An independent developer launched COGEXT v2.0, an accountability layer that independently verifies whether AI agents actually completed commitments they claim, checking Gmail, GitHub, or custom webhooks before allowing a "fulfilled" state. The release targets a problem many agent builders report: agents claim actions silently fail, discovered only when clients complain.
A developer released cogext-primitive, a free, MIT-licensed Python tool that extracts commitments from agent output, parses deadlines, and tracks them through a state machine in local SQLite. It is the offline entry point to COGEXT, an accountability layer for AI agents whose paid cloud version performs external verification via Gmail, GitHub, and webhooks. The tool is precision-tuned rather than recall-tuned, deliberately skipping vague or compound promises based on an audit of 120 agent outputs.
A developer released cogext-primitive, a free, MIT-licensed Python tool that extracts commitments from agent output, parses deadlines, and tracks them through a state machine in local SQLite. It is the offline entry point to COGEXT, an accountability layer for AI agents whose paid cloud version performs external verification via Gmail, GitHub, and webhooks. The tool is precision-tuned rather than recall-tuned, deliberately skipping vague or compound promises based on an audit of 120 agent outputs.
SCC Runner validates whether AI agents and automations actually completed work correctly, using a Claim → Authority → Evidence → Verdict flow. It checks the agent's claimed outcomes against real system evidence rather than trusting agent output. Aimed at people building agents, automations, and DevOps workflows.
SCC Runner validates whether AI agents and automations actually completed work correctly, using a Claim → Authority → Evidence → Verdict flow. It checks the agent's claimed outcomes against real system evidence rather than trusting agent output. Aimed at people building agents, automations, and DevOps workflows.
A platform for marketing agencies where specialized AI agents handle repetitive campaign work like ad copy, scheduling, spend, SEO and reporting. Agency onboarding feeds a RAG knowledge base (KPIs, brand voice, competitors) that all agents draw from to keep copy on brand. It targets agencies that want agents to act autonomously with full logging for trust and accountability.
A platform for marketing agencies where specialized AI agents handle repetitive campaign work like ad copy, scheduling, spend, SEO and reporting. Agency onboarding feeds a RAG knowledge base (KPIs, brand voice, competitors) that all agents draw from to keep copy on brand. It targets agencies that want agents to act autonomously with full logging for trust and accountability.
A developer published an open spec, COGEXT, for tracking promises AI agents make to users (e.g. 'I'll send the report by Friday') across run boundaries. Observability tools like LangSmith show traces, tokens, and latency but not whether commitments were later kept, which the spec addresses. The author proposes a LangChain callback handler and a pip-installable compliance checker, but notes zero current adoption, including LangChain.
A developer published an open spec, COGEXT, for tracking promises AI agents make to users (e.g. 'I'll send the report by Friday') across run boundaries. Observability tools like LangSmith show traces, tokens, and latency but not whether commitments were later kept, which the spec addresses. The author proposes a LangChain callback handler and a pip-installable compliance checker, but notes zero current adoption, including LangChain.
COGEXT is an API that takes text produced by AI agents, extracts promises as structured commitments with confidence scores and deadlines, and tracks each through a 12-state lifecycle with webhook events. It addresses the problem that agents hallucinate, forget, and contradict themselves, giving developers a way to hold agents accountable to what they said. Aimed at teams building agent systems.
COGEXT is an API that takes text produced by AI agents, extracts promises as structured commitments with confidence scores and deadlines, and tracks each through a 12-state lifecycle with webhook events. It addresses the problem that agents hallucinate, forget, and contradict themselves, giving developers a way to hold agents accountable to what they said. Aimed at teams building agent systems.