All news with #mcp security tag

🛡️ Bruce Schneier and Barath Raghavan argue that agentic AIs run repeated OODA loops—Observe, Orient, Decide, Act—over web-scale, adversarial inputs, and that current architectures lack the integrity controls to handle untrusted observations. They show how prompt injection, dataset poisoning, stateful cache contamination, and tool-call vectors (e.g., MCP) let attackers embed malicious control into ordinary inputs. The essay warns that fixing hallucinations is insufficient: we need architectural integrity—semantic verification, privilege separation, and new trust boundaries—rather than surface patches.

🔒 MCPTotal today launched a comprehensive platform designed to help organizations adopt and secure Model Context Protocol (MCP) servers with centralized hosting, authentication and credential vaulting. Its hub-and-gateway architecture functions as an AI-native firewall to monitor MCP traffic, enforce policies in real time, and provide a vetted catalog of hundreds of secure MCP servers. Employees can safely connect models to business systems like Slack and Gmail while security teams gain visibility, guardrails, auditing and multi-environment coverage to reduce supply chain, prompt-injection, rogue-server and data-exfiltration risks.

🔒 Cybersecurity researchers disclosed a now-patched command injection vulnerability in the figma-developer-mcp Model Context Protocol server that could allow remote code execution. Tracked as CVE-2025-53967 (CVSS 7.5), the flaw stems from unsanitized user input interpolated into shell commands when a fetch fallback uses child_process.exec to run curl. Imperva reported the issue and maintainers released a fix in figma-developer-mcp v0.6.3; users should update immediately.

🛡️ Cybersecurity researchers at Koi Security reported the first observed malicious Model Context Protocol (MCP) server embedded in an npm package, a trojanized copy of the postmark-mcp library. The malicious change, introduced in version 1.0.16 in September 2025 by developer "phanpak", added a one-line backdoor that BCCs every outgoing email to phan@giftshop[.]club. Users who installed the package should remove it immediately, rotate any potentially exposed credentials, and review email logs for unauthorized BCC activity.

🔒 Amazon Q Developer CLI now supports remote MCP servers to centralize tool integrations and OAuth-based authentication, enhancing scalability and security in development workflows. Administrators specify HTTP transport, the authentication URL, and optional headers in agent configuration or mcp.json. Upon successful OAuth authentication, the CLI enumerates tools on the MCP server and exposes them to the agent. This capability is available in both the CLI and the Amazon Q Developer IDE plugins.

🔒 A centralized proxy architecture on Google Cloud can secure remote Model Context Protocol (MCP) servers by intercepting tool calls and enforcing consistent policies across deployments. Author Lanre Ogunmola outlines five core MCP risks — unauthorized tool exposure, session hijacking, tool shadowing, token/theft and authentication bypass — and recommends an MCP proxy (Cloud Run, GKE, or Apigee) integrated with Cloud Armor, Secret Manager, and identity services for access control, secret scanning, and monitoring. The post emphasizes layered defenses including Model Armor for prompt/response screening and centralized logging to reduce blind spots and operational overhead.

🔒 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).

🔒 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.