aim to turn data warehouses from a cost center into a value generator. 2. Data Warehouse Best Practices: A Blueprint to Savings Data warehousing is an essential aspect of business intelligence which often presents operational challenges. The tasks can be daunting, from managing vast amounts of data to ensuring data quality and security. However, by adopting best practices, these challenges can be turned into opportunities for significant cost savings. Data warehouse cost optimization drives the success of a data warehouse, mitigating the challenge of reducing data warehouse costs in the long run. 2.1 Effective Data Organization Structured Data Modeling and Design: A well-thought-out data model organizes data effectively, enabling efficient data retrieval and supporting analytics needs. Metadata Classification: By categorizing data based on metadata, organizations can significantly enhance data retrieval and organization. Data Governance: Implementing a data governance framework helps define the relationships between people, processes, and technologies. Data Warehouse Schema Design: A well-designed schema optimizes data retrieval and analysis and ensures that the data warehouse aligns with the business’s analytical and reporting needs. Data Flow Management: Efficient management of data flow from various sources into the data warehouse is crucial for maintaining data integrity and consistency. Effective data organization involves structuring data in a way that facilitates efficient retrieval and analysis. It requires a well-thought-out data model, effective metadata classification, robust data governance, appropriate schema design, and efficient data flow management. 2.2 Automation ETL Automation: Automating ETL processes decreases the human labor required to build and deploy warehouses. Data Integration Automation: Automating data integration ensures smooth data flow into a warehouse. Data Quality Checks Automation: Implementing automated data quality checks minimizes the risk of erroneous data analysis. Data Warehouse Design Automation: Modern data warehouse design tools can execute within hours, compared to months, at a fraction of the cost of manual programming. Data Management Automation: Automation in data management can drastically reduce manual labor and error rates. Data warehouse automation replaces standard methods for building data warehouses with the right data warehousing software tools. It automates the planning, modeling, and integration steps, keeping pace with an ever-increasing amount of data and sources. Adata warehouse software buyer’s guide comes in handy to select the appropriate tool for data center operations. 2.3 Storage Optimization Efficient Data Analysis: Supports complex data queries and analytics, enabling deeper insights and more effective reporting. Scalability and Flexibility: It adapts easily to changing data volumes and evolving business needs. Data Compression: Data compression techniques can be used to reduce the storage space required. Data Partitioning: Data partitioning can improve query performance and the manageability of data. Data Indexing: Proper indexing can significantly speed up data retrieval times. Storage management and optimization in data warehousing involve techniques that improve performance and reduce storage costs. 2.4 Data Quality Assurance Data Cleansing: This involves identifying and fixing errors, duplicates, inconsistencies, and other issues. Data Validation: This ensures the accuracy, consistency, and reliability of the data stored in a warehouse. Data Profiling: It entails understanding the quality of data to uncover any gaps. Data Standardization: The process ensures that the data conforms to common formats and standards. Continuous Monitoring: Regular monitoring of data quality is necessary to maintain high standards. Data quality assurance involves identifying and fixing errors, duplicates, inconsistencies, and other issues. It ensures the accuracy, consistency, and reliability of the data stored in a company’s warehouse. 2.5 Security Measures User Access Controls: This is for ensuring strict user access controls so that employees only have access to the data they need to conduct their tasks. Data Encryption: This is done using highly secure encryption techniques to protect data. Network Security: It takes precautions to safeguard networks where data is stored. Data Migration Security: Moving data with care and consideration for the security implications of any data migration process comes under data migration security. Regular Security Audits: This implies conducting regular security audits to identify potential vulnerabilities. Security measures in data warehousing involve using a multiplicity of methods to protect assets. These include intelligent user access controls, proper categorization of information, highly secure encryption techniques, and ensuring strict access controls. 2.6 Metadata Management Data Cataloging: This is all about maintaining a comprehensive catalog of all data assets to facilitate easy retrieval and usage. Data Lineage: Data lineage allows you to trace the origin and transformation of data over its lifecycle. Data Dictionary: A data dictionary is used to define the meaning, relationships, and business relevance of data elements. Metadata Integration: This is essential for seamless integration of metadata across various platforms and tools. Regular Metadata Updates: Regularly updating metadata is done to reflect changes in data sources and business requirements. Metadata management in data warehousing involves the systematic organization and control of data assets. This includes maintaining a comprehensive data catalog, tracking data lineage, creating a data dictionary, and ensuring seamless metadata integration. 2.7 Logging Activity Tracking: The activity implies monitoring user activities and transactions to maintain a record of data interactions. Error Logging: Capturing and recording errors facilitates troubleshooting and improves system reliability. Audit Trails: Maintaining audit trails ensures accountability and traceability of actions. Log Analysis: Regularly analyzing log data helps in the identification of patterns, anomalies, and potential security threats. Log Retention: Storing logs for a defined period assists in meeting compliance requirements and supports incident investigation. Logging in data warehousing involves keeping a detailed record of activities, errors, and transactions. This includes monitoring user activities, capturing errors, maintaining audit trails, analyzing log data, and storing logs as per compliance requirements. 2.8 Data Flow Diagram Data Sources: Data sources involve identifying and documenting the sources from which data is collected. Data Transformation: The task entails mapping out the processes that modify or transform data as it moves through the system. Data Storage: Data storage involves detailing where data is stored at various stages of the data lifecycle. Data Usage: This illustrates how and where data is used in business processes. Data Archiving: The process shows how data is archived or retired when no longer in active use. A data flow diagram in data warehousing provides a visual representation of how data moves, transforms, and is used within the system. It includes identifying data sources, mapping data transformations, detailing data storage, illustrating data usage, and showing data archiving processes. 2.9 Change Data Capture (CDC) Policy Understanding Data Needs: One begins the incorporation of CDC by understanding the data integration requirements. Choosing the Right CDC Method: One chooses a CDC method that resonates with the requirements and specific use cases. Incorporating Monitoring and Logging Processes: The process involves the implementation of proper recording and monitoring mechanisms to evaluate the quality and efficacy of the CDC tools. Ensuring Real-Time Synchronization: Change data capture helps to synchronize data in a source database with a destination system as soon as a change happens. Choosing the Right CDC Implementation Pattern: Depending on specific needs, one can choose from query-based CDC, trigger-based CDC, or binary log-based CDC. These practices to implement a CDC policy help boost the efficiency of data warehousing operations, leading to significant cost savings. 2.10 Agile Data Warehouse Methodology Model Just-in-Time (JIT): One begins the incorporation of Agile Data Warehouse Methodology by modeling details in a Just-in-Time (JIT) manner. Prove the Architecture Early: The architecture is tested using code early in the process to confirm that it works. Focus on Usage: One prioritizes the needs of the end-users and ensures that the data warehouse or business intelligence solution meets their actual needs. Don’t Get Hung Up on “The One Truth”: One validates and reconciles different versions of the truth within an organization. Organize Work by Requirements: One organizes the development work based on the requirements of the stakeholders. Active Stakeholder Participation: One ensures active participation from all stakeholders. This helps in understanding their needs and expectations better. Strong Collaboration: One reassures that business users and stakeholders work together effectively, as well as that automation, evolutionary modeling, and continuous integration are implemented correctly. Agile data warehousing practices contribute to the efficiency and effectiveness of data warehousing operations, leading to significant cost savings. Each of these best practices contributes to cost savings by reducing data management procedures and increasing overall efficiency. In the next section, learn about cost-effective data warehousing recommendations for the future. Understand how to optimize data warehousing operations further for maximum savings! 3. The Future is Frugal: Tapping Cost-effective Data Warehousing Data warehousing is a crucial component of any data-driven organization. However, the cost of managing and storing vast amounts of data can be a significant pain point. But what if a company could turn this challenge into an opportunity for innovation and sustainability? Frugality, the practice of being economical with resources, is driving significant advancements in data warehousing. Here are some key trends: Cloud Dominance: The shift towards cloud-based data warehousing solutions is accelerating. These platforms offer remarkable scalability, flexibility, and cost-effectiveness. Cost-effective Data Storage: Strategies like data compression, data archival, and resource management are being employed to reduce the overall cost of storing and managing data. Efficient ETL Processes: Optimized ETL processes and seamless data integration ensure smooth data flow into a warehouse, reducing operational costs. Looking ahead, it's clear that frugality will continue to shape the future of data warehousing. So, how can a company tap into these trends for a better future in data warehousing? Firstly, organizations should consider transitioning their data warehouses to the cloud if they haven't already. The cost savings, scalability, and flexibility offered by cloud-based solutions are too significant to ignore. Secondly, they should implement cost-effective data storage strategies such as data compression and archival. Lastly, they should optimize their ETL processes for efficient data integration. By embracing frugality, organizations are not just cutting costs; they are driving innovation and sustainability in their data warehousing operations. The future is indeed frugal!

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Cloud App Management

10 New Innovations in Storage Management for Data Access Control

Article | February 15, 2024

Control data access with novel innovations in cloud data storage management. Discover new ideas like DNA data storage, blockchain data storage, LLMs, and more for data storage management in the cloud. 1. Storage Management: A Puzzle 2. The Innovative Leap in Data Accessibility 2.1 Large Language Models (LLMs) 2.2 DNA Data Storage 2.3 Diamond Data Storage 2.4 Blockchain Data Storage 2.5 Hybrid Cloud Data Storage 2.6 Edge Computing Data Storage 2.7 Zero-trust Data Storage 2.8 Green Data Storage 2.9 Holographic Data Storage 2.10 Federated Data Storage 3. Powerful Data Storage Management in the Cloud 3.1 Backblaze 3.2 BVR Cloud 3.3 DreamHost 3.4 IDriveInc 3.5 Qumulo 3.6 Redstor 3.7 Scaleway 3.8 Unitrends 3.9 Wasabi Technologies 3.10 Zadara 4. Envisioning Cloud Storage Management’s Future The rising cost of cloud storage is a conundrum that businesses grapple with, and this is leaving companies with a dire need for cloud storage management innovations. Google recently announced a significant increase in cloud storage costs, between 25 and 50 percent. This surge, often referred to as ‘cloud-flation,’ has been a catalyst for businesses to seek innovative solutions to optimize their cloud storage space. 1. Storage Management: A Puzzle AI-driven storage solutions are revolutionizing the cloud storage cost conundrum. By analyzing data relevancy, these systems reduce costs and ensure easy accessibility. They also forecast demand, enabling strategic reservations of applications or storage resources, a practice often termed ‘cloud cost optimization.’ This innovation is yielding manifold benefits. Businesses are curtailing expenditure, enhancing resource efficiency, gaining budget control, and improving transparency. With 94% of IT leaders reporting rising cloud storage costs, AI-driven methods are a game-changer, offering a solution to the cloud cost puzzle. This is not just a cost-saving measure but a strategic move towards efficient and effective storage management, adhering to storage management best practices and the latest trends in storage management. It's a testament to the adage, ’Every cloud has a silver lining.’ 2. The Innovative Leap in Data Accessibility Data accessibility is crucial for organizations to utilize data for decision-making and innovation. Current innovations in storage management enable control over data access across platforms, managing who, what, when, where, and how data is accessed. 2.1 Large Language Models (LLMs) LLMs are expected to transform data practices by enabling better capture, classification, and cleaning of data. These help businesses leverage data for various purposes, such as content generation, sentiment analysis, and knowledge extraction. However, LLMs also pose challenges, such as data quality, ethics, and security. Advances in AI ethics and security measures are addressing data quality issues. New techniques for data anonymization and encryption ensure the ethical use of data. 2.2 DNA Data Storage DNA data storage is projected to offer a long-term and high-density solution for data storage. This is because it has the ability to store up to 215 petabytes of data per gram of DNA. It also enables data access control by using molecular cryptography, biometric authentication, and error correction codes. However, DNA data storage also faces hurdles, such as cost, speed, and scalability. Tech advancements in storage reduce the cost of DNA synthesis and sequencing. Parallel processing techniques improve the speed and scalability of DNA data storage. 2.3 Diamond Data Storage Diamond data storage is envisioned to offer a fast, secure, and stable solution for data storage, as it stores data in nanoscale diamonds using laser pulses. It also supports data accessibility by allowing parallel processing and quantum communication. Nonetheless, diamond data storage also requires further research, development, and testing. Ongoing research is optimized for the use of laser pulses for data storage. Quantum communication protocols are enhancing data accessibility in diamond data storage. 2.4 Blockchain Data Storage Blockchain data storage is anticipated to offer a secure, transparent, and immutable solution for data storage. It stores data in a distributed ledger system across multiple nodes. It also facilitates data access control by using smart contracts, encryption, and consensus mechanisms. Yet, blockchain data storage also has limitations such as performance, scalability, and interoperability. Improvements in blockchain technology improve its performance and scalability. Cross-chain communication protocols address the interoperability issues. 2.5 Hybrid Cloud Data Storage Hybrid cloud data storage uses a combination of public and private cloud services to store data to offer a flexible, scalable, and cost-effective solution for data storage. It improves data accessibility by enabling workload portability, unified management, and automation. However, hybrid cloud data storage presents several issues, including complexity, security, and governance. Automation and AI make it easy to manage hybrid cloud environments. Advanced security measures address data security and governance issues. 2.6 Edge Computing Data Storage Edge computing data storage is predicted to offer a low-latency, low-bandwidth, and low-energy solution for data storage. This is owing to the fact that it uses devices at the edge of the network to store and process data. It also enhances data access control by using local encryption, authentication, and caching. However, edge computing data storage confronts challenges such as reliability, compatibility, and maintenance. Edge gadgets are becoming more reliable as technology advances. Compatibility and maintenance issues are being addressed through standardization and remote device management. 2.7 Zero-trust Data Storage Zero-trust data storage is projected to offer a robust, resilient, and reliable solution for data storage, as it employs a security model that assumes no trust between data users and providers. It improves data accessibility by using granular policies, continuous monitoring, and verification. Yet, zero-trust data storage also requires a paradigm shift, a holistic approach, and a cultural change. The adoption of zero-trust principles is becoming more widespread, facilitated by advances in identity and access management technologies. Continuous monitoring and verification techniques are enhancing data security. 2.8 Green Data Storage Green data storage is envisioned to offer an eco-friendly, energy-efficient, and sustainable solution for data storage, as it uses environmentally friendly methods to store data. It promotes data accessibility by using renewable energy sources, energy-efficient devices, and data center optimization. Nonetheless, green data storage demands more awareness, innovation, and investment. Increased awareness of environmental issues drives investment in green data storage. Innovations in energy-efficient storage technologies and renewable energy sources are making data storage more sustainable. 2.9 Holographic Data Storage Owing to its use of laser beams to store data in three dimensions, holographic data storage is anticipated to offer a high-capacity, high-speed, and high-quality solution. It enables data access control by using optical encryption, multiplexing, and hologram authentication. Yet, holographic data storage also faces challenges , which include cost, compatibility, and durability. Technological advancements reduce the cost of holographic data storage. Compatibility issues are being addressed through the development of universal data formats and interfaces. 2.10 Federated Data Storage Federated data storage is expected to offer a privacy-preserving solution. It will also respect sovereignty and improve diversity. This is achieved by storing data across a network of independent data repositories. It also improves data accessibility by using metadata, query processing, and data integration. On the flip side, federated data storage has some drawbacks, such as heterogeneity, latency, and coordination. Advances in privacy-preserving technologies enhance the security of federated data storage. Sovereignty-respecting mechanisms and diversity-enhancing techniques make data storage more inclusive. 3. Powerful Data Storage Management in the Cloud As data volumes explode, businesses grapple with complex access control challenges. This section unveils robust tools that streamline storage management, fortify data access control, and empower decision-makers to navigate the cloud’s vast expanse with confidence. 3.1 Backblaze Backblaze's B2 Cloud Storage is a revolutionary solution that empowers organizations to innovate and elevate their cloud data storage management. It offers infinitely scalable, cost-effective, and S3-compatible storage. This makes it an ideal choice for both personal and business use. The service is enterprise-ready, providing secure and compliant storage with predictable pricing, free of hidden fees and deletion penalties. It's readily accessible, ensuring fast data usage with a 99.9% uptime SLA. Backblaze's cloud storage is durable and reliable, optimizing for data mobility, performance, and cost. It supports data retention and deletion policies, HIPAA programs, and SSAE-18/SOC 2 data centers, making it a trusted choice for decision-makers in any organization. 3.2 BVR Cloud BVR Cloud is a dynamic American cloud hosting company that provides a diverse range of cloud products. Its robust offerings, like virtual machines and managed satellites, facilitate seamless cloud protection and storage. BVR Cloud's low-latency network and frequent upgrades from SSD to NVMe across all locations ensure superior performance. It addresses the critical need for data storage, security, and management of large volumes of data in the cloud. With its 24/7 support, BVR Cloud is a strategic choice for companies aiming to innovate and elevate cloud data storage management. 3.3 DreamHost DreamHost is a trailblazer in the cloud storage ecosystem, offering DreamObjects, a cost-effective and scalable cloud storage service. It's powered by Ceph, ensuring high fault tolerance by storing data on multiple disks across multiple servers. DreamObjects is S3 compatible, making it ideal for hosting files, storing backups, and developing web apps. It offers flexible and predictable pricing with free API requests, catering to the needs of decision-makers. DreamObjects lets organizations innovate their cloud data storage management and therefore, becomes strategic choice for business growth. 3.4 IDriveInc IDriveInc is a pioneering company specializing in cloud storage. It also offers various services, including online backup, file sharing, remote access, compliance, and related technologies. Its product, IDrive, offers comprehensive cloud backup and storage solutions. IDrive comes with several features, such as 256-bit AES encryption, incremental and compressed transfers, and offline file access. IDrive's user-friendly interface is compatible across many operating systems and devices, making it a strategic choice for decision-makers. With IDrive, organizations transcend their cloud data storage management, ensuring secure and efficient handling of large volumes of data. 3.5 Qumulo Qumulo is a leading provider of cloud data storage solutions that offers exabyte-scale file storage in the cloud. Its product, Qumulo's Scale Anywhere platform, is a unified, unstructured data platform that can run and scale everywhere data is created, stored, and accessed. It offers real-time data visibility, AI/ML-powered data prefetch, and continuous data protection. Qumulo's powerful solution empowers organizations to transform their cloud data storage management, guaranteeing safe and efficient handling of extensive data volumes. 3.6 Redstor Redstor is a leader in data protection. It offers a cloud-first backup solution that streamlines data storage management. Its automated and scalable cloud storage ensures secure data recoveries, bolstering organizational resilience. The InstantData technology enables rapid system recovery that minimizes downtime. With AI-powered malware detection and data insights, Redstor empowers organizations to safeguard their data. This makes it an invaluable asset for the IT departments. 3.7 Scaleway Scaleway, a European cloud provider, offers innovative cloud storage solutions that empower organizations to optimize their data management. Its products, including object storage and block storage, provide robust performance, security, and cost adaptability. By transitioning to Scaleway's storage-as-a-service model, organizations can potentially reduce their storage infrastructure costs by 40%. This shift not only offers financial benefits but also enhances data accessibility, scalability, and resilience. From startups to large enterprises, Scaleway's cloud storage solutions are designed to meet diverse needs, driving business growth and continuity. 3.8 Unitrends Unitrends, a trailblazer in cloud data storage management, offers a comprehensive suite of solutions that empower organizations to innovate and elevate their data management strategies. Its flagship product, Unitrends Unified Backup, provides robust data protection, proactive ransomware detection, and seamless integration with various hypervisors. The product's role-based access control model allows granular management of data. This ensures a secure and efficient data handling. With its focus on business continuity and disaster recovery, Unitrends caters to diverse organizational functions, enhancing resilience and reducing downtime. 3.9 Wasabi Technologies Wasabi Technologies, an early innovator in cloud storage, offers a unique solution to enable organizations to manage their data efficiently. Its product, Wasabi Hot Cloud Storage, provides affordable and instant access to data, eliminating complex tiers and unpredictable fees. The product's robust access control mechanisms, such as bucket policies and Access Control Lists (ACLs), ensure secure data management. It also offers multi-user authentication, adding an extra layer of security. Wasabi's solution is beneficial across various functions of an organization. It aids in data backup and recovery, active archiving, surveillance storage, and data lakes. This makes it a vital tool for IT leaders, allowing them to innovate and manage cloud data storage. 3.10 Zadara Zadara is an expert in enterprise storage solutions. It enables businesses to elevate their cloud data storage management with a secure-by-design infrastructure, ensuring stringent data access control. Zadara's platform supports any data type and protocol and can be deployed anywhere, providing unparalleled flexibility. It is an attractive choice for decision-makers owing to its pay-as-you-go model, which optimizes costs. From IT to finance, various functions within an organization can leverage Zadara's solutions for efficient data management. 4. Envisioning Cloud Storage Management’s Future Due to the growth of digital data and the adoption of cloud computing, data storage technology is dynamically evolving. The storage management market, influenced by the increasing use of storage management tools, is set to grow at a CAGR of 11.3%. However, data security and privacy concerns pose challenges. Yet, these hurdles catalyze the development of robust and secure solutions, leading to a demand for a comprehensive storage management software comparison guide. With 56% of respondents using Microsoft Azure, the choice of cloud provider is crucial for performance and cost-efficiency. Summing up, the future of data storage technology is a mosaic of opportunities and challenges, leading to more efficient, secure, and cost-effective solutions. Overcoming them is a journey of optimism and resilience with the help of storage management innovations.

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Cloud App Management

15 Fantastic Storage Management Tools for Better Data Analysis

Article | February 15, 2024

Manage vast amounts of data to derive business intelligence with cloud storage management tools and save on rising cloud storage costs. Discover great cloud data management tools for all businesses. Contents 1. Descriptive to Prescriptive Data Analysis in Storage Management 2. High-Performance Storage Management Tools for Data Analysis 3. New Technology Trends Forecast for Storage Management Data is precious for businesses. However, storing and organizing data in the cloud is getting more expensive. So, there’s a growing need for better tools to manage cloud data storage. It’s important to clean and organize data for a comprehensive analysis. Organizations are thinking about moving from descriptive to prescriptive data analysis to speed up decisions based on data. This could significantly change how cloud data is stored and managed. Prescriptive analysis is replacing descriptive analysis, which looks at historical data. This uses insights to suggest actions for the best storage management. This change helps businesses to understand their past and current storage needs. It also guides them in predicting and managing future needs. They do this by using advanced data analysis techniques for smart storage management innovations. Descriptive to Prescriptive Data Analysis in Storage Management Descriptive analysis is a crucial aspect of business intelligence. It uses data collection and mining to organize past data, presenting it in comprehensible visuals. It aims to depict past events, helping decision-making by identifying patterns in past issues. Prescriptive analytics provides forecasts based on past data. It aims to identify the optimal outcome from various options using complex algorithms and raw data analysis. In storage management, addressing sudden data requirements involves more than transitioning from descriptive to prescriptive analysis. Businesses analyze past storage use and employ lateral thinking to uncover unclear patterns or trends. These insights aid in predicting future storage needs and suggesting optimal storage management best practices and strategies. Employing prescriptive analysis in storage management can result in significant cost savings and efficiency enhancements. Lateral thinking helps organizations maximize their storage resources, reduce costs, and improve service delivery and uptime. High-Performance Storage Management Tools for Data Analysis High-performance storage management tools are changing how data is managed in storage systems. They automate tasks such as setup, data placement, and optimization by leveraging AI and machine learning. They unify and manage storage resources across various cloud environments for efficient management. Besides enhancing storage performance, these tools ensure data security and compliance with global storage regulations. Amazon S3 Adapter for SAP CPI Amazon S3 Adapter for SAP CPI offers a range of benefits for organizations managing cloud data storage and analysis: Robust and Scalable: It provides robust and scalable solutions for cloud data storage management. This functionality enables organizations to elastically scale and optimize their storage footprint. Versatile: The adapter supports several protocols, including S3, SQS, SNS, and SWF, enhancing its versatility. Cost-Efficient: By leveraging this adapter, businesses can create a cost-efficient environment. Supports Large Data Infusions: It supports large data infusions, facilitating effective data analysis. User-friendly Web Services Interface: Its simple web services interface lets the developers store and retrieve any amount of data at any time, from anywhere on the web. These features make the Amazon S3 Adapter for SAP CPI an ideal choice for organizations that seek secure, efficient, and scalable cloud data storage solutions. BigMIND BigMIND, a cloud hosting product, offers a range of benefits for organizations managing cloud data storage and analysis: Intelligent Data Management: It leverages AI-driven algorithms to automatically categorize and tag uploaded data, enhancing data retrieval and streamlining data analysis. Advanced Search Capabilities: Its advanced search capabilities empower organizations to optimize decision-making processes. Robust Security Measures: It ensures the safety of stored information with robust security measures, including encryption and data protection. Ease of Use: It boasts an easy-to-use interface and excellent customer support. Novel Features: It has some novel features, including photo facial recognition powered by artificial intelligence and the ability to link services such as Facebook and Google Drive. These features make BigMIND an excellent choice among data management tools in 2024 for decision-makers in the IT and data management sectors of an organization looking for secure, efficient, and scalable insight-driven storage solutions. Cloud Object Storage by Aruba Aruba’s Cloud Object Storage offers a range of benefits for organizations managing cloud data storage and analysis: High Storage Power: Aruba’s Cloud Object Storage offers high storage power, enabling real-time data analytics that accelerate insights and generate business value. Resilient System: Its resilient, self-healing system ensures no downtime during updates, optimizing operational efficiency. Parallel Architecture: The parallel architecture handles large volumes of traffic and requests per second, accelerating data processing. Enhanced Data Security: Its distributed intelligence system eliminates vulnerabilities and improves data security. S3-Compatible API: Lastly, its S3-compatible API adapts to customer needs in real-time, providing a flexible, efficient solution for data management. With these features, Aruba’s Cloud Object Storage emerges as an outstanding option for IT and data management sector executives seeking secure, efficient, and scalable cloud data storage solutions and data storage management tools. Cloudian HyperStore Cloudian HyperStore is an enterprise object storage solution. It offers a range of benefits for organizations managing cloud data storage and analysis: Performance Maximization: It maximizes the performance of AI workloads with an infinitely scalable data lake, enabling real-time data analytics that accelerate insights and generate business value. Robust Data Protection: It ensures robust data protection with military-grade security and data immutability. Simplified Management: It simplifies management and reduces costs through unified file and object consolidation. Geo-Distributed Architecture: Its geo-distributed architecture allows for storage deployment anywhere, optimizing data availability and performance. Complete Data Control: Cloudian offers complete control over data location while providing the scale and simplicity of cloud-native data management. These features make Cloudian HyperStore ideal for organizations looking for secure, efficient, and scalable cloud data storage solutions and a tool for storing and organizing data. DataCore Software-Defined Storage DataCore’s Software-Defined Storage (SDS) offers a range of benefits for organizations managing cloud data storage and analysis: Flexibility: It separates provisioning, data protection, and data placement functions from physical hardware. This feature allows organizations to upgrade, expand, or replace storage hardware without disrupting operational procedures. Cost Optimization: It optimizes IT costs through automation across hybrid storage and offers the freedom to choose any storage vendor, model, or type. Performance Enhancement: It enhances application response speed while lowering hardware spending. Advanced Caching and Parallel I/O: Its advanced caching and patented parallel I/O technology eliminate critical bottlenecks in I/O processing, crucial for faster hosts and flash arrays. Comprehensive Metrics: It provides an impressive array of storage metrics for disks and DataCore servers. These features make DataCore SDS one of the top tools for future data management for secure, efficient, and scalable cloud data storage. DefendX Mobility DefendX Mobility, a solution for cloud data storage management, offers several advantages for organizations: Cost Efficiency: It minimizes file storage costs by redirecting storage growth to less expensive on-premise or cloud-based storage solutions. Enhanced Backup: It enhances backup efficiency through seamless, open, policy-based tiering and archiving. Risk Reduction: It reduces risk and enables disaster tolerance through off-site and cloud-based copies of important data. Vendor Independence: It eliminates vendor lock-in through its standards-based, open software architecture and file migration. Simplified Adoption: It simplifies adoption with a seamless user experience and a phased implementation schedule. These capabilities make DefendX Mobility ideal for decision-makers looking for secure, efficient, and scalable cloud data storage solutions. Fusion Connect: Managed Communications Fusion Connect, a Managed Connectivity Provider (MCP), offers a suite of benefits for organizations managing cloud data storage and analysis: Optimized Connectivity: It maximizes network uptime, ensuring uninterrupted access to cloud-stored data for seamless data analysis. Secure Communications: With comprehensive Unified Communications tools, it facilitates secure virtual meetings, file sharing, and calls from any device. Enhanced Productivity: Streamlining communication across all functions of an organization boosts productivity. Reliable Performance: Delivering the fastest network and wireless speeds enhances the efficiency of data analysis processes. Scalable Solutions: Its services are scalable, catering to the evolving needs of organizations in managing cloud data storage. These features make Fusion Connect ideal for organizations looking for secure, efficient, and scalable cloud data storage solutions. Kdan Cloud Kdan Cloud is a robust solution for cloud data storage management. It offers significant features that enhance an organization’s data analysis capabilities. Streamlined Organization: It allows users to efficiently manage and organize documents, PDF files, animations, videos, and other projects. Enhanced Collaboration: It fosters seamless collaboration among team members with features like link sharing and shared folders. Secure Storage: It ensures the security of user data with TLS/SSL and RSA encryption and offers password protection for shared files. Integrated Functionality: It is fully integrated with other Kdan products, including PDF Reader, Animation Desk, NoteLedge, Markup, and Write-on Video. Accessible Anytime, Anywhere: Access files on Kdan Cloud remotely anytime, facilitating on-the-go data analysis. These functionalities of Kdan Cloud provide data that is secure and organized. Thus, encouraging collaborative work environments. MinIO MinIO is a high-performance, cloud-native object storage system that lets organizations access robust data analysis capabilities: Efficient Data Management: It ensures data integrity and reliability through inbuilt erasure-code and bitrot protection. Scalability: Its multi-tenant scalability makes it ideal for large-scale data storage and analysis. Versatile Integration: It integrates seamlessly with data analytics platforms, providing a high-throughput backend for streaming data analytics. Hardware Agnostic: Its storage hardware-agnostic feature allows easy deployment across various infrastructures. Enhanced Data Analysis: It optimizes data processing by separating computing and storage. This promotes the development of well-informed business strategies and effective data management. These characteristics provide dependable and easily accessible data to business leaders. Thus, driving informed business strategies and fostering efficient data management. Nasuni Nasuni is a cloud-native file data platform that offers excellent features to enhance an organization’s data analysis capabilities. Efficient Data Management: It enables end-to-end retention of extended metadata, reducing the time spent searching for content. Scalability: It delivers effortless scalability, which increases business productivity within a unified administrative experience. Versatile Integration: It integrates with AWS, enabling customers to build advanced solutions for unstructured data management. Secure Data: It uses native multi-factor authentication to protect data. Enhanced Data Analysis: The Nasuni Analytics Connector allows companies to leverage the strengths of their existing cloud services tools, turning unstructured data into big data. These features guide business leaders to chalk out innovative business approaches while supporting effective data management. OneBlox OneBlox is a powerful solution for cloud data storage management. It offers a suite of features that can significantly enhance an organization’s data analysis capabilities: Efficient Data Management: It uses a comprehensive replication engine and other features. These include Continuous Data Protection (CDP) to protect data and present a unified view of the storage environment. Scalability: It uses a scale-out ring architecture, enabling the global file system to scale from a few TBs to hundreds of TBs without requiring application reconfiguration. Versatile Integration: It integrates seamlessly with backup and recovery offerings from Symantec, Veeam, CommVault, and Unitrends. Secure Data: It provides RAID-less protection against multiple drive failures or multiple node failures by creating three copies of every object for redundancy. Enhanced Data Analysis: It accelerates its object metadata access with a built-in SSD. This helps deliver inline deduplication, continuous data protection, remote replication, and seamless scalability to SMB and NFS-based applications. These features give decision-makers secure, organized, and accessible data to support corporate goals and improve data management. Qlik Replicate Qlik Replicate is a powerful solution for cloud data storage management that can boost an organization’s data analysis capabilities: Efficient Data Ingestion: It provides real-time data replication, ingestion, and streaming via change data capture across various heterogeneous databases, data warehouses, and data lake platforms. Scalability: It is designed to scale and support large-scale enterprise data replication scenarios with a scalable multi-server, multi-task, and multi-threaded architecture. Versatile Integration: It offers swift data loading into numerous data stores or destinations. It also enables easy distribution between endpoints. Secure Data: It uses a “Click-2-Replicate” design that simplifies the replication process by automating the steps required to build a replication solution. Enhanced Data Analysis: Its real-time data integration facilitates data integration between different systems or applications across the organization to ensure that data is consistent and up-to-date. Qlik Replicate’s secure, organized, and accessible data helps decision-makers to drive informed business strategies. Additionally, it promotes efficient data management with an intelligent data analysis tool. Redstor Backup for Microsoft 365 Redstor Backup for Microsoft 365 is a complete solution for cloud data storage management. It can improve an organization’s data analysis capabilities with these features: Efficient Data Management: It allows backing up OneDrive, SharePoint, Exchange, Teams, OneNote, Class and Staff Notebooks data seamlessly from Microsoft to the Redstor cloud. Instant Recovery: Its innovative InstantData technology enables businesses to swiftly resume their operations within minutes by providing instant recovery of any file. Secure Data: It uses advanced AI-powered technology to safeguard Microsoft Office 365 user data. Compliance: It assists customers in complying with the necessary regulations by supporting region-based data processing and storage. Centralized Management: Efficiently manage the protection of all Microsoft Office 365 apps and other Redstor products through a single, intuitive, multi-tenant app. These features let decision-makers grasp secure, organized, and accessible data, to drive innovative business plans and improve data management. StorPool StorPool, a high-performance, software-defined storage system enhances data analysis for organizations: Efficient Data Management: It uses advanced replication and end-to-end data integrity mechanisms, ensuring data reliability and availability. Scalability: Its scale-out architecture allows the global file system to scale from a few TBs to hundreds of TBs without requiring application reconfiguration. Versatile Integration: It integrates seamlessly with various platforms, providing a high-throughput backend for streaming data analytics. Secure Data: It uses a proprietary 64-bit end-to-end data integrity checksum to protect customers’ data. Enhanced Data Analysis: Its real-time data integration ensures data consistency across the organization by integrating systems and applications. These features of one of the top data analysis tools for storage management equip the leaders with reliable and scalable data to drive informed business plans and effective data management. Storj Storj, a decentralized cloud storage solution, offers many benefits for organizations managing cloud data storage and analysis. Enhanced Security: It employs multi-layered encryption and edge-based access management, ensuring maximum privacy and setting a new standard in data security. Superior Performance: Its performance is equivalent to or can exceed that of centralized providers, facilitating rapid global file access. Enterprise SLAs: It provides enterprise-level service-level agreements, ensuring reliable and consistent service. Cost-effective: Its distributed model offers a cost-effective solution for data storage and analysis. Eco-friendly: Its use of spare capacity for data storage makes it a greener alternative to traditional cloud storage. Storj is an ideal recommendation for decision-makers seeking sustainable cloud data storage solutions from the top data management tools. New Technology Trends in Cloud Data Storage Management The future of cloud storage management relies on emerging technological developments. These include the use of multi-cloud and hybrid cloud structures, as well as the rise of NVMe-oF. These trends are transforming the storage and management of data. Comparing the features of tools using a storage management software comparison guide can be helpful. The goal is to get rid of data silos, manage the flood of unstructured data, and balance performance, resilience, efficiency, and simplicity. Keeping up with these upcoming developments in storage management trends is important for successfully managing storage while dramatically saving costs.

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Spotlight

Ascend.io

Ascend.io, the Data Automation Cloud, was named a 2021 Gartner Cool Vendor and provides the most advanced automation for data and analytics engineering workloads. Ascend unifies the core capabilities of data engineering—data ingestion, transformation, delivery, orchestration, and observability—into a single platform so that data teams deliver 10x faster.

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Cloud Security

IBM Redesigns Cloud-Native SIEM to Level-up Security

IBM | November 08, 2023

The cloud-native SIEM enhances scalability, speed, and flexibility while leveraging AI for improved alert prioritization and response. Cloud-native QRadar SIEM is built on an open foundation, supporting interoperability with multi-vendor tools and cloud platforms. IBM plans to introduce generative AI capabilities in early 2024. IBM introduced a significant transformation to its flagship IBM QRadar SIEM (Security Information and Event Management) product. The new QRadar SIEM is redesigned on a cloud-native architecture tailored for hybrid cloud environments, with a strong focus on scale, speed, and flexibility. This update aims to empower security teams by enabling AI and security analysts to work together efficiently. In fact, SOC professionals get to less than half (49%) of the alerts that they're supposed to review within a typical workday, according to a recent global survey. [Source- Cision PR Newswire] The cloud-native QRadar SIEM builds upon the strong foundation of its predecessor, offering efficient data ingestion, rapid search capabilities, and analytics at scale. It is based on an open foundation and is part of the QRadar Suite, IBM's integrated threat detection and response software portfolio. As hybrid cloud environments expand and evolve rapidly, the security challenges become increasingly complex. The growing attack surface makes it difficult for security professionals to identify true threats amid the noise, leading to delayed threat responses. The new cloud-native QRadar SIEM addresses these challenges by leveraging AI to manage repetitive tasks and streamline the detection and response process for high-priority security incidents. Built on Red Hat OpenShift, QRadar SIEM is designed to be open at its core, allowing for deep interoperability with multi-vendor tools and cloud platforms. It supports common detection rules (SIGMA) to quickly integrate crowdsourced threat detections from the security community. Additionally, it offers federated search and threat-hunting capabilities across various data sources, enhancing threat investigation across cloud and on-premises environments. IBM's cloud-native SIEM includes AI capabilities that automatically prioritize alerts, reduce noise, and provide context for high-priority alerts. It streamlines threat investigations by running federated searches, creating visual attack timelines, and suggesting recommended actions. It plans to introduce generative AI (GAI) capabilities for QRadar Suite in early 2024. These AI capabilities will automate tasks like report creation, threat detection, log data interpretation, and threat intelligence curation. GAI is expected to enhance the productivity of security analysts, allowing them to focus on higher-value tasks. The investment in cloud-native SIEM and AI integration reflects its commitment to delivering next-generation security operations technology. These advancements are designed to simplify security operations, reduce complexity, and provide security teams with the tools to effectively address today's complex threat landscape. The new cloud-native QRadar SIEM will be available as SaaS in Q4 2023. IBM is actively working on its AI and data platform, watsonx, to enable generative AI to support security teams in automating routine tasks, accelerating threat response, and simplifying threat investigations. This represents a significant step toward more efficient and effective security operations.

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Cloud Deployment Models

NetApp and Equinix Deliver Industry’s Most Comprehensive Bare Metal-as-a-Service Solution for Cloud Adjacent Experience

Business Wire | October 18, 2023

NetApp (NASDAQ: NTAP), a global cloud-led, data centric software company, today announced their new joint Bare-Metal-as-a-Service (BMaaS) solution, NetApp Storage on Equinix Metal. NetApp Storage integrated with Equinix Metal is delivered as an as-a-service model through NetApp Keystone, which offers a real hybrid cloud experience—in a single subscription—so users can choose the storage capacity and performance they need without overprovisioning. Keystone® greatly reduces upfront costs with the flexibility to add more storage on demand as business needs dictate. NetApp Storage on Equinix Metal provides customers with a full stack of compute, networking and storage infrastructure with low-latency interconnection to all major public clouds. This environment can be either single tenant or dedicated, and meets most stringent performance requirements, provides elasticity, and is packaged, priced, billed and supported under a single agreement. Today’s rapid pace of cloud innovation enables companies to move more workload types to the hybrid multi-cloud more easily and in greater numbers than ever before, said Sandeep Singh, Senior Vice President and GM of Enterprise Storage at NetApp. NetApp is a leader in delivering native cloud and first-party solutions on all three major public clouds that provide a unified hybrid multicloud experience for customers. NetApp Storage on Equinix Metal further illustrates the industry value of our partnership and our collective commitment to providing as-a-service, hybrid multicloud solutions with higher performance, scalability, and simplified management. Key benefits of NetApp Storage on Equinix Metal include: Integrated Solution: NetApp Storage is fully integrated with Equinix Metal's infrastructure, ensuring a cohesive full stack experience for storage (file, block, and object), compute, and networking as-a-Service under a single subscription. Cloud Adjacent: Customers can choose how they want to build their hybrid multicloud experience while maintaining control of their data in a low latency, high performance environment—on premises, in the cloud, or anywhere in between—on all three major public clouds. Higher performance for demanding workloads: When NetApp Storage is combined with Equinix Metal's high-performance dedicated bare metal servers, users unlock fast data access, minimal latency, and the ability to handle the most demanding workloads with ease. Scalable Capacity and Performance On-Demand: With NetApp Storage on Equinix Metal, customers can scale their storage resources as required to meet evolving business needs. Superior Data Security: NetApp Storage delivers industry-leading encryption, ransomware, and security features, and enables customers to receive industry-leading physical and environmental security in an Equinix International Business Exchange (IBX) data center to help ensure customer data remains protected. NetApp’s proactive ransomware detection capabilities can identify potential cybersecurity threats and automatically perform an additional immutable back up of data if a threat is suspected. Global Reach: Equinix's extensive global footprint lets users take advantage of NetApp Storage on Equinix Metal in Equinix IBX data centers across the world. As of June 2023, Equinix has a total of 250 IBX data centers globally in 71 metros with 26 Equinix Metal locations. Simplified Management: NetApp's unified control plane for storage and data services provides customers with comprehensive control and visibility over their data no matter where it resides. Equinix Metal's automated provisioning platform further simplifies deployment and management. “The growth of cloud adoption, the acceleration of AI, and the desire to derive real-time insights from data puts significant pressure on customers to optimize data management to gain a competitive advantage,” said Brian Stein, Senior Vice President, Edge Infrastructure Services at Equinix. “Achieving our goal of an integrated, full stack, solution is another milestone that provides enterprise customers low latency access to all clouds while keeping control of their data. This cloud adjacency helps transform how companies deploy applications, design their own solutions, and generate new revenue streams while simplifying operations and containing costs.” NetApp Storage on Equinix Metal is a strategic expansion of NetApp’s Cloud strategy, adding a true hybrid multicloud experience. NetApp can now deliver the entire stack in Equinix IBX data centers outfitted with Equinix Metal. The solution provides an optimized connection to most major public clouds through local, high-speed connectivity through on ramps. On Equinix’s global dedicated bare metal equipment, users have full access to NetApp cloud services such as Cloud Volumes ONTAP.

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AWS Management

CoreSite Accelerates AWS Direct Connect Hosted Connections on the Open Cloud Exchange

Business Wire | October 17, 2023

CoreSite, a leading hybrid IT solutions provider and subsidiary of American Tower Corporation (NYSE: AMT) (“American Tower”), announced it will launch valuable enhancements to its CoreSite Open Cloud Exchange(OCX), the company’s leading software-defined networking platform, to deliver faster AWS Direct Connect Hosted Connections of up to 50 gigabits per second (Gbps). The new OCX capabilities will further enable businesses to support the next wave of high-bandwidth, low-latency hybrid applications such as artificial intelligence (AI), machine learning (ML) and digital media production. AWS Direct Connect is a networking service that provides an alternative to using the internet to connect to Amazon Web Services (AWS). Using AWS Direct Connect, data that would have previously been transported over the internet is delivered through a private network connection between a customer’s facilities and AWS. Leveraging the 25G and 50G Hosted Connections, businesses will be able to ensure smooth and reliable data transfers at massive scale for real-time analysis, rapid data processing or broadcast media processing. Businesses deploying complex, data-intense workloads will also benefit from the simplified process offered through the OCX to rapidly scale network capacity between the enterprise edge and cloud providers. The OCX capabilities will allow clients to effortlessly scale their network to meet current and future business needs while reducing their operating expenses. As businesses look to AI and other data-intense applications to gain competitive edge, they need a platform capable of supporting high-density power, high-performance compute and low-latency cloud interconnection, said Juan Font, President and CEO of CoreSite, SVP of U.S. Tower. We are delighted to be working with AWS to deliver faster virtual connections to our customers to enable them to compete in today’s always-on digital economy. About CoreSite CoreSite, an American Tower company (NYSE: AMT), provides hybrid IT solutions that empower enterprises, cloud, network, and IT service providers to monetize and future-proof their digital business. Our highly interconnected data center campuses offer a native digital supply chain featuring direct cloud onramps to enable our customers to build customized hybrid IT infrastructure and accelerate digital transformation. For more than 20 years, CoreSite’s team of technical experts has partnered with customers to optimize operations, elevate customer experience, dynamically scale, and leverage data to gain competitive edge. For more information, visit CoreSite.com and follow us on LinkedIn and Twitter.

Read More

Cloud Security

IBM Redesigns Cloud-Native SIEM to Level-up Security

IBM | November 08, 2023

The cloud-native SIEM enhances scalability, speed, and flexibility while leveraging AI for improved alert prioritization and response. Cloud-native QRadar SIEM is built on an open foundation, supporting interoperability with multi-vendor tools and cloud platforms. IBM plans to introduce generative AI capabilities in early 2024. IBM introduced a significant transformation to its flagship IBM QRadar SIEM (Security Information and Event Management) product. The new QRadar SIEM is redesigned on a cloud-native architecture tailored for hybrid cloud environments, with a strong focus on scale, speed, and flexibility. This update aims to empower security teams by enabling AI and security analysts to work together efficiently. In fact, SOC professionals get to less than half (49%) of the alerts that they're supposed to review within a typical workday, according to a recent global survey. [Source- Cision PR Newswire] The cloud-native QRadar SIEM builds upon the strong foundation of its predecessor, offering efficient data ingestion, rapid search capabilities, and analytics at scale. It is based on an open foundation and is part of the QRadar Suite, IBM's integrated threat detection and response software portfolio. As hybrid cloud environments expand and evolve rapidly, the security challenges become increasingly complex. The growing attack surface makes it difficult for security professionals to identify true threats amid the noise, leading to delayed threat responses. The new cloud-native QRadar SIEM addresses these challenges by leveraging AI to manage repetitive tasks and streamline the detection and response process for high-priority security incidents. Built on Red Hat OpenShift, QRadar SIEM is designed to be open at its core, allowing for deep interoperability with multi-vendor tools and cloud platforms. It supports common detection rules (SIGMA) to quickly integrate crowdsourced threat detections from the security community. Additionally, it offers federated search and threat-hunting capabilities across various data sources, enhancing threat investigation across cloud and on-premises environments. IBM's cloud-native SIEM includes AI capabilities that automatically prioritize alerts, reduce noise, and provide context for high-priority alerts. It streamlines threat investigations by running federated searches, creating visual attack timelines, and suggesting recommended actions. It plans to introduce generative AI (GAI) capabilities for QRadar Suite in early 2024. These AI capabilities will automate tasks like report creation, threat detection, log data interpretation, and threat intelligence curation. GAI is expected to enhance the productivity of security analysts, allowing them to focus on higher-value tasks. The investment in cloud-native SIEM and AI integration reflects its commitment to delivering next-generation security operations technology. These advancements are designed to simplify security operations, reduce complexity, and provide security teams with the tools to effectively address today's complex threat landscape. The new cloud-native QRadar SIEM will be available as SaaS in Q4 2023. IBM is actively working on its AI and data platform, watsonx, to enable generative AI to support security teams in automating routine tasks, accelerating threat response, and simplifying threat investigations. This represents a significant step toward more efficient and effective security operations.

Read More

Cloud Deployment Models

NetApp and Equinix Deliver Industry’s Most Comprehensive Bare Metal-as-a-Service Solution for Cloud Adjacent Experience

Business Wire | October 18, 2023

NetApp (NASDAQ: NTAP), a global cloud-led, data centric software company, today announced their new joint Bare-Metal-as-a-Service (BMaaS) solution, NetApp Storage on Equinix Metal. NetApp Storage integrated with Equinix Metal is delivered as an as-a-service model through NetApp Keystone, which offers a real hybrid cloud experience—in a single subscription—so users can choose the storage capacity and performance they need without overprovisioning. Keystone® greatly reduces upfront costs with the flexibility to add more storage on demand as business needs dictate. NetApp Storage on Equinix Metal provides customers with a full stack of compute, networking and storage infrastructure with low-latency interconnection to all major public clouds. This environment can be either single tenant or dedicated, and meets most stringent performance requirements, provides elasticity, and is packaged, priced, billed and supported under a single agreement. Today’s rapid pace of cloud innovation enables companies to move more workload types to the hybrid multi-cloud more easily and in greater numbers than ever before, said Sandeep Singh, Senior Vice President and GM of Enterprise Storage at NetApp. NetApp is a leader in delivering native cloud and first-party solutions on all three major public clouds that provide a unified hybrid multicloud experience for customers. NetApp Storage on Equinix Metal further illustrates the industry value of our partnership and our collective commitment to providing as-a-service, hybrid multicloud solutions with higher performance, scalability, and simplified management. Key benefits of NetApp Storage on Equinix Metal include: Integrated Solution: NetApp Storage is fully integrated with Equinix Metal's infrastructure, ensuring a cohesive full stack experience for storage (file, block, and object), compute, and networking as-a-Service under a single subscription. Cloud Adjacent: Customers can choose how they want to build their hybrid multicloud experience while maintaining control of their data in a low latency, high performance environment—on premises, in the cloud, or anywhere in between—on all three major public clouds. Higher performance for demanding workloads: When NetApp Storage is combined with Equinix Metal's high-performance dedicated bare metal servers, users unlock fast data access, minimal latency, and the ability to handle the most demanding workloads with ease. Scalable Capacity and Performance On-Demand: With NetApp Storage on Equinix Metal, customers can scale their storage resources as required to meet evolving business needs. Superior Data Security: NetApp Storage delivers industry-leading encryption, ransomware, and security features, and enables customers to receive industry-leading physical and environmental security in an Equinix International Business Exchange (IBX) data center to help ensure customer data remains protected. NetApp’s proactive ransomware detection capabilities can identify potential cybersecurity threats and automatically perform an additional immutable back up of data if a threat is suspected. Global Reach: Equinix's extensive global footprint lets users take advantage of NetApp Storage on Equinix Metal in Equinix IBX data centers across the world. As of June 2023, Equinix has a total of 250 IBX data centers globally in 71 metros with 26 Equinix Metal locations. Simplified Management: NetApp's unified control plane for storage and data services provides customers with comprehensive control and visibility over their data no matter where it resides. Equinix Metal's automated provisioning platform further simplifies deployment and management. “The growth of cloud adoption, the acceleration of AI, and the desire to derive real-time insights from data puts significant pressure on customers to optimize data management to gain a competitive advantage,” said Brian Stein, Senior Vice President, Edge Infrastructure Services at Equinix. “Achieving our goal of an integrated, full stack, solution is another milestone that provides enterprise customers low latency access to all clouds while keeping control of their data. This cloud adjacency helps transform how companies deploy applications, design their own solutions, and generate new revenue streams while simplifying operations and containing costs.” NetApp Storage on Equinix Metal is a strategic expansion of NetApp’s Cloud strategy, adding a true hybrid multicloud experience. NetApp can now deliver the entire stack in Equinix IBX data centers outfitted with Equinix Metal. The solution provides an optimized connection to most major public clouds through local, high-speed connectivity through on ramps. On Equinix’s global dedicated bare metal equipment, users have full access to NetApp cloud services such as Cloud Volumes ONTAP.

Read More

AWS Management

CoreSite Accelerates AWS Direct Connect Hosted Connections on the Open Cloud Exchange

Business Wire | October 17, 2023

CoreSite, a leading hybrid IT solutions provider and subsidiary of American Tower Corporation (NYSE: AMT) (“American Tower”), announced it will launch valuable enhancements to its CoreSite Open Cloud Exchange(OCX), the company’s leading software-defined networking platform, to deliver faster AWS Direct Connect Hosted Connections of up to 50 gigabits per second (Gbps). The new OCX capabilities will further enable businesses to support the next wave of high-bandwidth, low-latency hybrid applications such as artificial intelligence (AI), machine learning (ML) and digital media production. AWS Direct Connect is a networking service that provides an alternative to using the internet to connect to Amazon Web Services (AWS). Using AWS Direct Connect, data that would have previously been transported over the internet is delivered through a private network connection between a customer’s facilities and AWS. Leveraging the 25G and 50G Hosted Connections, businesses will be able to ensure smooth and reliable data transfers at massive scale for real-time analysis, rapid data processing or broadcast media processing. Businesses deploying complex, data-intense workloads will also benefit from the simplified process offered through the OCX to rapidly scale network capacity between the enterprise edge and cloud providers. The OCX capabilities will allow clients to effortlessly scale their network to meet current and future business needs while reducing their operating expenses. As businesses look to AI and other data-intense applications to gain competitive edge, they need a platform capable of supporting high-density power, high-performance compute and low-latency cloud interconnection, said Juan Font, President and CEO of CoreSite, SVP of U.S. Tower. We are delighted to be working with AWS to deliver faster virtual connections to our customers to enable them to compete in today’s always-on digital economy. About CoreSite CoreSite, an American Tower company (NYSE: AMT), provides hybrid IT solutions that empower enterprises, cloud, network, and IT service providers to monetize and future-proof their digital business. Our highly interconnected data center campuses offer a native digital supply chain featuring direct cloud onramps to enable our customers to build customized hybrid IT infrastructure and accelerate digital transformation. For more than 20 years, CoreSite’s team of technical experts has partnered with customers to optimize operations, elevate customer experience, dynamically scale, and leverage data to gain competitive edge. For more information, visit CoreSite.com and follow us on LinkedIn and Twitter.

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Events