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All news with #agent security tag

336 articles · page 6 of 17

Fake AI Agent Skill Bypasses Security Checks

🛡️ A security firm, AIR, created a benign but deceptive AI agent skill named brand-landingpage, pushed it through a major skill marketplace and promoted it with an Instagram ad, and reports it reached roughly 26,000 agents including corporate accounts. Scanners from vendors like Cisco and NVIDIA marked the package safe because the skill pointed to external setup documentation rather than embedding malicious code. AIR later swapped the external page to deliver a harmless payload that collected email addresses, demonstrating how scanners miss links that can be rewritten after review. The experiment highlights structural trust problems with skills and common mitigations such as pinning versions and vetting external references.
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Shadow AI Risk Shifts from Leakage to Access Control

🛡️ Shadow AI has evolved from simple data leakage to an access control challenge as employee-built agents connect to enterprise systems. These agents — created across platforms, extensions, and scripts — can call APIs, use credentials, and perform actions in production, often with broad or forgotten permissions. Traditional controls like DLP and domain blocking miss non-human identities, so organizations must inventory agents, map ownership and credentials, and enforce automated remediation.
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Web-enabled AI agents can enable host-level RCE

🔒 Microsoft demonstrated a new remote code execution path called “AutoJack,” showing how web-enabled AI agents can be hijacked to reach local Model Context Protocol (MCP) services and execute arbitrary processes. The researchers exploited three weaknesses in AutoGen Studio’s MCP WebSocket implementation—origin allowlist inheritance, missing authentication for MCP paths, and unsanitized URL-supplied server parameters that spawn processes. Microsoft reported and mitigated the issue in development builds and warned this pattern could affect other agentic frameworks.
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AutoJack vulnerability in AutoGen Studio patched

🛡️ Ongoing research found an exploit chain in AutoGen Studio that allowed untrusted web content rendered by a browsing agent to reach a local Model Context Protocol (MCP) WebSocket and spawn arbitrary processes on the host. Microsoft’s team reported the issue and maintainers hardened the main branch in commit b047730; the vulnerable MCP WebSocket surface was never included in the PyPI release. The advisory explains the attack chain, remediation steps, and developer guidance to avoid localhost trust-boundary risks.
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Securing AI Agent Behavior with AgentCore and Check Point

🔒 Check Point and AWS are collaborating to secure enterprise AI agents by integrating Amazon Bedrock AgentCore with Check Point AI Security. This partnership extends AgentCore’s identity, gateway, registry, and policy capabilities with runtime behavioral protections that monitor agent actions across models, tools, data, and applications. The integration enables policy-driven governance, visibility into agent deployments, and prevention of misuse such as prompt injection or unintended data exposure.
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Automating Disassembly with Local AI Agents

🛠️ This blog demonstrates using AI agents to automate a VB6 disassembler by exposing its parsed model through the Windows Running Object Table and providing an operator briefing plus auto-generated prototypes. The agent (Claude Code in the examples) binds to the COM object, runs scripts to extract P-code, reconstruct source, generate call graphs, and export function metadata to SQLite, all locally without uploading binaries. The approach decouples tool features from fixed menus, enables repeatable exhaustive analysis, and preserves sensitive data on the analyst's workstation.
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Amazon Bedrock AgentCore Adds Policy Guardrails

🛡️ Amazon Web Services announced that Amazon Bedrock AgentCore now supports Bedrock Guardrails in policy, enabling enterprises to enforce safety and security controls on AI agents in production. AgentCore policy authorizes which actions agents can take and now evaluates outputs and gateway inputs in real time to detect and block prompt injection, harmful content, and sensitive data exposure. Guardrail enforcement occurs at the AgentCore gateway perimeter, with all evaluations logged via AgentCore observability for auditing and optimization. The capability integrates with existing gateway deployments, supports natural language or policy-as-code authoring, uses consumption-based pricing, and is available in multiple global AWS regions.
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AgentCore adds production-driven optimization tools

🔍 AWS announces new AgentCore optimization capabilities that turn production traces into continuous agent improvements. The features surface failure, intent, and trajectory insights across sessions to reveal silent and recurring failures, then generate data-grounded recommendations for prompts and tool descriptions. Batch evaluation and A/B testing validate fixes against defined metrics before rollout, and capabilities work across AgentCore runtime, Lambda, EKS, and non-AWS environments.
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Palo Alto and Databricks Set AI Security Standard

🔒 Palo Alto Networks and Databricks announce an integrated runtime security solution to protect agentic AI across the enterprise. The partnership embeds Prisma AIRS into the Databricks Unity AI Gateway to provide centralized governance, real-time inspection, and policy-driven enforcement for prompts, tool calls, and model interactions. This approach aims to prevent prompt injections, data exfiltration, and malicious tool usage while enabling faster, secure AI deployments.
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Google unveils new data agents for the Agentic Data Cloud

🤖 Google announces expanded Agentic Data Cloud capabilities, introducing new data agents and tools to enable conversational analytics and agent-driven workflows across BigQuery, Lakehouse, AlloyDB, Spanner, and Cloud SQL. The update includes Data Engineering, Data Science, Database Observability, Looker Dashboard, Data Insights, and Deep Research agents, plus developer toolkits like the Data Agent Kit and Managed MCP servers. These features aim to ground agents in real-time enterprise data with unified governance and near-100% accuracy for tasks such as NL-to-SQL conversions and automated pipeline maintenance.
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Graph-Based Systems Enable Trusted Agentic Action

🧭 This post describes how Yahoo and Google Cloud built Seller Agent, an agentic media-buying platform that collapses multi-week manual workflows into governed campaigns executed in seconds. The architecture uses a dual-graph approach — a knowledge graph for deterministic business logic and a context graph for auditable decision traces — combined with Google Cloud services like Spanner Graph, BigQuery Graph, and Gemini. The design emphasizes explainability, regulator-grade governance, and closed-loop learning to ensure autonomous actions remain transparent and accountable.
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Researchers warn guardrails can enable AI DoS attacks

🛡️ New research shows that reasoning-based AI agent guardrails can be weaponized into denial-of-service vectors by a single poisoned document that traps safety systems in extended thinking loops. The study, from the Hong Kong University of Science and Technology and collaborators, demonstrated large slowdowns across four agent frameworks, with LangGraph suffering the worst impact. The work highlights a tradeoff where stronger guardrail reasoning increases resource use and introduces concentration risk for shared governance.
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Runtime signals to detect compromised AI agents

🛡️ In response to widespread prompt-injection risks, the article outlines runtime signals to detect compromised AI agents that possess the so-called lethal trifecta: access to private data, ingestion of untrusted content, and external communication ability. It argues that this trifecta is now the default for useful agents, so defenses must shift from architecture rules to behavioral, runtime detection. Recommended signals include instruction-following anomalies, unexpected tool-call sequences, low-bandwidth exfiltration channels, out-of-scope credential access, and suspicious memory writes.
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Open Knowledge Format: Portable AI Knowledge Standard

📘 Today Google Cloud introduces the Open Knowledge Format (OKF), an open, vendor-neutral specification that formalizes the LLM-wiki pattern into a portable directory of markdown files with YAML frontmatter. OKF v0.1 defines a small set of conventions so different producers’ wikis can be consumed by agents without translation. The spec is intentionally minimal — one required type field per concept — and is accompanied by reference producer and consumer implementations and sample bundles.
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Agentjacking: AI coding agents tricked into execution

🛡️ Cybersecurity researchers at Tenet Security disclosed a new attack class called Agentjacking that tricks AI coding agents into executing arbitrary code. The exploit leverages Sentry's public DSN and its MCP interaction to inject crafted error events, which agents like Claude Code and Cursor interpret as trusted resolution steps. Successful exploitation can expose sensitive data and run code with developers' privileges.
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OpenClaw AI Agent Vulnerabilities and Mitigations

🛡️ Two security teams demonstrated attacks against OpenClaw, where hidden instructions in shared contacts, vCards, and location pins or ordinary-looking emails caused the agent to execute attacker-controlled code or exfiltrate sensitive data. Imperva found a message-object prompt-injection flaw that OpenClaw patched in version 2026.4.23, while Varonis showed social-engineering 'agent phishing' that requires architectural controls rather than a simple patch. Operators are urged to update, restrict outbound actions, and treat agents as junior employees needing human oversight.
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Behavioral Integrity Risks in AI Agent Skills

🔎 AI agent skills can install third-party capabilities with privileged access, yet registries lack automated audits. Palo Alto Networks introduces Behavioral Integrity Verification (BIV), which compares declared metadata, executable code and natural-language instructions to detect mismatches. Applied to the OpenClaw registry, BIV found widespread deviations and identified multi-stage attack chains that enable credential theft, RCE and exfiltration. The report recommends inventorying skills and requiring pre-install behavioral checks.
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Conditions SRE Teams Require Before Trusting AI

🔍 AI agents can help SRE teams with incident response, triage and automation, but trust is granted only when agents demonstrate reliability under real-world stress. Teams need robust observability, explicit guardrails, human-in-the-loop workflows and explainability so recommendations are evidence-backed rather than speculative. Progressive autonomy, post-incident evaluation and compatibility with existing tools are essential for safe adoption.
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Agentjacking: AI coding agents hijacked via Sentry flaw

🛡️ Researchers describe a new "agentjacking" attack that tricks AI coding agents into executing arbitrary code by injecting malicious instructions into Sentry error events. Tenet Security says the flaw leverages Sentry DSNs — public, write-only credentials — to post crafted markdown that appears as legitimate remediation guidance. Agents retrieving unresolved errors via MCP render the injected content as trusted and may execute the embedded commands with developer privileges. The report confirmed high exploitability across popular agents and thousands of exposed DSNs.
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ASSERT: Turning Written Intent into Executable Evals

🧭 ASSERT is an open-source framework that converts natural-language behavior specifications into executable evaluation pipelines, generating test scenarios, datasets, metrics, and scorecards for models, agents, or applications. The pipeline systematizes intent into a concept spec, produces an editable behavior taxonomy, generates stratified test cases, records full inference traces, and scores each trace with rationales and policy citations. Internal validation showed ASSERT improves coverage, surfaces distinct failure patterns, and yields judge agreement with humans in most cases, while SME review confirmed alignment and credibility.
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