IEL Guard enforces AI behavioral constraints with cryptographic proof. Every action checked. Every decision auditable. Every constraint provable on-chain.
"Systems that cannot violate their purpose do not require trust."
Traditional AI safety relies on training, fine-tuning, and hope. IEL Guard enforces constraints structurally. If an action violates an invariant, it doesn't happen. No exceptions. No workarounds. No post-hoc review required.
Invariants are checked on every action. No execution path bypasses enforcement.
Every constraint is deterministic. Same inputs, same result. Always.
Merkle roots anchored to blockchain. Third-party verifiable forever.
How It Works
Define constraints, enforce them structurally, prove them on-chain.
Express your AI's purpose as machine-checkable constraints. Resource limits, scope boundaries, behavioral patterns.
IEL Guard sits between your AI and effectful actions. Every action is checked. Violations produce explicit refusal states.
Merkle roots of all enforcement decisions are anchored to blockchain. Auditors can verify any decision independently.
IEL Guard provides a single, clean interface for defining and enforcing AI behavioral constraints. No complex integration. No architectural changes.
from iel_guard import IELGuard
# Create and configure guard
guard = (
IELGuard()
.add_resource_limit("memory", 1000)
.add_resource_limit("cpu", 100)
.add_scope({"read", "write", "query"})
.add_rate_limit("write", max=10, window=60)
.add_blocked_sequence(["delete", "delete"])
)
guard.seal()
# Evaluate action
result = guard.evaluate(
state={"memory_usage": 500},
action_type="write",
action_params={"memory_cost": 100}
)
if result["allowed"]:
execute_action()
else:
handle_refusal(result["violations"])
# Anchor to blockchain
merkle_root = guard.get_merkle_root()
tx = blockchain.anchor(merkle_root)Use Cases
Wherever AI makes decisions with real consequences, IEL Guard provides provable safety.
Autonomous agents need boundaries. IEL Guard ensures your agent stays within defined operational limits—provably.
Smart contract integrations need guardrails. Enforce transaction limits and rate controls with on-chain verification.
Regulatory requirements demand proof. IEL Guard provides audit-ready evidence of constraint enforcement.
Insurers need quantifiable risk bounds. IEL Guard provides cryptographic proof of behavioral constraints.
Every enforcement decision is captured in a Merkle tree. Roots are anchored to Polygon (or Ethereum) at configurable intervals. Anyone can verify that a specific evaluation occurred—without trusting us.
Pricing
Pay for what you use. Scale as you grow. Cancel anytime.
Starter
per month
Professional
per month
Enterprise
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