Every Change, Computable
Track, branch, diff, and merge every engineering change across the digital twin. From P&ID revisions to procurement shifts to schedule impacts — one platform, one auditable thread, zero lost context.
Part of the Konnect xD Ecosystem · Enterprise SSO · Full i18n (EN/中文)
The Gap Between Paper MOC and Digital Reality
The Chaos of Current MOC
The Computable Paradigm
From Detection to Approved Change
Ingest & Detect
DEXPI parser auto-detects P&ID changes. Schedule imports flag drift. Vendor bids surface material deltas. Every data source feeds the digital thread — changes are caught at the point of entry, not weeks later via a transmittal.
Branch & Analyze
Create an isolated workspace — a sandbox where changes can be explored without corrupting the baseline. Tag Delta analysis shows property-level diffs. AI computes cross-domain impact across engineering, procurement, and construction.
Review & Merge
Risk-rated Merge Request with multi-stakeholder approval workflow. Linked Variation Orders. Once approved, changes formally merge into the baseline digital twin with full provenance — who changed what, when, and why.
Four Pillars of Computable MOC
Change Control Tower
Cross-workspace conflict detection, digital thread drift tracking, and impact velocity metrics. AI-driven Impact Summary identifies hot tag conflicts and flags risks before they cascade across domains.
Merge Requests (MOCs)
Every Management of Change ticket is a formal Merge Request with risk levels (HIGH/MEDIUM), multi-stakeholder approval progress bars, and linked Variation Orders. Branch → main workflow with full audit trail.
Forensic MOC Log
Network graph visualization of every branch, commit, and merge in the digital thread. Every author, every timestamp, every rationale. Full provenance audit trail for regulatory compliance.
Data Governance
Data Trust Score (target 88%+), Active Quality Rules across TAG, SCHEDULE, and PROCUREMENT domains. Import Log, Lineage Explorer, and automated quality scans ensure thread integrity.
See It In Action
MOC-042: Upgrade Cooling Water Pump P-204A
baseline/master from moc/042-cooling-pump-upgradeDEXPI parser identified a larger capacity pump (P-204A) in the latest P&ID revision. Automatically extracted new parameters and connections. Requesting technical review before merging into the baseline digital twin.
Connected Across Every Domain
Computable MOC isn't a standalone tool — it's the change control layer that spans every functional workspace in the Konnect xD ecosystem.
Engineering
Ingest P&ID revisions, detect tag changes, and analyze engineering impact before changes propagate.
Procurement
Reconcile engineering demand against vendor supply. Surface material deltas before purchase orders are committed.
Schedule
Simulate construction schedule impacts of engineering changes. See how a pump upgrade shifts your critical path.
Construction
Track fabrication and installation progress. Gate engineering changes until construction is ready to receive them.
Claims & Risk
Every approved MOC creates an auditable paper trail. Link changes to claims and variation orders automatically.
Purpose-Built for Complex Heavy Engineering
FPSO Modules
Modular construction yards where a pump upgrade on the topsides P&ID cascades to 3D piping models, material take-offs, and fabrication schedules simultaneously. Computable MOC catches every ripple before it reaches the yard.
Shipbuilding
Complex vessel programs with interlocking system boundaries. When a main engine specification changes, the affected sub-systems, pipe routings, and electrical loads are automatically flagged across all engineering branches.
Industrial Plant
Refinery turnarounds and greenfield EPC projects where MOC discipline is critical for safety compliance. Every change is tracked, risk-rated, and approved through a formal digital workflow — not buried in an email chain.
Enterprise-Grade Architecture
Built for industrial-scale change management with graph-native data, AI-powered analysis, and industry-standard interoperability.
Ready to Make Every Change Computable?
We're inviting engineering teams to pilot Computable MOC on their own projects. Full access, direct feedback channel, and a seat at the table as we shape the future of change management.