Prove Your AI AgentActually Works
Stop making claims about your AI agent's performance. Start proving them. Add one decorator and your customers can independently verify everything your agent does.
Verifiable Memory
Cryptographic proof of agent memory states
Tree Root Anchoring
Merkle trees anchor all agent operations
One Decorator
Add @attest to any function
Three Types of Customer Verification
From trust to proof in minutes - let your customers verify everything your AI agent claims
Verifiable Memory
Cryptographic proof of what your agent remembers and forgets across conversations
What Gets Verified
"Customer verifies your agent correctly remembers their preferences while forgetting sensitive data"
Tree Root Anchoring
Every agent operation gets anchored to a Merkle tree root for immutable verification
What Gets Verified
"Customer independently verifies all 1,247 agent operations using a single tree root hash"
Performance Attestation
Generate zero-knowledge proofs of speed, accuracy, and reliability metrics
What Gets Verified
"Customer verifies 99.5% accuracy and <50ms response time without accessing your systems"
One Line of Code
Add verification to any function with a single decorator
Basic Performance Attestation
Add the @attest decorator to any function. Customers get cryptographic proof of performance.
# agent.py
from treeship import attest
@attest # ← Add this line
def analyze_data(data):
# Your existing code
result = process(data)
return result
# Customer gets proof automaticallyCustomer Verification
Your customers can independently verify your agent's performance using their own verification system.
# customer_verify.py
from treeship import verify
# Get proof from agent
proof = agent.get_proof()
# Verify independently
is_valid = verify.check(proof)
if is_valid:
print("✓ Agent verified")
# No trust needed - math proofReady to Build Customer Trust?
Join the waitlist to get early access to the Treeship Proof Engine and start building verifiable AI agent functions.
Join the Waitlist
Get early access to Treeship ZK module