All news with #agent permissions tag

Four Steps for Startups to Build Multi-Agent Systems

🤖 This post outlines a concise four-step framework for startups to design and deploy multi-agent systems, illustrated through a Sales Intelligence Agent example. It recommends choosing between pre-built, partner, or custom agents and describes using Google's Agent Development Kit (ADK) for code-first control. The guide covers hybrid architectures, tool-based state isolation, secure data access, and a three-step deployment blueprint to run agents on Vertex AI Agent Engine and Cloud Run.

Microsoft Copilot adds App Builder and Workflows agents

🤖 Microsoft introduced two new Microsoft 365 Copilot agents, App Builder and Workflows, to help employees create apps and automate tasks using their Microsoft 365 data. Users can describe requirements in natural language and Copilot will generate interactive elements or automated flows across Outlook, Teams, SharePoint, Planner and other services. Outputs are integrated with the Copilot experience and protected by enterprise-grade security and role-based access controls. App Builder will be added to the Agent Store this week, while Workflows is already available to customers enrolled in the Frontier program.

GitHub Agent HQ: Native, Governed AI Agents in Flow

🤖 GitHub announced Agent HQ, a unified platform that makes coding agents native to the GitHub workflow. Over the coming months, partner agents from OpenAI, Anthropic, Google, Cognition, and xAI will become available as part of paid Copilot subscriptions. The release introduces a cross‑surface mission control, VS Code planning and customizable AGENTS.md files, and an enterprise control plane with governance, metrics, and code‑quality tooling to manage agent-driven work.

Agentic AI: A Looming Enterprise Security Crisis — Governance

⚠️ Many organizations are moving too quickly into agentic AI and risk major security failures unless boards embed governance and security from day one. The article argues that the shift from AI giving answers to AI taking actions changes the control surface to identity, privilege and oversight, and that most programs lack cross‑functional accountability. It recommends forming an Agentic Governance Council, defining measurable objectives and building zero trust guardrails, and highlights Prisma AIRS as a platform approach to restore visibility and control.

Amazon Q Developer adds MCP admin control in AWS Console

🔒 Administrators can now manage the Model Context Protocol (MCP) servers used by Amazon Q Developer clients from the AWS console. Admins can enable or disable MCP functionality across their organization; when disabled, users cannot add MCP servers and previously defined servers are not initialized. Q Developer enforces admin settings at session start and every 24 hours. The control covers the CLI and IDE plugins (VSCode, JetBrains, Visual Studio, Eclipse).

Securing and Governing Autonomous AI Agents in Business

🔐 Microsoft outlines practical guidance for securing and governing the emerging class of autonomous agents. Igor Sakhnov explains how agents—now moving from experimentation into deployment—introduce risks such as task drift, Cross Prompt Injection Attacks (XPIA), hallucinations, and data exfiltration. Microsoft recommends starting with a unified agent inventory and layered controls across identity, access, data, posture, threat, network, and compliance. It introduces Entra Agent ID and an agent registry concept to enable auditable, just-in-time identities and improved observability.

Cloudflare Introduces MCP Server Portals for Zero Trust

🔒 Cloudflare has launched MCP Server Portals in Open Beta to centralize and secure Model Context Protocol (MCP) connections between large language models and application backends. The Portals provide a single gateway where administrators register MCP servers and enforce identity-driven policies such as MFA, device posture checks, and geographic restrictions. They deliver unified visibility and logging, curated least-privilege user experiences, and simplified client configuration to reduce the risk of prompt injection, supply chain attacks, and data leakage.

Google Conversational Analytics API Brings Chat to Your Data

💬 The Conversational Analytics API lets developers embed natural‑language data queries and chat‑driven analysis directly into custom applications, internal tools, and workflows. It combines Google's AI, Looker’s semantic layer, and BigQuery context engineering to deliver data, chart, and text answers with trusted access controls. Features include agentic orchestration, a Python Code Interpreter, RAG‑assisted context engineering, and both stateful and stateless conversation modes. Enterprise controls such as RBAC, row‑ and column‑level access, and query limits are built in.

Agent Factory: Build Your First AI Agent with Tools

🔧 This Microsoft Azure blog post, the second entry in the six-part Agent Factory series, explains how tool ecosystems are defining the next wave of agentic AI. It argues the industry is moving from single-model prompts to extensible platforms that let agents discover and invoke a broad set of capabilities at runtime. The piece highlights the Model Context Protocol (MCP) and Azure AI Foundry for secure, enterprise-grade tool integration, and summarizes five best practices for governance, identity, and observability to achieve scalable, production-ready agents.

Agent Factory: Enterprise Design Patterns for Agentic AI

🤖 Microsoft introduces the Agent Factory series to share best practices and design patterns for enterprise agentic AI that reasons, acts, and collaborates across workflows. The post outlines five core patterns—tool use, reflection, planning, multi-agent, and ReAct—and links them to real-world outcomes such as reduced proposal time and automated incident delivery. It stresses the need for a unified platform to manage security, identity, observability, and connectors. Azure AI Foundry is presented as a scalable end-to-end solution with flexible model choice, 1,400+ connectors, open protocols, and managed Entra Agent ID and RBAC.