Construction evidence, managed for the life of the asset.

MPS was founded in 2020 to fix a recurring commercial problem in regulated pipeline and piping construction: critical project information is created by many different participants, stored across disconnected files and systems, and reviewed too late to prevent documentation, quality, and closeout failures. By the time anyone reads the records, the people who could explain them have moved on — and the evidence is gone.

Construction is manufacturing in an uncontrolled environment. MPS exists to impose process discipline on it. We built MPS because most of the industry still doesn't work that way — and the records show it.

MPS began as a consulting practice — organizing construction and quality information, stabilizing difficult records, and rebuilding closeout packages that should never have failed. That work proved a central conclusion: document quality cannot be reliably repaired at the end of a project. Closeout depends on controlling the flow of information from procurement and construction through inspection, testing, acceptance, and turnover.

The response was to convert the method into a platform. MPS-JobBook is a gate-based construction-quality and lifecycle-information system for regulated pipeline and piping projects. Platform development has run continuously since 2021, across four development generations, with MPS retaining the industry architecture, schemas, process definitions, and validation logic throughout.

MPS-JobBook is an evidence-aware validation and reporting platform for regulated pipeline records, using applicability-driven rules, versioned canonical definitions, explicit uncertainty states, and fail-closed reporting controls. The architecture is designed for deployment-isolated customer environments.

The platform is now integrating drone-based inspection data into the same gate structure. Drone captures enter at the gate where the work is performed, are validated against the same requirements as traditional records, and carry their provenance through closeout.