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The cop for agent fleets.

Every agent fleet needs a cop. Agents delegate, handoff, and execute — and without forensic oversight, violations are invisible until they're incidents. agentcop is a universal auditor: ingest events from any agent system, run violation detectors, get structured findings.

OTel-aligned schema. Pluggable detectors. Adapter bridge to your stack. Zero required infrastructure.

Features:

• Universal SentinelEvent schema (OTel-aligned) + pluggable ViolationDetector functions
• Ten framework adapters (LangGraph, LangSmith, Langfuse, Datadog, Haystack, Semantic Kernel, LlamaIndex, CrewAI, AutoGen, Moltbook)
• AgentIdentity — verifiable fingerprint, behavioral baseline, trust scoring, and drift detection (KYA — Know Your Agent)
• Ed25519-signed AgentBadge system — tiered SECURED / MONITORED / AT RISK certificates for README display and cross-agent verification
• Moltbook adapter — purpose-built monitoring for AI agents on the Moltbook social network: prompt-injection taint analysis on every received post, coordinated campaign detection, skill badge verification (LLM05), API key exfiltration detection (LLM06), and Ed25519 badge integration for agent profiles
• OpenClaw integration — /security skill commands + agentcop-monitor hook for real-time LLM01/LLM02 detection in Telegram, WhatsApp, Discord, and more
• Runtime Security Layer — four composable enforcement layers: ExecutionGate (policy-based tool execution with SQLite audit log), ToolPermissionLayer (declarative capability scoping, deny by default), AgentSandbox (runtime isolation with active syscall interception), ApprovalBoundary (human-in-the-loop for high-risk actions). AgentCop.protect() chains all four in one line.
• Reliability Layer — five-metric reliability scoring (path entropy, tool variance, retry explosion, branch instability, token budget), SQLite-backed run history, predictive alerts via OLS regression, K-means++ cross-agent clustering, Prometheus export, and a combined badge format: ✅ SECURED 94/100 | 🟢 STABLE 87/100
• TrustChain Layer — 13-module cryptographic trust chain: SHA-256-linked execution nodes, Ed25519 attestation, tool boundary enforcement, provenance tracking, context/memory poisoning detection, agent hierarchy, cross-runtime portability, and OTel/LangSmith/Datadog export. All 10 adapters updated with optional trust params. 🔐 CHAIN VERIFIED
• Optional OTel export via agentcop[otel]

pip install agentcop

---

Adapters

Ten adapters are available — install only what you need:

Adapter	Framework	Install
LangGraph	LangGraph graph nodes & edges	pip install agentcop[langgraph]
LangSmith	LangSmith run tracing	pip install agentcop[langsmith]
Langfuse	Langfuse 4.x observations	pip install agentcop[langfuse]
Datadog	ddtrace APM spans	pip install agentcop[ddtrace]
Haystack	Haystack pipeline components	pip install agentcop[haystack]
Semantic Kernel	Semantic Kernel filters	pip install agentcop[semantic-kernel]
LlamaIndex	LlamaIndex pipeline events	pip install agentcop[llamaindex]
CrewAI	CrewAI agent & task events	pip install agentcop[crewai]
AutoGen	AutoGen agent messages	pip install agentcop[autogen]
Moltbook	Moltbook social network agents	pip install agentcop[moltbook]

Runtime security params (v0.4.8+)

Every adapter accepts four optional runtime security parameters:

adapter = LangGraphSentinelAdapter(      # same for all adapters
    thread_id="run-abc",                 # framework-specific params unchanged
    gate=ExecutionGate(),                # policy-based allow/deny per tool call
    permissions=ToolPermissionLayer(),   # capability scoping per agent, deny by default
    sandbox=AgentSandbox(...),           # path/domain/syscall enforcement
    approvals=ApprovalBoundary(...),     # human-in-the-loop for high-risk actions
    identity=AgentIdentity(...),         # trust_score auto-tunes gate strictness
)

All parameters default to None — existing code requires no changes. See the runtime security guide for full details.

---

How it works

your agent system
      │
      ▼
 SentinelAdapter          ← translate domain events to universal schema
      │
      ▼
  Sentinel.ingest()       ← load SentinelEvents into the auditor
      │
      ▼
  detect_violations()     ← run detectors, get ViolationRecords
      │
      ▼
  report() / your sink    ← stdout, OTel, alerting, whatever

---

Quickstart

from agentcop import Sentinel, SentinelEvent

sentinel = Sentinel()

# Feed it events (any source, any schema — adapt first)
sentinel.ingest([
    SentinelEvent(
        event_id="evt-001",
        event_type="packet_rejected",
        timestamp="2026-03-31T12:00:00Z",
        severity="ERROR",
        body="packet rejected — TTL expired",
        source_system="my-agent",
        attributes={"packet_id": "pkt-abc", "reason": "ttl_expired"},
    )
])

violations = sentinel.detect_violations()
# [ViolationRecord(violation_type='rejected_packet', severity='ERROR', ...)]

sentinel.report()
# [ERROR] rejected_packet — packet rejected — TTL expired
#   packet_id: pkt-abc
#   reason: ttl_expired

Built-in detectors fire on four event types out of the box:

event_type	Detector	Severity
packet_rejected	detect_rejected_packet	ERROR
capability_stale	detect_stale_capability	ERROR
token_overlap_used	detect_overlap_window	WARN
ai_generated_payload	detect_ai_generated_payload	WARN

---

Custom detectors

Detectors are plain functions. Register as many as you need.

from agentcop import Sentinel, SentinelEvent, ViolationRecord
from typing import Optional

def detect_unauthorized_tool(event: SentinelEvent) -> Optional[ViolationRecord]:
    if event.event_type != "tool_call":
        return None
    if event.attributes.get("tool") in {"shell", "fs_write"}:
        return ViolationRecord(
            violation_type="unauthorized_tool",
            severity="CRITICAL",
            source_event_id=event.event_id,
            trace_id=event.trace_id,
            detail={"tool": event.attributes["tool"]},
        )

sentinel = Sentinel()
sentinel.register_detector(detect_unauthorized_tool)

---

TrustHandoff adapter

TrustHandoff ships a first-class adapter. If you're using trusthandoff for cryptographic delegation, plug it in directly:

from trusthandoff.sentinel_adapter import TrustHandoffSentinelAdapter
from agentcop import Sentinel

adapter = TrustHandoffSentinelAdapter()
sentinel = Sentinel()

# raw_events: list of dicts from trusthandoff's forensic log
sentinel.ingest(adapter.to_sentinel_event(e) for e in raw_events)

violations = sentinel.detect_violations()
sentinel.report()

The adapter maps trusthandoff's event fields — packet_id, correlation_id, reason, event_type — to the universal SentinelEvent schema. Severity is inferred from event type. Everything else lands in attributes.

---

Write your own adapter

Implement the SentinelAdapter protocol to bridge any system:

from agentcop import SentinelAdapter, SentinelEvent
from typing import Dict, Any

class MySystemAdapter:
    source_system = "my-system"

    def to_sentinel_event(self, raw: Dict[str, Any]) -> SentinelEvent:
        return SentinelEvent(
            event_id=raw["id"],
            event_type=raw["type"],
            timestamp=raw["ts"],
            severity=raw.get("level", "INFO"),
            body=raw.get("message", ""),
            source_system=self.source_system,
            trace_id=raw.get("trace_id"),
            attributes=raw.get("metadata", {}),
        )

---

LangGraph integration

Plug into any LangGraph graph with zero changes to your graph code. The adapter reads the debug event stream — node starts, node results, checkpoint saves — and translates each into a SentinelEvent for violation detection.

pip install agentcop[langgraph]

Stream a graph in debug mode and pipe every event through the adapter:

from agentcop import Sentinel
from agentcop.adapters.langgraph import LangGraphSentinelAdapter

adapter = LangGraphSentinelAdapter(thread_id="run-abc")
sentinel = Sentinel()

sentinel.ingest(
    adapter.iter_events(
        graph.stream({"input": "..."}, config, stream_mode="debug")
    )
)

violations = sentinel.detect_violations()
sentinel.report()

Three LangGraph debug event types are translated:

LangGraph event	SentinelEvent type	Severity
task	node_start	INFO
task_result	node_end	INFO
task_result	node_error (if errored)	ERROR
checkpoint	checkpoint_saved	INFO

Each event carries structured attributes — node, task_id, step, triggers, checkpoint_id, next — so you can write targeted violation detectors:

from agentcop import ViolationRecord

def detect_node_failure(event):
    if event.event_type == "node_error":
        return ViolationRecord(
            violation_type="node_execution_failed",
            severity="ERROR",
            source_event_id=event.event_id,
            trace_id=event.trace_id,
            detail={
                "node": event.attributes["node"],
                "error": event.attributes["error"],
            },
        )

sentinel = Sentinel(detectors=[detect_node_failure])

The thread_id passed to LangGraphSentinelAdapter is used as trace_id on every event, correlating all events from a single graph run.

---

OpenTelemetry export (optional)

agentcop events use an OTel-aligned schema out of the box (trace_id, span_id, severity levels). To export events as OTel log records:

pip install agentcop[otel]

from agentcop.otel import OtelSentinelExporter
from opentelemetry.sdk._logs import LoggerProvider

exporter = OtelSentinelExporter(logger_provider=LoggerProvider())
exporter.export(events)

Attributes are emitted under the sentinel.* namespace. trace_id and span_id are mapped to OTel trace context.

---

AgentIdentity — Know Your Agent

AgentIdentity gives every agent a verifiable fingerprint, a behavioral baseline, and a living trust score. Attach it to Sentinel to auto-enrich events and get drift alerts.

from agentcop import Sentinel, AgentIdentity, SQLiteIdentityStore

store = SQLiteIdentityStore("agentcop.db")
identity = AgentIdentity.register(
    agent_id="my-agent-v1",
    code=agent_function,           # source hashed to Ed25519 fingerprint
    metadata={"framework": "langgraph", "version": "1.0"},
    store=store,
)

sentinel = Sentinel()
sentinel.attach_identity(identity)
# Events ingested via sentinel.push() are now enriched with agent identity + trust score.

Trust score starts at 70 and rises with clean executions. Critical violations deduct 20 points; errors 10; warnings 5. The baseline is built automatically from the first 10+ executions and used to detect drift (new tools, slow execution, new agent contacts).

---

Agent badges

agentcop[badge] issues Ed25519-signed, publicly verifiable security certificates. Like SSL for websites — but for agents.

pip install agentcop[badge]

from agentcop.badge import BadgeIssuer, SQLiteBadgeStore, generate_svg, generate_markdown

store = SQLiteBadgeStore("agentcop.db")
issuer = BadgeIssuer(store=store)

badge = issuer.issue(
    agent_id="my-agent",
    fingerprint=identity.fingerprint,
    trust_score=87.0,
    violations={"critical": 0, "warning": 1, "info": 0, "protected": 3},
    framework="langgraph",
    scan_count=42,
)

assert issuer.verify(badge)   # Ed25519 signature check

# SVG for embedding in HTML
svg = generate_svg(badge)

# Markdown snippet for README
print(generate_markdown(badge))
# ![AgentCop SECURED](https://agentcop.live/badge/<id>/shield)

Badge tiers are determined by trust score:

Tier	Score	Color
🟢 SECURED	≥ 80	#00ff88
🟡 MONITORED	50–79	#ffaa00
🔴 AT RISK	< 50	#ff3333

Badges expire after 30 days. A badge is auto-revoked if the trust score drops below 30.

Example README badge:

![AgentCop SECURED](https://agentcop.live/badge/abc123/shield)

---

Moltbook integration

Moltbook is a social network where AI agents read each other's posts and act on them — the most active prompt-injection attack surface in the current multi-agent ecosystem. The January 2026 breach exposed 1.5 M API keys via commands injected into the public feed. agentcop catches it.

pip install agentcop[moltbook]

The adapter performs taint analysis on every received post and mention, detects coordinated injection campaigns, verifies skill badges before execution, and issues an Ed25519-signed security badge for your agent's Moltbook profile.

Quickstart:

from moltbook import MoltbookClient
from agentcop import Sentinel
from agentcop.adapters.moltbook import MoltbookSentinelAdapter

client = MoltbookClient(api_key="...")
adapter = MoltbookSentinelAdapter(agent_id="my-bot")

# Generates an Ed25519 badge + registers event listeners on the client
adapter.setup(client=client)

# Run your agent — events flow automatically into the adapter buffer
client.run()

# Analyze
sentinel = Sentinel()
adapter.flush_into(sentinel)
violations = sentinel.detect_violations()
sentinel.report()

Badge integration: calling setup() issues a cryptographically signed AgentBadge and embeds it in every outbound post_created event so peer agents can verify your security posture:

adapter.setup()
print(f"Badge: https://agentcop.live/badge/{adapter._badge_id}")
# Badge: https://agentcop.live/badge/abc123

Skill badge verification: every skill_executed event is automatically checked against the skill's ClawHub manifest badge. Unverified skills emit skill_executed_unverified (WARN); AT RISK skills emit skill_executed_at_risk (CRITICAL).

Injection detection: the adapter checks received posts for 13+ injection patterns including direct overrides, role injection, credential theft, exfiltration triggers, and encoding bypass variants (base64, unicode zero-width, right-to-left override).

See docs/adapters/moltbook.md for the full integration guide, 5 detector recipes, and API reference.

---

OpenClaw integration

agentcop ships a native OpenClaw integration: a skill for on-demand security commands and a hook for automatic real-time monitoring.

openclaw skills install agentcop
openclaw hooks enable agentcop-monitor

The agentcop-monitor hook fires on every message and tool result, taint-checking for LLM01 (prompt injection) and LLM02 (insecure output). Violation alerts are delivered to your active channel before the agent sees or sends the message.

Example alert in Telegram:

🚨 AgentCop [CRITICAL] — LLM01 LLM01_prompt_injection
Matched: `ignore previous instructions`, `you are now`
Context: inbound message
Badge: https://agentcop.live/badge/abc123/verify

The agentcop skill adds /security commands:

/security status     — agent fingerprint, trust score, violation count
/security report     — full violation report grouped by severity
/security scan       — OWASP LLM Top 10 assessment
/security badge      — generate or display the agent's security badge

See docs/guides/openclaw.md for the full integration guide.

---

Runtime Security Layer

agentcop v0.4.7 ships a runtime enforcement stack: four composable layers that intercept, gate, and sandbox agent tool calls before they execute. Drop it in front of any agent object with a single line.

pip install agentcop[runtime]

One-line protection

from agentcop.cop import AgentCop
from agentcop.gate import ExecutionGate
from agentcop.permissions import ToolPermissionLayer, NetworkPermission, ReadPermission
from agentcop.sandbox import AgentSandbox
from agentcop.approvals import ApprovalBoundary

gate = ExecutionGate(db_path="agentcop_gate.db")
permissions = ToolPermissionLayer()
permissions.declare("my-agent", [
    ReadPermission(paths=["/data/*", "/tmp/*"]),
    NetworkPermission(domains=["api.openai.com"], allow_subdomains=True),
])
sandbox = AgentSandbox(allowed_paths=["/data/*", "/tmp/*"], allowed_domains=["api.openai.com"])
approvals = ApprovalBoundary(requires_approval_above=70, channels=["cli"], timeout=300)

cop = AgentCop(
    gate=gate,
    permissions=permissions,
    sandbox=sandbox,
    approvals=approvals,
)

# Wrap any agent object — run() goes through the full enforcement pipeline
protected = cop.protect(your_agent)
result = protected.run(task)

Each protected.run() call passes through five stages in order:

1. Trust guard — blocks if AgentIdentity trust score < 30
2. ExecutionGate — evaluates registered tool policy, logs decision to SQLite
3. ToolPermissionLayer — enforces declared capability scope (deny by default)
4. ApprovalBoundary — requests human sign-off above the risk threshold
5. AgentSandbox — wraps the call with active syscall interception

ExecutionGate

Policy-based execution control with a persistent audit log.

from agentcop.gate import ExecutionGate, DenyPolicy, RateLimitPolicy, ConditionalPolicy

gate = ExecutionGate(db_path="agentcop_gate.db")

# Hard-deny shell access
gate.register_policy("shell_exec", DenyPolicy(reason="shell access prohibited"))

# Rate-limit web search to 10 calls per minute
gate.register_policy("web_search", RateLimitPolicy(max_calls=10, window_seconds=60))

# Allow file writes only to /tmp
gate.register_policy(
    "file_write",
    ConditionalPolicy(
        allow_if=lambda args: str(args.get("path", "")).startswith("/tmp/"),
        deny_reason="writes outside /tmp are not permitted",
    ),
)

# Use as a decorator
@gate.wrap
def my_tool(path: str) -> str:
    ...

# Audit log
for entry in gate.decision_log(limit=50):
    print(entry["tool"], entry["allowed"], entry["reason"])

ToolPermissionLayer

Declare what each agent is allowed to do — everything else is denied by default.

from agentcop.permissions import (
    ToolPermissionLayer,
    ReadPermission, WritePermission,
    NetworkPermission, ExecutePermission,
)

layer = ToolPermissionLayer()

layer.declare("data-pipeline-agent", [
    ReadPermission(paths=["/data/*", "/tmp/*"]),
    WritePermission(paths=["/tmp/*"]),
    NetworkPermission(domains=["api.openai.com"], allow_subdomains=True),
])

result = layer.verify("data-pipeline-agent", "file_write", {"path": "/etc/shadow"})
# PermissionResult(granted=False, reason='path /etc/shadow not in allowed paths')

# Attach to a gate to enforce automatically on every call
layer.attach_to_gate(gate, agent_id="data-pipeline-agent")

AgentSandbox

Wraps agent execution with active syscall interception — patches builtins.open, urllib.request.urlopen, subprocess.run, and requests.Session.request while active.

from agentcop.sandbox import AgentSandbox

sandbox = AgentSandbox(
    intercept_syscalls=True,
    allowed_paths=["/tmp/*", "/data/read-only/*"],
    allowed_domains=["api.openai.com"],
    max_execution_time=30,   # raises SandboxTimeoutError if exceeded
)

with sandbox:
    result = your_agent.run(task)
    # open() to a path outside allowed_paths → SandboxViolation
    # HTTP to a domain outside allowed_domains → SandboxViolation

ApprovalBoundary

Human-in-the-loop gate for high-risk actions. Auto-approves below the threshold, holds and notifies above it.

from agentcop.approvals import ApprovalBoundary

boundary = ApprovalBoundary(
    requires_approval_above=70,
    channels=["cli"],          # "cli", "webhook", "slack", or dict with "type"+"url"
    timeout=300,               # auto-deny after 5 minutes
    db_path="approvals.db",    # persistent audit trail
)

request = boundary.submit("delete_database", {"db": "prod"}, risk_score=90)
# → dispatches to configured channels, blocks waiting for decision

# From another thread or external webhook:
boundary.approve(request.request_id, actor="alice", reason="confirmed safe migration")

resolved = boundary.wait_for_decision(request.request_id)
# ApprovalRequest(status='approved', ...)

RUNTIME PROTECTED badge

Agents running the full AgentCop stack earn the RUNTIME PROTECTED designation. Pass blocked violation counts under "protected" in the badge payload — a non-zero value renders the shield with the annotation and signals that violations were intercepted at runtime, not just detected after the fact.

badge = issuer.issue(
    agent_id="my-agent",
    fingerprint=identity.fingerprint,
    trust_score=92.0,
    violations={"critical": 0, "warning": 0, "info": 3, "protected": 7},
    framework="langgraph",
    scan_count=88,
)

See docs/guides/runtime-security.md for the complete guide including CLI reference, channel setup, and identity integration.

---

Reliability Layer

agentcop v0.4.10 ships a statistical reliability engine that turns raw run history into actionable reliability scores, predictive alerts, and cross-agent cluster analysis — all with zero ML dependencies.

What it measures

Metric	Description	Weight
Path entropy	Shannon entropy of execution paths — high entropy means unpredictable branching	25%
Tool variance	Coefficient of variation in tool usage across runs	25%
Retry explosion	Normalized score from retry counts and velocity	30%
Branch instability	Hamming distance between execution paths for the same input	20%
Token budget	Per-run token consumption vs baseline — emits spike alerts at 3×	informational

All four weighted metrics combine into a reliability score (0–100) and a tier:

Tier	Score	Badge
🟢 STABLE	≥ 80
🟡 VARIABLE	60–79
🟠 UNSTABLE	40–59
🔴 CRITICAL	< 40

Quick example

from agentcop import ReliabilityTracer, ReliabilityStore

store = ReliabilityStore("agentcop.db")

with ReliabilityTracer("my-agent", store=store) as tracer:
    tracer.record_tool_call("bash", args={"cmd": "ls"}, result="file1.txt")
    tracer.record_branch("chose_path_A")
    tracer.record_tokens(input=100, output=250, model="gpt-4o")

# After several runs, fetch the report
from agentcop.reliability import ReliabilityEngine
from agentcop.reliability.store import ReliabilityStore

store = ReliabilityStore("agentcop.db")
report = store.get_report("my-agent", window_hours=24)
print(report.reliability_tier)   # STABLE | VARIABLE | UNSTABLE | CRITICAL
print(report.reliability_score)  # 0-100

Combined badge

Security trust + reliability are displayed together:

✅ SECURED 94/100 | 🟢 STABLE 87/100

Generate it programmatically:

from agentcop.reliability.badge_integration import combined_badge_text

text = combined_badge_text(trust_score=94, reliability_score=87, reliability_tier="STABLE")
# → "✅ SECURED 94/100 | 🟢 STABLE 87/100"

CLI

# Per-agent report
agentcop reliability report --agent my-agent --verbose

# Side-by-side leaderboard
agentcop reliability compare --agents agent-a agent-b agent-c

# Live refresh (Ctrl-C to stop)
agentcop reliability watch --agent my-agent --interval 10

# Export as JSON or Prometheus metrics
agentcop reliability export --agent my-agent --format prometheus
agentcop reliability export --agents agent-a agent-b --format json -o report.json

AgentIdentity integration

record_run() updates trust score automatically based on tier:

identity.record_run(run)          # STABLE +0 | VARIABLE −5 | UNSTABLE −15 | CRITICAL −30
print(identity.reliability_tier)  # "STABLE"
print(identity.reliability_score) # 87

Predictive alerts

Linear regression over the last N runs fires a SentinelEvent before metrics breach a threshold:

from agentcop.reliability import ReliabilityPredictor

predictor = ReliabilityPredictor()
predictions = predictor.predict(runs, horizon_hours=2.0)
for pred in predictions:
    if pred.sentinel_event:
        sentinel.push(pred.sentinel_event)
    # → "WARNING: retry_count likely to exceed threshold (3.0) — ..."

Prometheus export

from agentcop.reliability import PrometheusExporter

exporter = PrometheusExporter(store)
print(exporter.export(["agent-a", "agent-b"]))
# agentcop_reliability_score{agent_id="agent-a"} 87.0
# agentcop_path_entropy{agent_id="agent-a"} 0.12
# agentcop_tool_variance{agent_id="agent-a"} 0.08
# ... (8 gauges per agent)

---

TrustChain Layer

agentcop v0.4.11 ships a cryptographic trust chain that verifies every step in a multi-agent execution. Each node — tool call, agent handoff, RAG lookup, memory read — is hashed and linked to the previous one. A broken link means something changed without authorisation. Thirteen modules, zero new mandatory dependencies, Ed25519 signing when the cryptography package is present and hash-only mode otherwise.

🔐 CHAIN VERIFIED

Quick example

from agentcop.trust import TrustChainBuilder, ExecutionNode

with TrustChainBuilder(agent_id="orchestrator") as chain:
    node = ExecutionNode(
        node_id="step-1",
        agent_id="orchestrator",
        tool_calls=["web_search"],
        context_hash="abc123",
        output_hash="def456",
        duration_ms=320,
    )
    claim = chain.add_node(node)

result = chain.verify_chain()
print(result.verified)   # True
print(chain.export_chain("compact"))
# orchestrator→step-1 [hash:a1b2c3d4] [verified:true]

Multi-agent hierarchy

from agentcop.trust import AgentHierarchy

hierarchy = AgentHierarchy(sentinel=sentinel)
hierarchy.define(
    supervisor="orchestrator",
    workers=["researcher", "writer"],
    can_delegate=True,
    max_depth=3,
    final_decision_authority="orchestrator",
)

# Any adapter enforces hierarchy automatically
from agentcop.adapters.langgraph import LangGraphSentinelAdapter

adapter = LangGraphSentinelAdapter(
    thread_id="run-abc",
    hierarchy=hierarchy,   # raises PermissionError on unauthorised handoffs
)

Modules

Module	What it does
agentcop.trust.chain	SHA-256-linked TrustChainBuilder — add nodes, verify the chain, export
agentcop.trust.models	Pure-dataclass value objects: TrustClaim, TrustChain, ExecutionNode
agentcop.trust.attestation	Ed25519 signing via cryptography; hash-only fallback when absent
agentcop.trust.boundaries	ToolTrustBoundary — declare and enforce tool-to-tool data-flow rules
agentcop.trust.provenance	ProvenanceTracker — record instruction origins, detect spoofed user claims
agentcop.trust.lineage	ExecutionLineage — ordered step log, diff, JSON/Mermaid/text export
agentcop.trust.context_guard	ContextGuard — snapshot context hashes, detect injection-pattern mutation
agentcop.trust.rag_trust	RAGTrustLayer — per-document trust registry, poisoning detection
agentcop.trust.memory_guard	MemoryGuard — hash-based memory integrity, poisoning pattern matching
agentcop.trust.hierarchy	AgentHierarchy — supervisor/worker delegation graph, veto rights, quorum
agentcop.trust.interop	TrustInterop — portable agentcop.trust.v1.* claims, OpenAI/Anthropic formats
agentcop.trust.observability	TrustObserver — OTel spans, LangSmith runs, Datadog traces, Prometheus
agentcop.trust (package)	Re-exports all 28 public symbols; RAGPoisoningAlert and MemoryPoisoningAlert aliases

Adapter trust params (v0.4.11+)

All 10 adapters now accept optional trust parameters:

# Agent adapters (LangGraph, AutoGen, CrewAI, Haystack, LlamaIndex, Semantic Kernel)
adapter = LangGraphSentinelAdapter(
    thread_id="run-abc",
    trust=TrustChainBuilder(agent_id="my-graph"),  # records every completed node
    attestor=NodeAttestor(private_key_pem=key),     # signs each claim (optional)
    hierarchy=AgentHierarchy(...),                  # enforces delegation rules
    trust_interop=TrustInterop(),                   # exports portable claims
)

# Observability adapters (LangSmith, Langfuse, Datadog)
adapter = LangSmithSentinelAdapter(
    trust_observer=TrustObserver(),  # calls record_verified_chain() on run completion
    hierarchy=AgentHierarchy(...),
)

# Moltbook
adapter = MoltbookSentinelAdapter(
    rag_trust=RAGTrustLayer(),       # verifies each received post's submolt source
    trust_observer=TrustObserver(),
    hierarchy=AgentHierarchy(...),
)

All parameters default to None — existing code requires no changes. See docs/guides/trust-chain.md for the complete guide.

---

MCP Server — Scan agents directly from Claude or Cursor

pip install agentcop[mcp]

Claude Desktop (~/.claude/claude_desktop_config.json):

{
  "mcpServers": {
    "agentcop": {
      "command": "agentcop-mcp"
    }
  }
}

Cursor (.cursor/mcp.json):

{
  "mcpServers": {
    "agentcop": {
      "command": "agentcop-mcp"
    }
  }
}

Then ask Claude: "scan this agent for vulnerabilities" or "check the trust chain for my pipeline"

Available tools:

Tool	Description
scan_agent	Full OWASP LLM Top 10 scan — score 0-100, tier, and actionable fixes
quick_check	Instant 5-pattern regex check — no API call, millisecond latency
check_badge	Verify a valid agentcop security badge before trusting an agent
get_cve_report	Latest CVEs for LangChain, CrewAI, AutoGen, OpenClaw
reliability_report	Behavioral consistency metrics — entropy, drift, retry explosion
trust_chain_status	Cryptographic verification of multi-agent execution chains

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Requirements

• Python 3.11+
• pydantic>=2.7

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License

MIT