Revolutionary Compute Panel Technology

Turning idle surfaces into intelligent data centers with interlocking compute panels, integrated liquid cooling, and DC microgrid backplane technology. Rooftops, parking canopies, blank facades, vacant floors, yards. If it has structure and power, it can earn.

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Compute
Cooling
Power
Data

Revolutionary Technology

Interlocking compute panels that transform any surface into intelligent infrastructure

Interlocking Design

Modular panels that seamlessly connect to form continuous compute fields on any surface.

Integrated Cooling

Direct-to-chip liquid cooling with dry-break couplings and optional immersion pods.

DC Microgrid

300 to 900V DC distribution with solid-state protection and renewable energy integration.

Walkable Surface

Load-bearing design supports 300+ psf for pedestrian traffic and maintenance access.

Technical Specifications

Panel Size4' × 4' × 8 to 14"
Weight≤150 lbs
Power Capacity3 to 8 kW per panel
DC Voltage380 to 800 VDC
Cooling Flow0.5 to 2.0 L/min
Load Rating300+ psf

Versatile Applications

Four surfaces shown here. The panel also goes on parking decks and canopies, mezzanines and vacant floors, basements and mechanical rooms, yards, laydown areas and substation parcels. Retrofit onto what is standing, or specified into a new build while it is still on the board.

Aerial view of a large flat commercial warehouse roof, the kind of surface a panel field is laid across

Rooftops

The largest flat surface most owners have, already structural, already served by the building's electrical service, and earning nothing today.

  • Ballasted, no penetration
  • Works around existing units
  • Roof warranty preserved
A ROSE panel array installed as the cladding on a large industrial building wall at golden hour, the ROSE mark mounted on the panel field

Building Facades

A blank elevation carries the array as its rainscreen. The panels are the cladding, not equipment bolted in front of it.

  • Rainscreen cavity
  • Weather protection
  • Front-serviceable
Students walking across a campus walkway deck built from ROSE panels at golden hour, the ROSE mark set into the deck surface

Walkways & Decks

Pedestrian surface that carries load and computes underneath it. Reversible, outside the occupied envelope, no roof to penetrate.

  • Load-bearing design
  • Integrated guardrails
  • Anti-slip surfaces
A ROSE panel array on an airport terminal facade with the ROSE mark mounted on it, an aircraft on the apron beyond

Transit & Terminals

Airports, rail and transit campuses are metered at a scale almost no other landlord has, and the headroom is real rather than nameplate.

  • Concourse and cargo elevations
  • Sub-millisecond to the workload
  • Landside or airside

Transformative Benefits

Revolutionizing how we think about data center infrastructure

Space Efficiency
Energy Savings
Installation Speed
Cost Reduction

Maximized Space Utilization

Convert unused surfaces into productive compute infrastructure without sacrificing functionality.

Energy Efficiency

Direct liquid cooling and DC distribution reduce energy consumption by up to 30%.

Rapid Deployment

Modular design enables quick installation and commissioning with minimal site preparation.

Cost Effective

Eliminate dedicated data center space costs while leveraging existing building infrastructure.

Sustainable Materials

Built with recycled aluminum and sustainable composites for minimal environmental impact.

Easy Maintenance

Top or front-serviceable design allows maintenance without disrupting adjacent panels.

What will your surface actually hold?

Two numbers is all it takes. Usable area and spare electrical service. This sizes the panel field, tells you which of the two is holding you back, and shows the working so you can check it.

Gross area of the surface. Setbacks and existing mechanical come off inside the model.

Service rating less your measured building peak. If you do not know it, put in a guess and then go measure it, because it decides the answer.

Screening only. A real number needs a roof survey and an electrical study, which is what the site brief is.

Patented Innovation

Our interlocking compute panel technology is protected by a filed U.S. provisional patent application (Application No. 64/124,031; priority date August 1, 2026), representing years of research and development in building-integrated data center solutions.

Patent Pending Technology
Industry Leading Design
Innovative Engineering

Detailed designs, performance data, BOM, and partner pricing are released only after an executed NDA. Sign the NDA →

Concept study of a ROSE panel field deployed across a stadium roof canopy, facade and pedestrian walkways
Concept study. Panel field across roof canopy, facade and walkway on a single venue.

Get your site brief

The estimator above sizes the field. The site brief is the next step, and it is a real piece of work: your roof or deck against a measured electrical service, a panel layout, the structural and thermal questions your building actually raises, and the economics. Rooftops, parking canopies, blank facades, vacant floors, basements, yards, substation parcels. Tell us what you control.

Company

ROSE COMPUTE LLC (in formation)

Team

Bill Mercer III (Founder & Inventor) · Jason Lopez (Invention Contributor) · additional invention contributors and operating partners. Meet the team

Get your site brief

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Need specs, pricing, or performance data?

Technical detail, bill of materials, and partner introductions run under a mutual non-disclosure agreement. Sign once and we will schedule a call.