BoundaryAI

Stop AI agents before they act. Patent Pending.

3 followers

Stop AI agents before they act. Patent Pending.

3 followers

Visit website

Compliance software

•

AI Infrastructure Tools

•

Security software

Every major AI has been jailbroken. Claude, GPT-5, Copilot. Guardrails failed because they lived inside the model. BoundaryAI sits outside the AI. Deterministic rules block dangerous actions before execution — no AI in the enforcement path, can't be jailbroken. Three domains no competitor covers: digital agents, physical machines, data governance. 148 tests, zero bypasses. Sub-microsecond. Patent Pending.

Free Options

Launch tags:SaaS•Developer Tools•Artificial Intelligence

Launch Team / Built With

Wispr Flow: Dictation That Works EverywhereStop typing. Start speaking. 4x faster.

Promoted

Maker

📌

Hey PH! I'm Suraj, founder of BoundaryAI. The Mexico breach proved Claude can be jailbroken. OpenClaw deleted 200 emails despite safety instructions. GPT-5 was broken in 24 hours. We built enforcement OUTSIDE the model. The AI can be tricked — but it still can't act. Deterministic rules, zero AI in the path. We tested against real Claude API. Every dangerous action blocked. 148 tests. Zero bypasses. Would love your feedback on the approach. boundaryai.ai

Report

5mo ago

Forum Threads

p/boundaryai

•

5mo ago

Why we built enforcement OUTSIDE the AI model

Every AI safety tool today puts guardrails inside the model prompt filtering, RLHF, Constitutional AI, output validation. They all share one flaw: if you trick the AI, the safety breaks too.

In February 2026, Claude was jailbroken and 150GB of government data was stolen. GPT-5 was broken in 24 hours. Microsoft Copilot had a zero-click vulnerability that exfiltrated files without user interaction.

We asked a simple question: what if enforcement didn't live inside the AI at all?

BoundaryAI is a separate engine. It sees only structured action data "file.delete, count=200, scope=bulk." It doesn't read prompts, context, or reasoning. Pure deterministic rules. The same input always gives the same output.

View all