A Project Management Office is where engineering and product delivery get coordinated: programmes, gates, resources, budgets, risks and dates. In hardware it is harder than in software, because the plan depends on parts, suppliers, tooling and test — all of which move.
What a PMO actually does
- Runs programmes and stage gates across design, validation, industrialisation and launch.
- Allocates engineers, machines and test capacity against real commitments.
- Tracks cost, schedule and risk with numbers pulled from the work, not typed into slides.
- Manages dependencies between design maturity, supply readiness and customer promises.
- Reports status that is still true at the moment it is read.
The classic PMO problem is that its data is a copy. Percent-complete becomes an opinion typed by someone guessing. When the PMO sits on the same model as design, production and quality, progress is observed rather than reported.
Natively connected, not glued together
N23D runs one data model across the whole engineering-to-delivery chain. Nothing is exported. Nothing is re-keyed. Nothing is lost in translation between vendors.
- One data model. A part, an order, a nonconformance and a task point at the same objects. No mapping tables, no nightly sync, no drift.
- No export/import loss. Geometry, tolerances, revisions and history stay intact because they never leave the system.
- Auditability by default. Every change is versioned and attributable, so traceability is a query, not a project.
- Speed. 100% Rust: native performance, small footprint, no runtime surprises.
- Sovereignty. Your data, your infrastructure, your rules. No lock-in.
Explore the platform, and the connected disciplines: 100% Rust · CAD · CAM · CAE · ERP · CRM · PLM · MES · QMS · PMO
