Most teams ship AI agents with no access controls at all. Here are four authorization patterns — from dangerous to production-grade — with real policy examples for each.
Agent cost runaway is a real production incident. No built-in framework enforces per-agent spending limits at the authorization layer. Here is how to set daily, weekly, and per-action budget caps that actually stop runaway spend.
Most AI safety tools are either defense-only or offense-only. Authensor and Chainbreaker close that loop — runtime protection on one side, structured adversarial testing on the other.
Enterprise agent safety tools charge $10K–$100K/year. Authensor gives you the full stack — policy engine, approval workflows, content scanning, cryptographic audit trails — for free. Here's what that means technically.
Traditional application logs are not sufficient for AI agent compliance. Here is why you need hash-chained receipts and how Authensor's receipt chain works.
Full autonomy breaks things. Full oversight breaks teams. Here is how to design approval workflows for AI agents that provide meaningful control without bottlenecking every operation.
LangChain makes it easy to build agents. It does not make it easy to control what those agents are allowed to do. Here is how to add policy enforcement, approval workflows, and audit trails to any LangChain agent in five minutes.
MCP has no built-in authorization. 32% of MCP servers have critical vulnerabilities. Here is what tool-level authorization actually means and how to add it to any MCP deployment without modifying your tool servers.
The OpenAI Agents SDK makes multi-agent orchestration straightforward. What it does not include is a policy layer. Here is how to add tool-level authorization, human approval workflows, and tamper-evident audit logs to any OpenAI agent.
The OWASP Agentic Top 10 defines the 10 highest-priority security risks for AI agents in 2026. Here is what each one means, a real attack example, and how to mitigate it with Authensor.
The EU AI Act high-risk deadline is August 2, 2026. Here is what the key articles require and how to map them to your agent infrastructure.
Prompt injection is the most common attack vector against AI agents. Aegis detects it with 15+ pattern rules, zero dependencies, and sub-millisecond latency.
32% of MCP servers have critical vulnerabilities. The protocol has no built-in authorization. Here is how the Authensor MCP Gateway fixes that.
MCP SEP authorization protocol, Sentinel behavioral monitoring, Aegis content safety, shadow evaluation, and 924+ tests across 16 packages.
Five months of weekly build logs. Here is where things stand.
The receipt system is becoming the most important part of Authensor.
Operators need to see all agents and all policies in one place. Not per-agent dashboards.
The SDK needs to feel like a natural part of the agent framework, not an external dependency.
Nobody will use a product they can not find.
Policy changes need to propagate fast but not surprise anyone.
Shipped the interactive demo to authensor.com. You can define a policy and evaluate intents against it in real time.
The story is now: learn safely in Pilot, then harden for real deployment with funding.
This is the week the roadmap becomes explicit: Pilot to Alpha hardening to Funding to ship safely.
Anything that does not reinforce the invariants gets deprioritized.
The prototype works; the point now is reducing failure modes before real usage.
The receipts viewer becomes more important as volume grows.
Connector quality directly controls blast radius.
Pilot is about learning safely, not proving production readiness.
This week is mostly about preventing accidental privilege creep.
Review needs to be fast and scoped; otherwise teams bypass it.
Exactly-once execution becomes a core invariant starting here.
Receipts are now treated as an API product, not just internal logging.
The policy surface needs to stay universal (not tool-specific).
This is the first week where audit receipt stops being an implementation detail and becomes a product requirement.