WYRMData
Plan, price, and procure your AI infrastructure in one workspace. Tell us the workload; we deliver the rack design, the kW budget, the BOM, the colocation shortlist, and the RFQs — deterministic and auditable from spec to installed rack.
WYRM Data is the engineering sibling of WYRM MEP. Pair them in the WYRM Engineering bundle — £250/seat for both, saving £50. Drawing automation is metered usage on top of the full tier.
What WYRM Data is
From workload spec to installed rack. One workspace.
WYRM Data is the planning and procurement layer for AI infrastructure. Hardcoded rules, an auditable spec, a 3D viewer of the build, a verified colo shortlist, and RFQs that come back as structured quotes — not a stack of PDFs.
Workload in. Spec out.
Type a sentence ("fine-tune a 70B model, two trainees, London, under £8k/mo") or fill the form. WYRM parses your intake into a structured spec you can edit. The model listens at the door — it never decides what to build.
Algorithmic rack recommender
Pure rules pick the GPUs, server chassis, CPUs, memory, networking (InfiniBand or Ethernet sized to GPU count), cooling strategy (air vs liquid by density), rack count, total kW, and a full BOM. Every output is auditable, versioned, reproducible.
Colo + vendor RFQs that close the loop
Filter 60 verified UK + EU facilities (Equinix, Telehouse, Digital Realty, Kao, Virtus, Pulsant, Ark, Interxion, Maincubes, NTT, EdgeConneX, K2) by Tier rating, kW per rack, network carriers, and certifications. Fire RFQs to colos and OEMs; replies parsed into comparable line items — not PDFs to chase.
3D rack viewer, before you sign
See the recommended build slotted into U-positions in a real cabinet. Click a chassis for the BOM. Click a GPU for tuning recommendations — driver, container, BIOS settings, perf flags — drawn from a curated knowledge base.
See it live
Your data hall, before you sign the contract.
A scale model of a working cold-aisle: server cabinets, top-of-rack switches, overhead fibre tray with traffic moving through it, CRAC unit, raised-floor grilles with cooled air rising into the racks. Click anything to inspect its sizing, throughput, thermal envelope, and the standards it's bound to.
drag · scroll · click
Enterprise+ · CFD airflow + thermal modelling
A locked CFD screening run, rendered live.
WYRM's integral calculation build doesn't stop at the rack spec. This is an orbitable, design-stage CFD screen of a representative 42U / 30 kW GPU rack in an uncontained cold-aisle: supply air drawn off the floor tile, warming front-to-back through the servers, exhausting into a buoyant hot-aisle plume, with a fraction recirculating over the rack top. The temperature field, the streamlines and the read-out are all computed from one deterministic engine — the picture and the numbers can never disagree. Inputs are locked and the output is indicative screening, not a certified solve — a proof of the method, not a toy.
Max rack inlet
28.8 °C
Rack ΔT
15.6 °C
Recirculation
44 %
Air provisioning
0.71×
ASHRAE allowable A1 (≤32 °C) · k-ω SST (low-Re, near-wall resolved) · 1,008,126 cells, 600 iterations. Locked, indicative design-stage screening over a representative 42U / 30 kW rack — not a certified solve.
How it works
Four steps; the loop closes on the fourth.
No black-box recommendations, no hand-stitched spreadsheets, no 'let me get back to you on power and racks' from three different suppliers. The rule engine returns a build you can audit, and the RFQs come back parsed.
1. Tell us the workload
Free-text or the structured form. We parse it into an editable spec — workload type, GPU count, memory, networking, redundancy, geography, budget.
2. Get the build
The rule engine returns hardware down to the SKU — GPUs, chassis, CPUs, memory, networking, cooling, rack count, total kW, BOM. Pure functions, no black box.
3. Pick the home
Shortlisted UK + EU facilities ranked by power density, Tier rating, carriers, certifications (ISO 27001, SOC 2, PCI DSS, ISO 50001), and geographic fit to your spec.
4. Run the RFQs
Dispatch to colos and hardware vendors in one click via Resend. Quotes come back through plus-address inbound, get parsed into a structured comparison view.
Operator · data.wyrm.ai
liveBuild · spec · region · quotes
Rack · 42 U · front
0 / 9 components placed
Specification
16× H100
SXM5 80 GB · NVLink 4.0
14.2 kW
one rack · air cooled headroom 6 kW
£7,840 /mo
colo + power + remote-hands + bandwidth
£382k
hardware + install + cabling · 36-mo amort
200 G IB
non-blocking · 25 G Ethernet front-side
100 TB NVMe
Pure //S · 12 GB/s read sustained
Kao Park · Harlow
United Kingdom · LON-N
- Tier III · 50 kW/rack capacity (you draw 14.2 kW)
- ISO 27001 · SOC 2 · PCI DSS · ISO 50001
- Sub-2 ms to LINX, LON1, LON2 internet exchanges
- Room to grow to 4 racks within the same suite
Kao Park
PendingHarlow
Power-included tariff · 30 A circuits
Equinix LD8
PendingSlough
ECX Fabric · cross-connect bundle
Telehouse North Two
PendingDocklands
Carrier-dense · 280+ networks on-site
Who WYRM Data is for
Four buyers. One platform that respects each of them.
Pro buys the rule-bound recommender, the colo and vendor surface, and the RFQ loop. Enterprise unlocks the clearance-aware design pipeline for the MEP and data-centre design firms who'll actually draw the room.
AI startup CTOs and founding engineers
First training cluster, first colo move, or stepping down from cloud bills that doubled overnight. Get a plan you can act on by Friday.
ML and data-science leads
Right-size training and inference capacity without overbuying. Communicate a spec to vendors that doesn't change shape every meeting.
MEP and data-centre design consultancies
Enterprise turns the rule-bound spec into a clearance-aware 2D + 3D layout with Revit and AutoCAD round-trip. The compute brief becomes a physical drawing set.
Enterprise procurement teams
One RFQ standard across regions and hardware generations. Comparable quotes back, audit trail intact, no spreadsheet archaeology.
Enterprise and Enterprise+
When the rack design becomes a drawing set.
For data-centre design consultancies, MEP engineers, and hyperscaler procurement teams. The same rule-based spine extends from rack design into clearance-aware layouts, CAD round-trips, CFD airflow and thermal modelling, and a design-stage energy build-up — the engineering substrate WYRM MEP is built on.
Layout planner with manufacturer clearances
Full · £150/moAlgorithmic 2D and 3D layout from the same rule discipline as the recommender. Clearance rules, manufacturer family libraries, hot/cold aisle topology.
Revit + AutoCAD Interface
Full · £150/moImport the colo's building model, export the rack design and clearance envelope. The MEP team gets a real CAD object, not a PNG.
Revit plantroom populator
Enterprise+ · meteredGenerate the M&E plantroom — chillers, CRAHs, pumps, valves — sized to your rack design's kW and cooling strategy. Metered subscription: monthly allowance of populate runs included, with additional usage available at a per-call rate.
Clash-free pipework routing
Enterprise+ · meteredAuto-route chilled water, condensate, fire suppression, and power containment around every obstacle. Clash detection runs on the output before you ship the drawings. Metered subscription with additional routes on top.
CFD airflow + thermal modelling
Enterprise+ · meteredRun hot/cold-aisle CFD on the rack layout — rack-inlet temperatures, containment effectiveness, hot-spot and recirculation risk — from the same rule-based spine. The thermal model validates the cooling strategy before a single CRAH is ordered.
Design-stage energy + PUE
Enterprise+ · meteredScreen the design's energy and PUE envelope and produce the Design Stage EPC / SBEM build-up for the building shell. Design-stage screening, cited and versioned — not a lodged certificate.
Drawing-automation modules sit on top of the £150/mo full tier as LemonSqueezy metered subscriptions: each module ships with a monthly allowance of populate runs / route runs, and additional usage above the allowance bills at a per-call rate. The metering primitive is architected from day one so nothing changes when the tier opens.
Roadmap
Roadmap · where WYRM Data is going
In a series of phased releases, the goal of WYRM Data Enterprise is to produce an advanced Stage 3 MEP design package. To align with the RIBA and BSRIA BG6 requirements, WYRM will assist in the production of Revit models — not just block placeholders — alongside specifications, schedules, TM54, TM65, BRUKL, and the other items essential for submission. The aim is to reduce the stress and workload on engineers by up to 90%.
90%
target reduction in the stress and manual workload carried by MEP engineers.
The destination
An advanced RIBA Stage 3 MEP design package.
Built to the structure the industry already works to — RIBA Plan of Work and BSRIA BG6 — so the output drops straight into a real submission workflow rather than living in a silo.
What a release will help produce
Revit models — real geometry
Manufacturer-accurate families with connectors and parameters, not block placeholders. The model the MEP team actually coordinates from.
Specifications
NBS-aligned M&E specifications generated from the design data — kept in lock-step with the model as it changes.
Schedules
Equipment, valve, and load schedules pulled live from the model. No re-keying, no drift between drawing and table.
TM54
CIBSE TM54 operational energy prediction from the populated systems — modelled in-use performance, not just compliance.
TM65
CIBSE TM65 embodied-carbon assessment of the M&E plant, computed from the scheduled equipment.
BRUKL
Part L compliance output (BRUKL) generated alongside the design so submission isn't a separate scramble.
An example: the specification it writes
Each tab is a piece of M&E plant a release populates into the Stage 3 specification — sized to your rack design's kW, cooling strategy and fault levels rather than dropped in from a generic template.
crac-chiller-spec-r2.docx
Ready to export
CRAC & chilled-water plant specification
Hall 2 — N+1 chilled-water cooling · 1.20 MW IT load · ASHRAE A1
Illustrative mock. Each item is populated from the same rule discipline as the rack recommender — sized to your design's kW, cooling strategy and fault levels. Switch tabs to flip between the M&E plant a release writes into the Stage 3 specification.
Phased releases — the rule-bound recommender and 3D rack viewer ship today; the clearance-aware layout pipeline and Revit / AutoCAD round-trip are live in Enterprise; the full Stage 3 package with specifications, schedules, and compliance outputs builds out over the releases that follow.