The Spatially Driven Construction Operating System
Opsirion unifies digital twin, workflow execution, engineering, field operations, and data intelligence into one platform — purpose-built for the speed, scale, and complexity of hyperscale builds.
From site → building → floor → room, every task, drawing, asset, and inspection lives in a single zone-linked model — so PMs, engineers, supervisors, and technicians all work off the same source of truth.
Bringing Opsirion to your hyperscale program?
Core Pillars
Six functional pillars working off a single spatial source of truth — Digital Twin, Workflow Engine, Engineering Suite, Field Operations, Data & Reporting, and Collaboration. All scoped against a real hyperscale pilot.
Digital Twin (3D / Spatial Layer)
3D project visualization with zone-based structure — site → building → floor → room — plus asset mapping, navigation, and multi-overlay views (engineering, safety, workflows).
Partial — Pilot ReadyWorkflow & Task Engine
Zone-linked tasks with full lifecycle (planned → ready → in progress → complete), trade dependencies, blocking logic, and conflict detection across overlapping crews.
FunctionalEngineering Suite
Version-controlled design overlays with notes, issues, RFIs, redlines, approvals, and dimensioning. CAD/PDF upload with trade filtering and revision tracking.
Partial — In WiringBuilt for Hyperscale
Opsirion is purpose-built for hyperscale data center construction — and the trades, GCs, and infrastructure programs delivering it. One spatial model, one workflow engine, one source of truth across every discipline on the campus.
Hyperscale Data Centers
Primary focus. Multi-building campuses with thousands of zones, dense trade overlap, and aggressive schedules.
Mission-Critical Facilities
Enterprise data halls, colocation, and edge sites where uptime, traceability, and compliance are non-negotiable.
Power & Substations
On-site power yards, substations, and switchgear builds tightly coupled to the data center delivery program.
Fiber & Connectivity
Inside-plant cabling, MMR rooms, and intra-campus fiber routes mapped against the spatial model.
Mechanical / Cooling
Chilled water, CRAC/CRAH, and immersion cooling installs coordinated zone-by-zone with electrical and structural trades.
GC & Trade Partners
General contractors and specialty trades working hyperscale programs that need a shared, real-time source of truth.
Adjacent to hyperscale? GC, EPC, MEP, controls, or commissioning team? We want to talk.
System Architecture
Seven pillars working as one platform. Every feature attaches to the same spatial model — so a photo, a workflow, a redline, and a KPI all share the same zone, building, and project context.
Digital Twin Layer
Spatial backbone of the platform. 3D visualization, zone hierarchy (site → building → floor → room), asset mapping, and overlays for engineering, safety, and workflows.
Workflow Engine
Zone-linked tasks, lifecycle states, dependencies, blocking logic, and trade-overlap conflict detection across the entire program.
Engineering Suite
Version-controlled design overlays, RFIs, redlines, approvals, dimensioning, CAD/PDF intake, and trade filtering.
Field Operations
Mobile capture for crews — geo-tagged photos, custom forms, daily reports, issue logs, and safety incidents bound to the spatial model.
Data & Reporting
Project dashboards, activity feeds, KPI tracking, exportable reports, and real-time analytics across every zone and trade.
Collaboration Layer
Comments, mentions, role-based notifications, and full activity logs that keep PMs, engineers, supervisors, and technicians in sync.
Enterprise Systems
Procurement, budgeting, cost & vendor management, scheduling integrations, and external data feeds. Targeted post-pilot.
One Spatial Source of Truth
Every pillar shares the same zone hierarchy, asset registry, and workflow graph. No exports, no reconciliation, no broken handoffs between office and field.
See the architecture in motion across a live hyperscale build.
Build Trajectory
Honest, dated milestones — from pilot hardening through enterprise rollout. We are deliberately scoping for the first hyperscale partner before expanding.
Pilot Hardening
🛠️ Active Build
Closing critical security gaps, stabilizing the Digital Twin under load, hardening data integrity, and polishing the mobile field experience for the first hyperscale pilot.
Key Features:
Pilot Launch
🚀 First Hyperscale Pilot
Limited deployment with one hyperscale partner. Core spatial model, workflow engine, engineering markups, field capture, and reporting in production use on a real campus.
Key Features:
Pilot Expansion
📐 Engineering & GIS Depth
Full CAD/DXF/DWG round-trip, advanced markup tools, snapping & measurement, MapLibre/GIS overlays, and richer scheduling integrations. Onboarding additional pilot programs.
Key Features:
Enterprise Rollout
🏢 Multi-Program Scale
Multi-org tenancy, role tiering, audit trails, white-label, and procurement / cost / vendor management modules for owner-operator and EPC deployments.
Key Features:
AI / Automation Layer
🧠 Long-Term Vision
Conflict prediction, workflow optimization, computer-vision safety detection, and program-level data insights layered on top of the spatial source of truth.
Key Features:
Want the Detailed Build Plan?
See the full feature status, pilot scope, known gaps, and 90-day priorities on the platform page.