All news with #agentic ai tag

🔒 The post summarizes a recent Agent Factory episode where Google product leaders discuss running agentic workloads on GKE. It highlights the Agent Development Kit (ADK), containerized deployments to Artifact Registry, and why Kubernetes provides governance and fine-grained control for large-scale agents. Google demonstrated an Agent Sandbox using gVisor and strict network policies, and introduced Pod Snapshots to cut sandbox startup from minutes to seconds, enabling lower-latency, secure agent workflows.

🚀 These hands-on labs guide developers through three Google Cloud deployment options to move AI agents from local prototypes to production. The Vertex AI Agent Engine offers a fully managed, Python-optimized runtime that handles execution, memory, and tool invocation. Cloud Run provides a serverless container experience with autoscaling and language flexibility, while GKE delivers orchestrated control for microservice deployments.

🛡️ The OWASP Top 10 for Agentic Applications identifies the most critical security risks from AI agents—systems that access data, invoke tools, and act autonomously—and offers CISOs practical threat taxonomies, mitigation strategies, and example threat models. Contributors prioritized data-driven, real-world issues discovered during research, including many agentic deployments unknown to IT and security teams. The list is designed to be consumable and directly actionable for threat modeling, governance, and security architecture.

🔬 Google is partnering with the DOE's Genesis Mission to accelerate federally funded scientific discovery by combining high-performance computing, experimental facilities, and AI. Gemini for Government and Google DeepMind tools offer multimodal reasoning, agentic workflows, and an AI co‑scientist to speed hypothesis development. Google Cloud provides the secure, accredited infrastructure for multi‑lab deployments.

🚀 Microsoft was named a Leader in the 2025 Gartner Magic Quadrant for AI Application Development Platforms and is positioned furthest for Completeness of Vision. The post presents Microsoft Foundry as a unified platform to build, deploy, and govern agentic AI—emphasizing secure grounding, multi-agent orchestration, observability, and cloud-to-edge model deployment. It also describes an agent-driven submission process that automated evidence collection and validation to improve accuracy and efficiency.

🔒 The Palo Alto Networks State of Cloud Security Report 2025 warns that rapid enterprise AI adoption has massively expanded the cloud attack surface, with 75% running AI in production and 99% reporting at least one AI-targeted incident last year. It finds GenAI-assisted coding accelerating insecure code into production and AppSec teams unable to keep pace with weekly deploys. The research highlights rising API attacks, persistent identity weaknesses, and widespread tool sprawl, and argues for agentic security to unify cloud and SOC operations.

🔗 To build production-ready agentic systems, Google Cloud offers hands-on labs that demonstrate how Agent Development Kit (ADK), the Model Context Protocol (MCP), and the Agent-to-Agent Protocol (A2A) work together. The labs begin with a foundational "Hello World" agent and progress to connecting agents to knowledge sources via MCP, with concrete examples for exposing BigQuery and CloudSQL. By adopting these standards instead of bespoke integrations, teams can scale and maintain multi-agent systems more reliably.

🔒 The Cybersecurity Forecast for 2026 highlights how agentic security automation and widespread AI will reshape defenses, shifting SOCs from monitoring to automated action. It calls for building workforce AI fluency, evolving IAM to treat agents as managed identities, and deploying model-protection measures alongside tamper-proof backups. Boards will increasingly demand operational resilience, quantified exposure, and mature AI governance.

🔍 CrowdStrike has expanded exposure management with Falcon Exposure Management, merging continuous telemetry, AI-driven prioritization, and a unified Risk Knowledge Base to reduce noise and accelerate remediation. The Exposure Prioritization Agent reasons in real time about exploitability, environment-specific preconditions, and business impact to deliver actionable “fix first” recommendations. AI Discovery surfaces LLMs, MCP servers, and AI agents to map the emerging AI attack surface and associated risks, integrating natively with Falcon telemetry and SOAR workflows.

🤖 Brave has begun testing an agentic AI browsing mode that uses its privacy-focused assistant Leo to perform autonomous tasks like web research, product comparison, promo-code discovery, and news summarization. The feature is currently available in Brave Nightly and is disabled by default. Brave isolates the agent in a separate profile without access to cookies, logins, or sensitive data and adds restrictions plus an alignment checker to mitigate prompt-injection and other risks.

🤖 GPT-5.2 is now generally available in Microsoft Foundry, positioned as a reasoning-first foundation model for enterprise applications. It advances GPT-5.1 with deeper logical chains, expanded context handling, and agentic execution to produce shippable artifacts—design docs, runnable code, tests, and deployment scripts—with fewer iterations. The release emphasizes integrated enterprise controls, managed identities, and policy enforcement to support secure, governed adoption.

📈 This article describes a multi-agent business forecasting application developed by Google Cloud and App Orchid. The design pairs a Google prediction agent (leveraging TimesFM and the Population Dynamics Foundation Model) with an App Orchid Data Agent that builds a semantic knowledge graph and prepares AI-ready time-series. A forecasting orchestrator uses the A2A Protocol and Google’s ADK to route queries, automate data wrangling, run predictions on Gemini-powered Vertex AI, and return unified forecasts with enterprise-grade security and governance.

🔒 Microsoft argues that as organizations adopt agentic AI, security must be a strategic priority that enables growth, trust, and continued innovation. The post identifies risks such as oversharing, data leakage, compliance gaps, and agent sprawl, and recommends three pillars: prepare for AI and agent integration, strengthen organization-wide skilling, and foster a security-first culture. It points to resources like Microsoft’s AI adoption model, Microsoft Learn, and the AI Skills Navigator to help operationalize these steps.

🚀 Microsoft Ignite 2025 showcased a suite of Azure and AI updates aimed at accelerating production use of agentic systems. Anthropic's Claude models are now available in Microsoft Foundry alongside OpenAI GPTs, and Azure HorizonDB adds PostgreSQL compatibility with built-in vector indexing for RAG. New Azure Copilot agents automate migration, operations, and optimization, while refreshed hardware (Blackwell Ultra GPUs, Cobalt CPUs, Azure Boost DPU) targets scalable training and secure inference.

🔌 Google announced fully-managed, remote support for Anthropic's Model Context Protocol (MCP), enabling agents and standard MCP clients to access a unified, enterprise-ready endpoint for Google and Google Cloud services. The managed MCP servers integrate with services like Google Maps, BigQuery, GCE, and GKE to let agents perform geospatial queries, in-place analytics, and infrastructure operations. Built-in discovery, governance, IAM controls, audit logging, and Google Cloud Model Armor provide security and observability. Developers can expose and govern APIs via Apigee and the Cloud API Registry to create discoverable tools for agentic workflows.

🧭 This episode of The Agent Factory unpacks Google's latest AI stack—Gemini 3, the Antigravity IDE, and Nano Banana Pro—through hands-on demos and developer commentary. Guests demonstrate end-to-end workflows, from generating a React Native cataloging app to refactoring a site from screenshots and producing game assets with grounded search. The recap emphasizes enhanced tool use, multimodal inputs, and smoother deployment to Google Cloud. It also highlights the new Vending Bench metric for agentic, long-range decision-making.

🛡️ Google announced a set of layered security measures for Chrome after adding agentic AI features, aimed at reducing the risk of indirect prompt injections and cross-origin data exfiltration. The centerpiece is a User Alignment Critic, a separate model that reviews and can veto proposed agent actions using only action metadata to avoid being poisoned by malicious page content. Chrome also enforces Agent Origin Sets via a gating function that classifies task-relevant origins into read-only and read-writable sets, requires gating approval before adding new origins, and pairs these controls with a prompt-injection classifier, Safe Browsing, on-device scam detection, user work logs, and explicit approval prompts for sensitive actions.

⚠️ Gartner has advised enterprises to block AI browsers until associated risks can be adequately managed. In its report Cybersecurity Must Block AI Browsers for Now, analysts warn that default settings prioritise user experience over security and list threats such as prompt injection, credential exposure and erroneous agent actions. Researchers and vendors have also flagged vulnerabilities and urged risk assessments and oversight.

🛡️ Google is introducing a new defense layer in Chrome called User Alignment Critic to protect upcoming agentic browsing features powered by Gemini. The isolated secondary LLM operates as a high‑trust system component that vets each action the primary agent proposes, using deterministic rules, origin restrictions and a prompt‑injection classifier to block risky or irrelevant behaviors. Chrome will pause for user confirmation on sensitive sites, run continuous red‑teaming and push fixes via auto‑update, and is offering bounties to encourage external testing.

⚠️Gartner recommends blocking AI browsers such as ChatGPT Atlas and Perplexity Comet because they transmit active web content, open tabs, and browsing context to cloud services, creating risks of irreversible data loss. Analysts cite prompt-injection, credential exposure, and autonomous agent errors as primary threats. Organizations should block installations with existing network and endpoint controls and restrict any pilots to small, low-risk groups.