AI agent incidents: what can you prove?
METR asks how to investigate the behavior behind AI incidents. Oktsec examines the deployment evidence: what ran, which permissions applied and where the record ends.
Research
We investigate how agent systems fail, reproduce the attack paths and turn the findings into controls teams can use.
34 publications27 research7 incident analysesUpdated Sep 9, 2026RSS
Original findings, reproducible labs and product research.
METR asks how to investigate the behavior behind AI incidents. Oktsec examines the deployment evidence: what ran, which permissions applied and where the record ends.
A review of agent governance surveys, telemetry and guidance, with sample sizes, source limitations and practical control questions.
The shipped 2026-07-28 specification removes protocol sessions and makes requests easier to scale. It also leaves state integrity, authorization and resource controls squarely in each implementation.
Approval, supervision, bounded autonomy and recovery impose different controls. A framework for assigning authority to each consequential action.
Seven CVEs illustrate distinct failures in configuration loading, path handling and client/server trust, with links to vendor advisories.
AgentDojo, InjecAgent, ASB, MCPSecBench, MSB and MCPTox measure different attack classes, so their scores are not directly comparable.
A dated review of agent defenses, benchmark results and threat models. What PromptArmor, CommandSans, CaMeL and authorization studies do and do not establish.
What public repository scans, internet exposure studies and attack benchmarks establish about MCP risk, with their sampling limits.
How to instrument the authorization decision on every agent tool call and export identity, tool, arguments and policy verdict through OpenTelemetry.
A practical MCP security guide: authenticate callers, limit tool capabilities, inspect untrusted content, isolate execution and preserve useful audit records.
Read SKILL.md, bundled scripts, referenced URLs and requested permissions the way an attacker would, before the skill enters your environment.
Detection can identify and block threats. Authorization checks permissions. How to combine both with isolation and reliable evidence.
Signed Agent Cards, MCP enterprise managed authorization and task scoped token research: what each contributes to agent identity and what deployments still need to enforce.
MCP is moving authorization context from the connection to each request. The direction is clear; security still depends on how every server implements identity and policy.
SEP-2640 proposes distributing skills through MCP. How manifests, provenance and host approval work, and where the deployment still needs enforceable permissions.
The agent supply chain is every artifact an agent pulls into your environment: packages, MCP servers, skills and the trust behind them.
What agent records establish about identity, permissions and outcomes, and how to verify their integrity without overlooking gaps in coverage.
A scoped review of signed Agent Cards, enterprise-managed access, task authorization research and the integration work needed for runtime attribution.
A practical, audit grounded map of tool surfaces, credentials, network reach and the trust boundaries that decide your real attack surface.
How content inspection, explicit permissions and isolation address different parts of prompt injection risk in tool-using agents.
Five boundaries to review before and after connecting an MCP server: tool descriptions, permissions, authentication, dependencies and runtime changes.
A prototype that puts deterministic security checks in front of payments an AI agent tries to execute. The same product lesson now shapes Oktsec: control the action before it runs.
How runtime policy checks identity, tools, parameters and destinations, alongside scanning, isolation and audit records.
The most consequential call a technical founder makes is what not to ship. Agent security cannot wait for an incident before becoming part of the product surface.
What zero trust means for AI agents, and how the framework maps to authorization, signed policy and verified evidence in practice.
How workload identity, delegated authority and per-tool records help attribute agent actions, with a review of available standards.
A practical review model for public agent tooling: permissions, provenance, install paths, version pinning and change over time.