Tools, model checks and content for Autodesk® Revit® software, built for teams delivering hyperscale, colocation and AI data centers. We cover racks, power, cooling, campus repetition, prefab and handover.
30 minutes, free. Within 2 business days of the call you get a written scope with a fixed price for a pilot or first phase, and an estimate range for anything bigger.
NDA before any fileYours after a quick review, or our mutual NDA
Your code, your IPCustom work assigned to you once paid
Published pricesFixed price agreed in writing first
Written acceptance testYou test it on your model before you sign off
Six public facts, each linked to its source, that explain why data center models need tools, not more clicking.
A planned Louisville, Kentucky campus includes seven data center buildings of about 219,534 sq ft each. When buildings share a design, every fix to the prototype has to reach every copy.
Fix it once in the tool, not seven times in the models.
per rack for current AI systems such as NVIDIA GB300 NVL72. Air cooling becomes impractical above about 50 kW per rack.
Content built for 10 kW air-cooled halls doesn't fit.
of the 7,481 MW under construction in primary North American markets in the first half of 2026. CBRE also notes that delays from converting to liquid cooling can extend beyond six months.
Late design changes cost time nobody has.
built on 2 MW skids by DPR Construction, saving just under 15,000 onsite electrician hours (about $1.8M), as the contractor reports.
Every skid and spool needs sheets, numbers and a bill of materials.
COBie is required project by project, through the contract. When it is, every asset needs the owner's fields filled in before turnover.
If Revit asset tags don't match the owner's register, someone re-types them.
added rule-based numbering schemas that can apply to any element. What's left is owner ID schemes that span models, buildings and the DCIM system.
We use native features where they fit and build only what's missing.
Each one can start as a fixed-price pilot ($750–$1,500, an estimated 1–2 weeks) and grow into a full add-in or cloud job when it proves itself on your model.
| Task | What the tool does | Who uses it |
|---|---|---|
| Rack rows & IDs | Places racks by row and pod from a table, sets aisle direction, assigns IDs to your scheme (for example DH1-A-03), and flags spacing below the clearances you set. | Architects, MEP designers, owners |
| Containment | Builds hot- or cold-aisle containment panels, doors and roofs from the rack rows, with a panel and door list. | Designers, general contractors (GCs), containment installers |
| Power path & A/B feeds | Compares your one-line equipment list with the model. Writes upstream IDs, voltage and feed (A or B) to each rack, RPP and PDU, flags orphans and mismatches, and colors views by path. | Electrical engineers and contractors, commissioning agents |
| Load roll-ups | Adds up rack kW per row, hall and feed, and compares the total with the design IT load you enter. | Electrical engineers, owners |
| Air-side cooling | Places, tags and schedules CRAH or fan-wall units using the unit count, capacity and redundancy rule (N+1, N+2) your mechanical engineer provides. Flags halls where the capacity entered is below the load entered. | Mechanical engineers and contractors |
| Liquid cooling | Places CDUs per rack group and lays out manifolds from your engineer's rules. Compares the CDU capacity value in the model with connected rack kW and flags differences for your engineer to review. | Mechanical engineers, piping contractors |
| Tray & busway checks | Calculates fill against the limits your engineer sets and flags overfill and separation issues for review. | Electrical and low-voltage teams |
| Campus copies | Copies a prototype to each building, sets coordinates, re-IDs assets (for example B2-DH1-A-01) and rebuilds sheets per building. | Owners, architects, GCs |
| Sheets per hall | Creates views, sheets, tags and schedules for every data hall from a sheet list. | Architects, engineers, BIM service providers |
| Prefab skids & spools | Assembly and spool sheets with numbering, bill of materials, weight and QR codes, plus cut-list export. Weights come from the model and are for estimating and logistics only, not for rigging or lift plans. | MEP trade contractors, prefab shops |
| Owner-standard QA | Checks names, parameters and asset data against the owner's standard, in Revit or on IFC files with IDS, and scores each model. | Owners, BIM managers |
| Handover & DCIM | COBie field checks, Autodesk Tandem mapping, DCIM import files and mismatch reports. | Owners, operators, GCs |
Our tools apply rules and values that your engineer of record provides. Their outputs are drafting and data aids, not engineering calculations, code-compliance reviews or sealed documents. Your licensed professionals review the results and remain responsible for the design.
We don't offer engineering design, calculations of record, code-compliance certification or stamped drawings. When a tool flags something, it's a flag for your engineer to review, not a judgment.
A data hall can hold hundreds of racks, and every density change moves them. Placing, numbering and checking them by hand is slow and easy to get wrong. A tool does it the same way every time, and does it again in seconds when the layout changes.
The example scheme from our demos. We use your owner's scheme if you have one.
| ID | What it means |
|---|---|
DH1-A-03 | Data hall 1, row A, position 03 |
RPP-1A-01 | Remote power panel 01 in hall 1, path A |
RPP-1B-01 | Its pair on path B |
B2-DH1-A-01 | The same rack position in building 2 of a campus |
Every rack carries both feeds: DH1-A-03 is fed from RPP-1A-01 on path A and RPP-1B-01 on path B.
The one-line diagram and the Revit model drift apart. Upstream IDs and feed data get re-typed by hand, and the errors show up at commissioning. A power path check compares the two and tells you exactly where they differ.
AI racks are pushing halls from air to liquid cooling. That adds CDUs, secondary loops and rack manifolds, and many content libraries don't have them yet. Our tools place, tag, schedule and compare. They don't size equipment.
Need the families first? The data center Revit kit (Extended tier) includes CDU, in-row CDU, manifold and rear-door heat exchanger families.
Campuses are often one prototype built many times. Re-creating each building by hand adds errors and days of setup. A campus tool copies the prototype and gives each building its own IDs, coordinates and sheets.
B2-DH1-A-01Runs as a C# add-in, or as a cloud batch job with Autodesk Platform Services (APS) when many models need the same change. Some APS usage is metered and billed by Autodesk to your account. We estimate usage before we build.
Prefab moves electrical rooms, pipe racks and cooling skids into the shop. Each assembly still needs numbered sheets, a bill of materials and a way to track it from release to install. We generate them from the coordinated model.
About weights: weights come from the model and are for estimating and logistics only, not for rigging or lift plans.
Operators need rack, power and cooling data in their own systems on day one. We check the model's asset data, fill the gaps and export it in the formats the owner asked for.
Finds equipment with missing or duplicate COBie fields, then builds a fill list your team or ours completes from submittals.
Maps your shared parameters to the owner's Autodesk Tandem facility setup, so asset data arrives where operations will look for it.
Racks, positions, power connections and A/B feeds in the import format your DCIM vendor accepts, plus a report of mismatches between DCIM and the model.
Handover packages $2,500–$6,000. Larger integrations are quoted as a build ($4,000–$15,000). Handover service details
Hyperscale and colocation owners publish strict rules for names, parameters and asset IDs. We turn those rules into checks that run in Revit, or nightly in the cloud, so problems show up the week they happen, not at turnover.
We review your model by hand against your standard and data center rules, then gives you a fix list in priority order. $500 per model, an estimated 3 business days after access.
| Your role | Common problems for this role | We recommend starting with |
|---|---|---|
| GCs, CMs and VDC teams | The same clash matrix every week across many halls. Checking owner deliverables before turnover. | A clash automation pilot, or a model health check on the current models |
| MEP engineers and trade contractors | The one-line and the model out of sync. Spool and skid sheets drawn by hand. | A power path check pilot, or a prefab sheet pilot |
| Architects | Hundreds of sheets per hall. Copying a prototype across a campus. | A sheets-per-hall pilot, then a campus copy add-in |
| BIM service providers | The same production task repeated across many client projects. | A pilot tool delivered under your NDA as your subcontractor |
| Owners and developers | Models that miss the owner standard. Asset data that arrives late or incomplete. | Owner-standard checks, a handover package, or the Revit kit matched to your standard |
Vendor-neutral content for white space, gray space and liquid cooling, with shared parameters and schedules already set up. Built to order and delivered in an estimated 2–4 weeks.
$2,500
$4,000
$6,000
The kit is licensed, not sold outright: a permanent license for your firm to use and change it on any project. Changes we make to fit your standard are yours. Prices exclude any applicable taxes.
Three small demos run the same logic our Revit tools apply, on sample data.
Number racks to a hall-row-position scheme like DH1-A-03 and see what changes when a row moves.
Compare a rack list with a one-line list and see which racks are missing a feed or point to the wrong panel.
DemoBuild a sheet list for every data hall and building from one naming rule.
Browser demos with sample data, not client work. Recorded Revit demos will be added as they're published.
SS Technologies is a remote company. We have no local offices and don't claim local clients in any of these markets. We can support, remotely, teams building in Northern Virginia, Dallas–Fort Worth, Atlanta, Phoenix, Columbus, Chicago, California and Kentucky, and in newer frontier markets such as Indiana, the Carolinas, Louisiana, Wisconsin and Michigan.
Written replies within one US business day. Live calls scheduled within US business hours by arrangement, on Teams, Zoom or Google Meet. A short demo every week while we build.
Power-limited Silicon Valley halls, phased projects in the Los Angeles area, large campuses under environmental review, and new state reporting rules. What fits, and what a model can't do.
Seven data center buildings on one Louisville campus, a 1.8 GW project planned in Paducah, and proposals across the state. Campus replication and prefab for a tight labor market.
No. Our tools apply rules and values that your engineer of record provides. Their outputs are drafting and data aids, not engineering calculations, code-compliance reviews or sealed documents. Your licensed professionals review the results and remain responsible for the design.
Yes. That's the point. Send us the owner's naming, parameter and asset ID rules on the scoping call. We turn them into checks or tools that follow them, and we use your ID scheme instead of ours.
Full Autodesk Revit or the AEC Collection. Revit LT doesn't run add-ins or Dynamo. Clash automation needs Navisworks® Manage. Shared dashboards need Power BI licenses for viewers. Cloud jobs may incur APS usage fees, billed by Autodesk to your account.
Yes, with access you grant. We can work in a project in Autodesk Forma (formerly Autodesk Construction Cloud). On the scoping call we agree who supplies the Revit seat and the Forma Design Collaboration entitlement for that work.
SS Technologies is a remote company. Before any file changes hands, we confirm in writing our registered entity and where your data would be accessed from, so you can check it against your contract (for example, US-persons-only access, background checks or CUI). If your project restricts who can see files, tell us on the scoping call.
No. Before any file changes hands, we sign an NDA: yours, after a quick review, or our mutual one. We never name your company or project publicly without written permission.
Fair question. We started in October 2026 and don't have client references yet. You don't have to take a big risk to find out: start with a $500 model health check, or a fixed-price pilot with a written acceptance test. If the pilot doesn't pass the written acceptance test on the agreed Revit version, we fix it at no charge. If it still doesn't pass within 10 business days of your test report, we refund the pilot fee in full. This doesn't cover changes to the scope, the test model or the Revit version after the scope is signed.
Revit 2024 through 2027, and 2023 on request. If your team runs several versions, we build and test an installer for each. Kit content is built in the oldest version you run, so it opens in every later one.
Show us one task your team does in every hall or every building. Within 2 business days of the call you get a written scope with a fixed price for a pilot or first phase, and an estimate range for anything bigger. No obligation.