Conscience Technology
Conscience Technology

AI agents that get more reliable
while they operate

Detect hallucinations. Learn from every failure. Even inside airgaps.

The Problem

Frontier models are getting better fast, but agents in production are not. Hallucinations repeat, failures don't become lessons, and the same incidents happen again.

01

Hallucinations repeat

Even with external verifiers, the same hallucinations keep appearing

02

Failures don't become lessons

Humans must intervene every time for the system to improve

03

Learning stops inside airgaps

External tools are SaaS-only — no self-improvement inside airgaps

How CT works

Two-Tier Self-Improving System

Airgap EnvironmentFast LoopMinutes · Prompt evolutionResponse genDetect halluc.ReflectionPrompt evolveApply nowSlow LoopDays · Model trainingPattern accum.Domain evalReward → Fine-tuneAuto deploysLMHalluc. detectreward signal

The hallucination detection sLM serves as the reward signal for both learning loops. The same system evolves prompts in minutes and trains the model itself over days. All of it closes inside the airgap.

Comparison

How we differ from existing tool combinations

Existing toolsCT
Halluc. detectionPost-hoc, user sees 'retry'In-flight correction, no interruption
Learning signalDays to weeksMinutes
Airgap env.External verifier is SaaS — won't workOwn sLM — closes inside the gap
Time functionFixed performanceGets more accurate over time

For one-off verification, external LLM-based verifiers are sufficient. A system that continuously improves during operation and works end-to-end inside airgaps is a different category.

Where we focus

Industries where a single AI error leads to lawsuits, fines, or clinical risk. We validate first where accuracy and trust matter more than raw performance.

Finance

Compliance, regulatory doc verification, hallucination detection

Insurance

Loss adjustment, policy cross-referencing, evidence-based answers

Bio

Equipment monitoring, reagent management, real-time tracking

Public

Airgap environments, data sovereignty, on-premise