Commission your data centre before it exists.

Software to design, test, commission, run and maintain your data centre in one digital twin, with AI models trained on your drawings.

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The Twin LoopA data-centre power chain (utility, switchboard, UPS, PDU, rack row) at the top left and its digital twin at the bottom right, joined by two arms that form one closed loop around one model.ONE MODELSTATECOMMANDUTILITYSWITCHBOARDUPSPDURACK ROWPHYSICALUTILITYSWITCHBOARDUPSPDURACK ROWDIGITAL
Fig. 1 / The Twin Loop

Design it. Build it. Run it. One model.

  1. ?PLANMODELDesign

    Drawings in, connected model out.

    TwinDesign Design and study the facility: single lines, cooling, studies and compliance.

    TwinSync Custom AI models that turn your drawings into a connected, checked model.

  2. LADDEREMULATEDBuild

    Tested before it's built.

    Emulators + vPLC Write PLC code for any vendor, including CDU, chiller and switchgear controllers, and test it against a simulated plant.

  3. FATEMULATEDSATON SITECommission

    Same tests, on site.

    L1–L5 and integrated systems tests (IST), including liquid cooling, CDU and BESS, run on the emulated plant, then on site through phased energisation. Sign-offs kept as Tier evidence.

  4. SUPPLY kW— —RETURN °C— —LOAD %— —BMSEPMSOperate

    Any vendor, no lock-in.

    Watch and control the live facility beside your existing BMS and EPMS, with concurrent-maintainability checks before every MOP.

  5. 123MODELMOPLOTOMaintain

    MOPs and LOTO, never retyped.

    Asset register, work orders and procedures from one model.

Built for AI-era data centres.

  • Schedule57%

    of data‑centre projects ran three or more months late in 2025.

    JLL, 2026

    Find faults before site.

    Controls and sequences tested against an emulated plant before equipment lands.

  • AI load swings30–100%

    rack power draw can swing in milliseconds on synchronised AI training workloads.

    NVIDIA (vendor), 2025

    Simulate the swing first.

    GPU load transients run against UPS, BESS, generators and CDUs in the design.

  • Design risk16%

    of major human-error outages name data‑centre design issues or omissions.

    Uptime Institute, 2026

    Checked as it's drawn.

    Compliance checks and power and liquid-cooling studies run in the model.

  • Power risk45%

    of impactful outages in 2025 were power-related; UPS, transfer switch and generator failures lead the causes.

    Uptime Institute, 2026

    Rehearse the failure on the twin.

    Test every change and failure scenario on the model before it touches the live floor.

  • Procedures59%

    of major human-error outages cite staff failing to follow procedures; 36% cite incorrect procedures.

    Uptime Institute, 2026

    Procedures from the model.

    MOPs, EOPs and LOTO generated from the twin and kept current.

What the industry says

  • “Managing human error is less about eliminating mistakes and more about designing systems that anticipate and mitigate them.”

    Uptime Intelligence, 2026
  • “The nearer-term value is lower commissioning risk and faster deployment.”

    Stephen Sopko, HyperFrame Research · TechTarget, 2026

Start where you are.

  • Augment what you run

    Add AI design, emulated testing and generated procedures to the tools and systems you already have.

  • Or replace the stack

    One model instead of a chain of vendors and handoffs. No gaps between tools, nothing lost in translation.

Why on-site testing matters

Uptime finds “more than 85% of all data‑centre designs are incorrectly executed in construction.”

Uptime Institute, 2014 · Tier certification experience