A Distributed Edge-Native Platform for Critical Response.
Migrating mission-critical survivor coordination from legacy monoliths to a secure, serverless ecosystem.
Client · Major Public Research University & State-Level Task Force
Infrastructure & compliance stack
Key metrics
The challenge
Where they were. Where they needed to be.
Legacy “Blaze” monoliths created data silos and 9+ hour administrative delays.
- Centralized single points of failure
- Zero horizontal scalability
- Opaque vetting with no audit trail
- Rigid schema blocking new categories
A secure, edge-distributed platform with cryptographic data integrity and statewide reach.
- Edge-distributed compute across 320+ PoPs
- Cryptographic write-ahead log with immutable history
- Granular RBAC + per-county data isolation
- Schema migrations as zero-downtime SQL edits
The approach
How the platform holds.
Sovereign Data Plane
Per-county isolation enforced at the Worker boundary. No cross-tenant reads possible.
Sub-Millisecond Resolution
Queries route to the nearest D1 replica. Survivor look-ups finish before keyboards re-focus.
Forensic Migration
Every legacy record cryptographically hashed and replayed. 100% byte-for-byte verifiable.
Statewide Operability
Elastic Worker compute scales from one county pilot to all 67. Same architecture, same cost curve.
The outcome
Built for the moment that matters.
What was previously a 9-hour vetting cycle now resolves in seconds. Counties that historically operated in isolation now share a single, encrypted survivor record — without sharing infrastructure or compromising data sovereignty.
The migration was 100% byte-for-byte verifiable: every legacy record was hashed, replayed, and reconciled with a signed audit log before cutover. Zero data loss. Zero regressions.
The platform now sits behind a zero-trust edge and scales elastically from the smallest rural task force to the largest metropolitan jurisdiction — same code path, same latency envelope.
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