Google’s latest quarterly earnings report demonstrates a significant financial boost attributed to the company's heavy investment in artificial intelligence. Google Cloud revenue reached $24.8 billion, marking an 82 percent year-over-year increase that surpassed analyst expectations. This growth is primarily fueled by widespread enterprise adoption of AI infrastructure and specialized software solutions.

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Oracle has introduced Base Database Cloud@Customer, a managed hybrid cloud service designed to bring high-performance database and AI capabilities directly into on-premises data centers. By utilizing the X11 compute platform, the service allows organizations to run Oracle AI Database 26ai and associated agents behind their own firewalls. This approach provides a unified subscription model that addresses strict data residency requirements and latency-sensitive use cases like IoT.

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Amazon Simple Email Service has launched three new subscription-based pricing plans to simplify access to its email infrastructure features. The new tiers—Essentials, Pro, and Enterprise—bundle capabilities that were previously purchased as individual add-ons. This shift allows administrators to select a plan that aligns with their specific requirements for deliverability, dedicated IP management, and global endpoint resilience.

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Amazon RDS for SQL Server now supports Microsoft SQL Server 2025 across Enterprise, Standard, and Developer editions. This release introduces built-in AI integration, allowing T-SQL to call external REST endpoints directly without requiring middleware. Administrators can leverage this functionality to connect databases with AWS services like Amazon Bedrock, SageMaker, and Lambda for automated performance analysis and AI-driven query optimization.

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Google Cloud suffered a 15-hour outage that affected only three specialized services in europe-west4-a: VMware Engine, NetApp Volumes, and Bare Metal Solutions. The disruption started with a power failure at a datacenter serving those services, which then led to a cooling failure and forced Google to turn workloads down to protect customer data. The rest of the zone and region kept operating, underscoring that some Google Cloud services are tied to a single facility even when the broader cloud region is up.

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AMD’s Helios is the company’s first rack-scale AI system, built to challenge Nvidia’s dominant Vera Rubin and Grace Blackwell platforms. The system combines 72 GPUs and 18 CPUs per rack, uses liquid cooling, and is designed to compete on performance, efficiency, customization, and total cost of ownership. Early customers including Microsoft, Meta, OpenAI, and Oracle have already committed to deployments.

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Azure Event Grid namespaces now feature Autoscale, currently in public preview. This feature automatically adjusts Throughput Units based on real-time workload utilization. It eliminates the need for manual capacity provisioning and helps maintain consistent performance during traffic spikes. By dynamically scaling resources, you can optimize costs and avoid throttling.

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Microsoft will deploy AMD's Helios rack-scale AI platform on Azure beginning in the second half of 2026 to run large AI models for its own use, customers, and Azure AI services. Helios combines AMD GPUs, CPUs, networking chips, and software as a full-system alternative to Nvidia's dominant rack-scale offerings. AMD CEO Lisa Su called the expanded deal a major milestone, while Microsoft CEO Satya Nadella stressed that customers need more choices in AI infrastructure.

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Microsoft will deploy AMD’s Helios rack-scale AI platform at scale on Azure to handle frontier-model inference for its own services, Azure AI offerings, and customer workloads. Helios integrates 72 Instinct MI455X GPUs providing 31.1 TB of HBM4 memory, up to 1.4 exaFLOPS of FP8 and 2.9 exaFLOPS of FP4 compute, plus 260 TB/s scale-up and 43 TB/s scale-out bandwidth via UALink over Ethernet. The open rack-scale design also incorporates sixth-generation EPYC “Venice” CPUs, Pensando DPUs, and ROCm software for large-scale training and inference.

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As of July 2026, SQL Server migration enabled by Azure Arc supports SQL Server on Azure Virtual Machines as a generally available (GA) migration target. This adds a second destination alongside Azure SQL Managed Instance and brings the entire migration lifecycle into a single guided workflow in the Azure portal. The migration method relies on backup and restore combined with log shipping, using Azure Blob Storage as an intermediary staging area. This article covers what the feature does, prerequisites, how the migration works, and its limitations.

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Publicly exposed serverless cloud functions, such as Google Cloud Run, have become a critical attack surface for harvesting secrets and pivoting to internal resources. These environments often run custom code with third-party packages vulnerable to command injection and file inclusion attacks. The risk is currently amplified by the rapid adoption of generative AI workflows, which frequently rely on unauthenticated serverless functions to process user tasks.

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The cloud trade body CISPE has intensified its legal battle against Broadcom by filing a formal antitrust complaint with the European Commission. This action is now supported by four additional industry groups from Belgium, France, Germany, and the Netherlands. The coalition argues that Broadcom’s post-acquisition changes to VMware represent an existential threat to European cloud infrastructure providers and their customers.

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Amazon Web Services experienced a significant service disruption on July 16, 2026, primarily affecting the CloudFront content delivery network. The outage specifically targeted the VPC Origins feature, which allows private back-end resources to connect to the public edge without exposure to the open internet. Users attempting to access affected applications encountered widespread 5xx server errors and generic connectivity failure messages.

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Microsoft is implementing a system-wide overhaul of its partner ecosystem to mitigate risks associated with Cloud Solution Providers (CSPs). These partners are frequent targets for nation-state actors seeking a vector to compromise downstream customer environments and steal sensitive data. To counter this, Microsoft is transitioning from reactive controls to a proactive, integrated security model that emphasizes continuous validation and identity verification.

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New York Governor Kathy Hochul has signed an executive order establishing a one-year moratorium on the construction of large-scale data centers. This first-in-the-nation freeze specifically targets "hyperscale" facilities, which are defined as projects requiring 50 megawatts of power or more. The state will halt the issuance of new discretionary environmental permits while officials develop a comprehensive regulatory framework to manage the industry's growth.

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Nvidia is transitioning from a GPU manufacturer to a comprehensive AI infrastructure provider by launching the Vera CPU platform. This new processor is specifically engineered to handle agentic AI systems and intensive data center workloads. By moving beyond graphics accelerators, the company aims to capture a larger share of the traditional server market currently held by x86 competitors.

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Red Hat OpenShift 4.22 introduces a hardened foundation by migrating core components to a minimal Universal Base Image to reduce the attack surface. The platform now utilizes a zero-trust workload identity manager and SPIRE to replace static credentials with dynamic, cryptographic tokens. These architectural changes aim to automate compliance and minimize the manual effort required for risk mitigation across hybrid cloud environments.

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A recent configuration update by Google Cloud triggered a significant outage for Google Cloud VMware Engine (GCVE) customers utilizing stretched clusters. The disruption began on July 14 and lasted nearly twelve hours, primarily impacting inter-zone network connectivity across multiple global regions. While virtual machines remained operational, the underlying network failure prevented synchronization between availability zones and isolated critical workloads.

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AWS Security Hub now natively monitors Microsoft Azure resources, marking the service's first expansion into direct multicloud management. The integration automatically discovers Azure virtual machines, storage containers, and SQL databases to evaluate them for misconfigurations and software vulnerabilities. Findings from Azure are normalized into the same format as AWS alerts, allowing security teams to manage risks across both platforms from a single console.

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