THE Industrialized AI data center platform
AI data centers configured for your project.
Flexnode develops the NX, a defined building system for permanent AI facilities, and brings site, power, engineering and delivery together around it.
Illustrative rendering: NX-3 in operation
6–8 months
Targeted delivery
4.5–18 MW
Nominal critical IT, in 4.5 MW steps
Factory-built
Subassemblies, built alongside site preparation
01 · Meet the NX
One defined building system. Configured for the project.
The NX brings the compute building together with the site power, cooling and support systems a complete facility needs. The system stays consistent. The site, power, compute requirements and local context shape each deployment.
What stays consistent
A defined NX building system, repeatable design principles, core elements and interfaces give every project a common starting point.
What changes by project
Site and compute needs shape capacity, layout, power, cooling, resilience, security and the facility's local appearance.
What carries forward
Engineering and delivery experience from each project informs future design and delivery decisions.
02 · Who we work with
Different starting points. One coordinated path.
01
Compute owners
Dedicated infrastructure for your workload, with facility interfaces configured around your rack architecture.
Discuss your architecture →02
Property owners and developers
Bring a building, land or a power position. We evaluate the site and develop a practical path forward.
Bring a site →03
Partners and institutions
Structured delivery with clear roles, and a route for public-sector, research and defense requirements.
Start a conversation →03 · Coordinated delivery
From project requirements to an operating facility.
AI infrastructure is a design and construction challenge. Power, suitable sites, skilled trades and complex interfaces all affect how facilities come together. Flexnode develops the NX and coordinates site planning, engineering, manufacturing and delivery with specialist partners, bringing the pieces together around the project.
01
Requirements
Capacity, compute, location and timing.
We begin with your capacity, compute, location and timing goals. These requirements establish the foundation for the facility and its delivery plan.
02
Site and power
Land, power, connectivity and local priorities.
We bring land, power, connectivity and local priorities into focus, connecting the facility plan to the realities of the site and the community around it.
03
Engineering
The NX configured around the project.
The NX system is configured around the project, bringing compute interfaces, power, cooling, resilience, security and site conditions into one coordinated design.
04
Factory + site
Subassemblies and site preparation in parallel.
Factory-built subassemblies and site preparation move forward in parallel, then come together for installation and integration.
05
Commissioning
Integration, testing and handover.
Systems are integrated, tested and commissioned for handover, bringing the facility from installation to operational readiness.
04 · Compute compatibility
Explore the possibilities for your compute.
Pick a platform, an NX level and a rack architecture, and see how power, cooling, space and network pathways come together around it.
See our compute demo05 · Sites and power
Survey your site's potential.
Existing buildings, surrounding land and available power can create opportunities for AI infrastructure. We screen for power, connectivity, demand and local conditions, then work with owners on a practical path forward.
Learn more06 · Delivery
Factory and site. Built in parallel.
Factory-built subassemblies and site preparation advance together. The workstreams then converge for installation, integration and commissioning, coordinated around the needs of the project.
Illustrative rendering
07 · Leadership
Experience applied to the work of delivery.
Our leadership brings design, engineering, construction and project development together to build a more repeatable path to AI infrastructure.
Founder & CEO
Andrew Lindsey
Directed applied research and development at a top-50 ENR engineering and construction management firm.
COO
Nic Rader
Global VP, Powered by We at WeWork: led more than 240 design professionals and delivered 24 projects across 10 countries.
CGO
Zak Kostura
21 years at Arup, including structural engineering on elements of New York’s Fulton Center.
08 · Community
Communities are essential to a successful project.
Sound, water, power bills and pace decide whether a project is welcome. Each answer depends on the site, so we bring site-specific information to the conversation.
Sound
Emergency generators may run no more than 100 hours a year for testing and maintenance under EPA rules.
Equipment placement, screening and setbacks are planned against each site’s local sound limit.
Source: U.S. Environmental Protection Agency, 40 CFR § 60.4211(f)(2), “Maintenance Checks and Readiness Testing.”
Water
Closed-loop liquid cooling.
NX uses closed-loop liquid cooling to the rack. Heat rejection is selected per site, and water use is stated for each project.
Power and bills
Transmission and distribution costs have nearly doubled since 2014 while generation costs stayed flat or fell.
Configurations step in 4.5 MW increments, so a project can be sized to the capacity a site already has.
Source: Bipartisan Policy Center, EIA data.
Pace and oversight
Connecting a large load can take three to seven years, and federal regulators set new large-load rules in June 2026.
Every project passes local entitlement, building, fire and utility review, with design packages prepared for local engineers to stamp.
Sources: Rabobank, “The sprint: Data centers are building a parallel energy system in the US,” May 6, 2026; Federal Energy Regulatory Commission, “FERC Launches Aggressive Targeted Action to Speed Large Load Integration,” June 18, 2026.
Helpful questions
Answers to what visitors ask first.
Contact
Start with the requirement you have.
Tell us about your capacity need, site opportunity or partnership interest. We will review the fit and identify the next step.
An industrialized AI data center platform that translates project requirements into configured facilities.