Cloud App Development
Oracle | September 15, 2023
Oracle has partnered with Microsoft Azure to extend its database infrastructure to the cloud, offering customers a seamless, integrated experience.
Oracle Database@Azure will leverage Azure's security, flexibility, and AI capabilities, promising enhanced options for customers to migrate their databases to the cloud.
The partnership addresses customer demands for cloud migration options, with Microsoft CEO Satya Nadella anticipating accelerated adoption of cloud solutions reliant on Oracle Database.
Oracle has formed a strategic partnership with Microsoft Azure to expand its database infrastructure in the cloud. The collaboration, known as Oracle Database@Azure, seeks to combine Oracle's database services with Azure's cloud platform, offering customers a seamless, integrated experience. This move comes as Oracle aims to recover market share and compete with subscription-based alternatives.
Oracle Database@Azure will make use of Azure's renowned security, flexibility, and AI capabilities, including those developed in partnership with OpenAI. Oracle's hardware and software will be co-located in Azure's data centers, promising enhanced options for customers to migrate their databases to the cloud. Initially, the offering will support various Oracle database services, including Oracle Exadata Database, Oracle Autonomous Database, and Oracle Real Application Clusters. A joint support guarantee from Oracle and Microsoft will ensure mission-critical workload stability. Oracle CEO Larry Ellison emphasized the importance of the partnership, noting that Oracle's hardware and software would be co-located and physically relocated to Azure's data centers.
Customers will have the option to purchase Oracle Database@Azure through the Azure Marketplace while retaining their existing Oracle Database license benefits. Oracle will manage its services within Microsoft's data centers across regions in North America and Europe.
The partnership addresses customer demands for cloud migration options, with Microsoft CEO Satya Nadella anticipating accelerated adoption of cloud solutions reliant on Oracle Database.
Oracle faces stiff competition in the database market, with its market share declining from 36.1% in 2017 to 20.6% in 2021, as per Gartner.
To regain momentum, Oracle has taken steps such as offering free database software for developers. The Azure partnership is a strategic move to fortify its market position and retain long-term clients amid growing competition.
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Cloud 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
Red Hat | September 22, 2023
Red Hat and Oracle expand their partnership, allowing Red Hat OpenShift to run on Oracle Cloud Infrastructure and providing more deployment options for enterprises.
OCI's distributed cloud, offering high performance and security, now supports Red Hat OpenShift with certified configurations for virtual machines and bare metal instances.
Customers gain flexibility in choosing deployment locations, while the partnership builds upon Red Hat Enterprise Linux support for OCI, enabling customized Linux images for various workloads.
Red Hat and Oracle have announced an expansion of their partnership to offer customers more options for deploying applications on Oracle Cloud Infrastructure (OCI). Red Hat OpenShift, a well-known Kubernetes-powered hybrid cloud application platform, will receive support and certification to run on OCI as part of this collaboration.
This move aims to provide enterprises with the flexibility to run their workloads on OCI's distributed cloud, known for its high performance, security, and cost-effectiveness. Customers will have the confidence to deploy Red Hat OpenShift on OCI using certified configurations, whether on virtual machines or bare metal instances. Additionally, this partnership allows for seamless migration of on-premises Red Hat OpenShift environments to OCI, with joint support from both Red Hat and Oracle.
Karan Batta, Senior Vice President, Oracle Cloud Infrastructure, reportedly stated,
Enterprises are migrating to Oracle Cloud Infrastructure to take advantage of the platform’s highly performant, secure, and low-cost services. Fully certifying and supporting Red Hat OpenShift on Oracle Cloud Infrastructure will enable Red Hat OpenShift customers to simply and easily run their workloads anywhere in the world on OCI’s distributed cloud.
[Source – Webwire]
OCI's distributed cloud spans more than 100 services across 45 public cloud regions, including specialized regions for government and dedicated regions at customer-controlled sites. This variety of offerings enables customers to choose the location that best suits their needs in terms of regulatory compliance, performance, and cost-effectiveness.
Furthermore, the certification and support for Red Hat OpenShift on OCI build upon the availability of Red Hat Enterprise Linux on OCI, including support for OCI bare metal servers and Oracle VMware Cloud Solution. This expanded compatibility empowers customers to create customized Red Hat Enterprise Linux images for OCI to meet various application workloads and security compliance requirements.
While the partnership between Red Hat and Oracle to enable Red Hat OpenShift on Oracle Cloud Infrastructure (OCI) offers significant advantages, there are some potential drawbacks to consider. One concern may be the complexity of migrating existing on-premises Red Hat OpenShift environments to OCI, despite the joint support provided by both companies. This process could entail challenges related to data transfer, application compatibility, and reconfiguration. Additionally, as with any cloud deployment, organizations need to carefully manage their costs, as cloud services can accumulate expenses over time. Proper planning and cost monitoring are essential to ensuring that the benefits of this technology expansion are maximized while keeping expenses in check.
The collaboration between Red Hat and Oracle to bring Red Hat OpenShift to Oracle Cloud Infrastructure (OCI) offers numerous benefits for enterprises. Firstly, it provides organizations with a wider range of deployment options, allowing them to leverage the power of Red Hat OpenShift on OCI's distributed cloud infrastructure. This infrastructure is known for its high performance, robust security measures, and cost-effectiveness, making it an attractive choice for enterprises. Furthermore, the support for certified configurations on both virtual machines and bare metal instances enhances the flexibility and scalability of deployments. Last but not least, the ability to seamlessly migrate on-premises Red Hat OpenShift environments to OCI simplifies cloud adoption and guarantees operational continuity thanks to the combined support of Red Hat and Oracle. Overall, this technology collaboration empowers enterprises to optimize their cloud strategies and drive innovation in their application deployments.
In summary, Red Hat and Oracle's collaboration facilitates greater choice and flexibility for enterprises looking to deploy applications on Oracle Cloud Infrastructure, with Red Hat OpenShift now being a certified and supported option for OCI users.
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