Infers intent and aligns requirements and verification artifacts.
Works with your tools. Adds the missing record.
Learn why M45 exists and how it keeps the engineering record alive.
AI keeps a single, current record of what teams are building, so everyone works from the same understanding as systems change.
The first capabilities available in M45 today. Additional capabilities will follow as the system expands.
GNSS spoofing detection · Navigation fusion · Integrity monitoring · Crew alerting
GNSS receiver · Inertial navigation unit · Barometric altitude sensor · Air data computer · Spoofing detection engine
GNSS Spoofing Suspected
The system continuously monitors GNSS signal authenticity and flags anomalies that indicate a potential spoofing attempt.
Protected Mode Activation
When spoofing is suspected, the device enters a protected mode that limits reliance on GNSS and prioritizes inertial and radio navigation sources.
System Intent, Made Visible. AI extracts the intent implied by requirements and organizes it into components, functions, modes, signals, scenarios, and safety themes. The result is a visible system intent you can reason about.
This appears to be a system for providing reliable navigation and altitude information for aircraft. Its main responsibilities are assessing GNSS authenticity and fusing GNSS with onboard sensor data.
The system includes a GNSS receiver, an inertial navigation unit, a barometric altitude sensor, and an air data computer. A dedicated spoofing detection engine monitors signal authenticity, sky model consistency, and Doppler anomalies.
It operates in GNSS, navigation, altitude, protected, and alert modes. It outputs fused position, velocity, and altitude data, and raises alerts on detection of spoofing or position jumps.
In Plain Language. Based only on the provided set of requirements, AI describes what the system is and how it operates, in a way others can easily understand.
Requirements that combine behavioral statements with thresholds, limits, or timing constraints in a single sentence, violating atomicity and making verification and traceability difficult.
Combines the behavior of fusing GNSS with other sensors and the constraint of a configurable time window for detection in one sentence.
Finds the Noise. Identifies requirements that do not clearly reflect system intent or that introduce confusion, making it harder to understand what is actually being built.
Bring in additional design and architecture documents beyond requirements and generate downstream artifacts.
M45 connects to the tools that teams already use, and structures the engineering record as work happens.
in practice
Requirements, design data, tests, and safety evidence are linked across tools
System intent is inferred and updated as changes happen
Drift is detected early
Past work remains reusable, not trapped in documents
In M45, system intent is the shared understanding of what a system is meant to do, captured as a structured, versioned record.
Available to early partners.
M45 makes system intent explicit and checks whether engineering work actually matches it.
Perfect execution of the wrong system intent is the most expensive failure.
Deployment paths that match your governance requirements.
Fast, secure, no infrastructure burden.
Ideal when: simplicity, speed, and security are priorities.
Cloud application with optional controlled writes.
Ideal when: sensitive data must stay on prem while collaboration scales.
Complete control inside your secure environment.
Ideal for: programs with strict data boundaries.
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