runtime security

Upwind’s new channel into Microsoft’s ecosystem marks a pragmatic step toward bringing runtime-first cloud security into mainstream Azure deployments, but the move is more than a marketplace listing — it’s a test of whether runtime evidence and sensor-driven detection can be operationalized at...

Upwind’s arrival in the Microsoft ecosystem turns a long-standing cloud-security debate into a practical procurement decision: runtime-first detection and prevention — not just periodic posture scans — can now be bought, onboarded, and operated inside Azure as a Marketplace‑transactable...

Upwind’s arrival in the Microsoft ecosystem marks a deliberate push to make runtime-first cloud security a native option for Azure customers — a move that bundles runtime detection, container and registry scanning, posture management, and compliance controls into a single...

Microsoft Azure customers now have a new native option to close a longstanding visibility gap: Upwind’s runtime-first security platform is officially integrated into the Azure ecosystem, available through the Azure Marketplace and engineered to feed runtime telemetry into Microsoft Sentinel and...

Upwind’s new partnership with Microsoft signals a clear market shift: runtime-first security is moving from specialized add‑ons into Azure’s native procurement and operational flow, promising real‑time protection, prioritized vulnerability guidance, and a tighter path to enterprise deployment...

Microsoft and Upwind have quietly formalized a practical step toward making runtime security for Azure workloads a first-class citizen in enterprise cloud strategies, and the deal reshapes how defenders think about protecting live services rather than just scanning infrastructure and...

Check Point and Microsoft announced a collaboration this week to embed enterprise-grade AI security directly into Microsoft Copilot Studio, promising continuous runtime protection, DLP, and threat prevention for AI agents built and deployed on the platform. Background The announcement —...

Check Point’s announced collaboration with Microsoft to integrate its AI Guardrails, Data Loss Prevention (DLP), and Threat Prevention into Microsoft Copilot Studio marks a significant step in operationalizing runtime security for enterprise AI agents, promising continuous protection, policy...

The industry just reached a new inflection point: Anthropic, Microsoft, and NVIDIA unveiled a tightly coordinated set of partnerships that stitch model development, chip co‑engineering, and hyperscale cloud capacity into a single commercial fabric — Anthropic has committed to purchase roughly...

Check Point Software’s announcement that it is teaming with Microsoft to deliver “enterprise‑grade AI security” for Microsoft Copilot Studio elevates runtime protection from a checkbox to a visible part of the agent development lifecycle, but the deal’s practical value will hinge on integration...

Prisma AIRS 2.0 signals a pivotal shift in how enterprises must think about agentic AI: not as a feature to bolt on, but as a distinct class of identity, data flow and runtime behavior that demands lifecycle security from design through live execution. Background / Overview Autonomous AI agents...

Zenity’s selection as a Gartner Cool Vendor in the newly published “Cool Vendors in Agentic AI Trust, Risk and Security Management (TRiSM)” report cements the company’s rapid rise as a specialist in securing the new generation of enterprise AI agents — but it also raises urgent operational and...

Microsoft has pushed a significant enforcement point into the live execution path of enterprise AI agents: Copilot Studio now offers near‑real‑time runtime security controls that can route an agent’s planned actions to external monitors (Microsoft Defender, third‑party XDRs, or customer-hosted...

Microsoft has quietly shifted a crucial enforcement point for enterprise AI: Copilot Studio now offers near‑real‑time runtime security controls that let organizations route an agent’s planned actions to external monitors and receive an approve-or-block verdict while the agent executes...

Zenity’s expanded integration with Microsoft Copilot Studio promises to bring native, inline attack prevention into the execution path of enterprise AI agents, positioning runtime enforcement and step-level policy controls as the new baseline for safe agent deployment at scale. Background /...

Microsoft has added a near‑real‑time enforcement layer to Copilot Studio that lets organizations route an AI agent’s planned actions through external monitors — including Microsoft Defender, third‑party XDR vendors, or custom in‑tenant policy engines — and receive an approve-or-block verdict...

Microsoft’s Copilot Studio has moved from built‑in guardrails to active, near‑real‑time intervention: organizations can now route an agent’s planned actions to external monitors that approve or block those actions while the agent is executing, enabling step‑level enforcement that ties existing...

Microsoft has moved a critical enforcement point for autonomous workflows from design-time checks and post‑hoc logging into the live execution path: Copilot Studio now supports near‑real‑time runtime security controls that let organizations route an agent’s planned actions to external monitors...

Microsoft’s Copilot Studio has added a near‑real‑time security control that routes an agent’s planned actions through external monitors—allowing organizations to approve or block tool calls and actions while an AI agent runs—and the capability is now available in public preview for Power...

Zenity’s expanded partnership with Microsoft plugs real-time, inline security directly into Microsoft Copilot Studio agents — a move that promises to make agentic AI safer for widespread enterprise use while raising new operational and architectural questions for security teams. The...