The first fully stable release of Traceable — production infrastructure verified, staging and production environments in complete structural parity, and all pre-launch security requirements met.

Two critical bugs in the Bill of Materials traceability flow were identified and resolved. Both prevented operators from creating traceability records, and neither surfaced a clear error message — they failed silently with a generic error toast.

A major Document AI update covering bulk batch processing, ten functional bug fixes, fifteen security hardening items, and improved document type routing — all validated by an expanded integration and unit test suite against real compliance document formats.

Internal compliance audit for EV, LMT, and Industrial battery DPP requirements completed, along with a combined GDPR and security audit covering data handling, access controls, and infrastructure. All critical and high-priority findings resolved prior to platform launch.

Dependency security audit completed, vulnerabilities resolved, and a platform-wide AI kill switch added for operational resilience.

Quality assurance pass covering LMT battery template accuracy, GS1 Digital Link persistence, PDF export reliability, and form validation improvements across all five battery categories.

A broad set of improvements to the DPP creation wizard covering ESPR compliance gating, eight new EV battery fields, a redesigned step order, and a range of UX improvements including date pickers, country dropdowns, and company profile auto-fill.

Production hardening release focused on authentication security, supplier data isolation, and a range of critical bug fixes surfaced during pre-launch testing.

Reliability improvements including database connection hardening, offline state detection, a feedback widget, code quality tooling, and a QR code retry mechanism.

Pre go-live QA release incorporating unsaved changes protection, session management, AI model resilience, trial management, and significant performance improvements — server bundle size reduced by 63%.