ApexTrack is the offline-first component lifecycle platform built for the pit lane. Scan, track, cascade, and lock out — without a network connection.
Three friction points that expose every team — regardless of budget — to mechanical risk and regulatory penalty.
Whether a critical suspension component is on a chassis, sitting in spare stock, or caught in air freight relies on manual data entry and institutional memory that walks out the door with your engineer.
A carbon-fibre wishbone rated for 1,500 km needs precise lifecycle tracking across every session, every circuit. Manually calculating wear against serial numbers invites catastrophic fatigue failure.
Modern pit garages and remote circuits suffer from notoriously unreliable connectivity. Cloud-only systems fail completely when trackside Wi-Fi drops — exactly when you need them most.
Six tightly integrated modules that replace the spreadsheet entirely — and work inside any concrete pit garage on earth.
High-density desktop dashboard giving race engineers an instant traffic-light view of component health across all active chassis. Critical parts surface first — always.
Mobile-first interface built for mechanics wearing protective gear in low-light garages. Every status update, swap, and damage flag requires zero manual typing.
Log one session record. The system automatically cascades the distance to every component assigned to that chassis in a single atomic transaction — no individual updates, no missed parts.
Every component in your fleet — from turbocharger to brake caliper — with its full identity, engineering specification, and live lifecycle status in one place.
Generate QR codes for any component and print physical label sheets directly from the platform — no external tool required. Labels attach to the part; mechanics scan them trackside.
Invite team members by email and assign roles. Permissions are enforced at every level — UI, API, and database — so the right people can only do the right things.
Mechanic scans the laser-etched QR code. Component identity, status, and remaining life load instantly — no network required.
Engineer logs one session record — chassis, circuit, distance. The platform cascades the mileage to every assigned component automatically.
Flag Damage instantly quarantines the part and blocks reassignment. Only a signed engineer inspection clears the lockout.
Remaining Useful Life is computed on every render from the engineering life limit and accumulated session mileage. It is never persisted — it is always the ground truth.
A compromised quarantine status is not a data integrity issue. It's a physical safety risk. The platform's architecture reflects this.
The quarantine lockout is enforced at the API level. No client-side override is possible — a quarantined part cannot be assigned regardless of what the UI sends.
Every status change, assignment swap, and clearance is written to an append-only log at the database permission level. Historical records cannot be modified or deleted.
Clearing a quarantine requires a named engineer to submit a signed non-destructive inspection record. Clearances are non-repudiable and permanently linked to the component.
All data is written to local IndexedDB first. The platform operates fully inside concrete garages and remote circuits. Sync happens automatically when connectivity returns.
ApexTrack scales from club racing to the top tier of international motorsport — the operational problem is the same at every level.
We're onboarding a small number of partner teams for closed beta validation. Early partners shape the product.
Request Beta AccessNo commitment required. We'll reach out within 48 hours.