SOFTWARE RECOVERABILITY
Castler captures a vendor release, rebuilds and deploys it independently, then a named engineer signs the evidence for that release.
LIVE RECOVERY RUN
STREAMINGcore-banking-platform · v9.4
java/spring · postgres · kubernetes
HOW IT WORKS
The first verification establishes the recoverability baseline. Subsequent release cycles reuse the mapped architecture and run automatically, so evidence remains current without manual scheduling.
Your team deposits the source code, build inputs, runtime configuration, and environment documentation into Castler’s secure cloud custody. Every subsequent release is captured automatically through repository integration, so the materials used for verification remain aligned with the production version.
Castler’s agentic verification engine attempts to rebuild the software from the deposit alone, without the vendor present. AI agents map dependencies, resolve toolchain requirements, compile the application, and generate the full SBOM. Missing information is flagged and routed into a structured reconciliation process.
Castler deploys the rebuilt application in a clean cloud environment and replicates the vendor’s declared production architecture: database schema, service mesh, network configuration, environment variables, and runtime services. The deployment is validated against the declared specification.
A named Castler verification engineer reviews the build report, deployment runbook, replication report, SBOM, confidence score, and exceptions. The resulting Proof of Recovery is numbered, dated, signed, and delivered to your account with a verification reference.
Initiated on demand, delivered in hours, re-run on every release
THE ENGINE
Each stage converts vendor-held knowledge into a documented, repeatable recovery capability that your team can execute independently.
Castler ingests the deposit and inventories every dependency, runtime, build toolchain, repository, and environment variable declared by the vendor. Missing dependencies are flagged immediately. The map becomes the control record for every subsequent stage.
Where the deposit is insufficient to build, the gap is recorded as an exception rather than a failure. Most gaps are closed from the deposit and repository history alone. Where a gap cannot be closed independently, Castler raises it with the depositing vendor once, and the recovered detail becomes permanent documentation rather than vendor-held memory. Every subsequent verification runs without vendor involvement.
Castler authors the Emergency Deployment Runbook for your team, not the vendor’s. It covers environment setup, database initialisation, configuration management, health checks, operating dependencies, rollback procedures, and the order in which the recovered system must be brought online.
AI agents compile the application from the deposit in a clean environment. The complete build log and SBOM are captured, every resolved dependency is recorded, and the confidence score is recalculated after each successful or failed build run.
The rebuilt application is deployed on Castler’s cloud infrastructure. Automated health checks validate service availability, API response, database connectivity, and declared operating behaviour. The runbook is executed as written and any gaps are recorded for correction.
The verified application is re-deployed on your declared production environment or a representative replica. Parity between the Castler deployment and the target architecture is confirmed. This is the final validation that recovery — not merely build — is achievable.
core-banking-engine
v9.4 · 847 SBOM
payments-gateway
v3.2 · rebuild
risk-engine
v1.8 · queued
kyc-orchestrator
v5.1 · 412 SBOM
Aurora Core · v24.11
Independently verified
SOFTWARE RECOVERABILITY
Book a 15-min Demo to discuss the verification cycle for your critical software.
Book a 15-min Demo