Sign In Full Platform
Why EVE Core

Control, Not Monitoring

The difference between monitoring and enforcement is the difference between forensics and governance. EVE Core decides what AI is allowed to do before it acts — deterministically, in under a millisecond, with cryptographic proof.

Competitive Moat

Others Build Models.
We Control Decisions.

The difference between monitoring and enforcement is the difference between forensics and governance.

The Market
EVE Core
Others build models
EVE controls decisions
Others monitor outputs
EVE enforces before execution
Others log what happened
EVE proves what happened
Others use LLMs to check LLMs
EVE uses deterministic logic
Others add latency (100ms+)
EVE adds <1ms overhead
Others sell software
EVE sells infrastructure
Positioning

Not a Compliance Engine.
A Control System.

Capability Output Monitors LLM-Based Safety EVE Core™
Intercepts before execution No No Yes
Deterministic (no LLM in decision path) N/A No Yes
Sub-millisecond enforcement N/A No (100ms+) 0.8ms avg
Cryptographic proof per decision No No HMAC-SHA256
Works with any model / agent / API Partial Model-specific Yes
Hardware enforcement option No No FPGA-fused
In Depth

What “Deterministic” Actually Means

Most AI safety tools are themselves probabilistic. They use a second model to grade the first one’s output, which means the same input can produce a different verdict on a different day — and neither verdict can be reproduced or defended. EVE Core takes the model out of the decision path entirely. Enforcement is pure logic: 15 charter rules, 5 ethical red lines, and 6 cognitive locks evaluated against the proposed action. The same input always yields the same verdict.

That property is what makes governance auditable. When a regulator or risk team asks why a specific decision was blocked, you don’t hand them a confidence score from a black box — you hand them the exact rule that fired, the inputs it evaluated, and a signed record anyone can replay to confirm the verdict. Monitoring tools tell you what happened after the fact; a deterministic control plane decides what is allowed to happen before the action executes.

It is also why enforcement can run in under a millisecond and, ultimately, in hardware. Probabilistic checks add 100ms or more per call and cannot be fused to firmware. Deterministic logic can — the same rules that run in software today are designed to compile to an FPGA, where the control plane becomes a physical property of the system rather than a service that can be bypassed.

See where control beats monitoring

Explore how deterministic enforcement applies across regulated industries, or watch the control plane evaluate a request live.