Aerospace and avionics
What we prevent
Who gets in is decided by software that is tested, not proven. An attacker looks for the case nobody thought of.
01What we stop
Four failures behind breaches
- 001Two rules contradict each other, and nobody notices until someone walks through. That policy does not build; the compiler says exactly why and where.Scope-Forge
- 002A role holds more power than anyone intended. The whole role hierarchy, and every limit the author states, is checked against every possible record.Scope-Forge
- 003A stolen login token still works. A stolen IronIdP token is useless after its owner's next request: the session ends, and the attempt is logged.IronIdP
- 004A security rule erodes over years of edits. Written into the policy once, any change that breaks it fails the build and shows the record it would let through.Scope-Forge
02Why now
The untested case is found faster than ever
- 001AI searches for the case nobody tested, at machine speed. In 2026 Google's Threat Intelligence Group reported the first zero-day exploit it believes was developed with AI: a two-factor authentication bypass in a popular open-source administration tool, a logic flaw where a developer hardcoded a trust assumption. Scope-Forge exists so access logic is policy a proven compiler checks against every possible record: a proof has no untested case.Google Threat Intelligence Group, 2026Scope-Forge
- 002Intruders move within minutes of getting in. In 2025 the average eCrime breakout time, from first foothold to lateral movement, fell to 29 minutes, and attacks by AI-enabled adversaries rose 89 percent. A stolen token is useless after its owner's next request: whichever party presents the token first consumes its key, the other party's next request fails, the session is invalidated, and the attempt is logged.CrowdStrike 2026 Global Threat ReportIronIdP
- 003A token trusted until it expires is the attacker's whole window. In 2023 an attacker affiliated with the People's Republic of China used one stolen signing key to forge tokens and read email at the State Department, the Commerce Department, and a member of the House of Representatives from May 15, 2023 until the key was invalidated on June 24. Every IronIdP token is backed by a live one-time key on the server: a token that matches no live key fails, and revocation deletes the key, with no blocklist to scan.DHS Cyber Safety Review Board report, 2024IronIdP
03Sectors
Government, defense, and critical services
Energy and grid
A sign-in cannot be hijacked part way through; a replayed step restarts it clean.
AI agents
An agent's token is strictly narrower than its owner's, cannot be split again, and dies with it.
Defense and cross-domain
Set-based policies and compile-time checks apply to classification labels and cross-domain data flows.
Healthcare
Revoking every session a user holds is one step, with no blocklist.
Finance
The approver must not be the requester: separation of duties lives in the policy.
Cloud IAM
Every permission traces to its origin, so an audit scales with the change.
Space ground segment
Every check confirms a token is live now, not merely once valid.
04For policy-makers
Eight points in plain language
- 001Who gets in is decided by software, so that software has to be right.IronVelo
- 002Assurance you can audit: what is taken on trust is written down, short, and justified item by item.Core libraries
- 003No outside solver where the decision is made: the compiler answers every policy question itself.Scope-Forge
- 004Mistakes in the rules are caught before deployment.Scope-Forge
- 005Security requirements become checks the build cannot skip.Scope-Forge
- 006The same answer on every machine: a policy's meaning never depends on computer speed or solver time-outs.Scope-Forge
- 007Logins that cannot be replayed, and revocation that takes effect at once.IronIdP
- 008The same proven policy runs on data center servers and on small, low-power field and tactical equipment where size, weight, and power are tight.Scope-Forge