correctover-crewai 0.1.0

Recomputable verification adapter for CrewAI — 6-dim verification, drift detection, and verified failover

correctover-crewai

Recomputable verification adapter for CrewAI agents.

What This Does

correctover-crewai plugs into CrewAI's tool-call hook system to provide:

• 6-dimension verification — structure, schema, latency, cost, identity, integrity
• Recomputable proof hashes — anyone can re-derive the verification result from the raw bytes, no trust required
• Drift detection — catch when output quality degrades across providers or over time
• Verified failover — automatic fallback to backup providers when verification fails

Quick Start

pip install correctover-crewai

from crewai import Agent, Crew, Task
from correctover_crewai import CorrectoverCrewAIAdapter, VerifierDepth

# Initialize with your Correctover engine
adapter = CorrectoverCrewAIAdapter(
    api_key="your-correctover-key",
    verifier_depth=VerifierDepth.D2,
    enable_failover=True,
)

# Register hooks globally
adapter.register()

# Use CrewAI normally — verification happens automatically
agent = Agent(role="Researcher", goal="Find accurate info")
task = Task(description="Research AI safety", agent=agent)
crew = Crew(agents=[agent], tasks=[task])
result = crew.kickoff()

# Inspect verdicts
for v in adapter.get_verdicts():
    print(f"{v.tool_name}: {v.verdict} (confidence={v.confidence:.2f})")

Recomputable vs Tamper-Evident

Feature	correctover-crewai	asqav-crewai
Verification	Recomputable from bytes	Tamper-evident signatures
Trust model	No trust needed	Trust the signer
Drift detection	Built-in	Not available
Failover	Automatic	Not available
6-dim verification	Structure, Schema, Latency, Cost, Identity, Integrity	Audit logging only

Verifier Depth Levels

• D0 (audit_only): Record events, no intervention
• D1 (bounded_repair): Low-risk automatic retries
• D2 (structured_replan): Replan with structured output constraints
• D3 (public_conformance): Generate compliance reports

License

MIT