AI Infrastructure
Hyperscale data centre buildout is constrained by power and water usage, heat loss and public pushback. A new generation of sustainable cooling architecture is required.
Delaware C-Corp · Deep Technology Platform
Ace Nexus is developing a proprietary technology platform with commercial applications across AI data centre cooling, space systems, defence and advanced air mobility.
Why Now
Artificial intelligence, sovereign defence, commercial space and advanced air mobility are all entering periods of significant infrastructure investment. Ace Nexus has structured its technology roadmap so that each market validates shared technology while creating commercial value for the next.
Hyperscale data centre buildout is constrained by power and water usage, heat loss and public pushback. A new generation of sustainable cooling architecture is required.
Commercial space is entering its industrial era — propulsion, shielding and complex designs in advanced materials are the bottlenecks.
Sovereign defence programmes across AUKUS allies are prioritising autonomous airframes and resilient electronics.
Certification pathways are opening for the first generation of commercially viable electric vertical-lift platforms.
The Arc Platform
The Arc Platform is a reusable engineering foundation. Each subsystem carries a discrete commercial application today, and integrates into the future propulsion stack tomorrow. Select a subsystem to explore its role.

One Platform · Four Companies
Mission
Advanced cooling technologies for AI infrastructure, hyperscale data centres and industrial systems.
Technology
Counter-rotating compressor stack on magnetic bearings — targeting sustainable water free cooling.
Commercial objective
USD 27.6B TAM by 2033
Builds on
Foundation: Arc Engine compressor & bearings.

Investment Thesis
01
Every phase builds upon the same proprietary engineering platform — IP, bench data and certification credit accumulate with every market entered.
02
Commercialisation begins in markets with shorter development cycles before expanding into increasingly complex industries.
03
Technology validation, certification and intellectual property accumulate into a defensible long-term aerospace platform.
Execution Roadmap
Foundation
Now → Month 18
Arc Engine bench rig · IP foundation
Cooling
Year 1 → Year 4
First paid AI / HPC cooling deployments
Space
Year 2 → Year 5
Faraday-fibre supply · plasma thrusters
Defence
Year 3 → Year 6
Autonomous airframes · heavy-lift UAV
Advanced Air Mobility
Year 5 → Year 9
Integrated propulsion · certification
Technology Applications
AI Data Centres
Cooling Systems
Counter-rotating compressor stack on magnetic bearings — 22–28% energy reduction per kW.
Spacecraft
Advanced Materials
3D-printed high-temperature ceramics for hot-section and structural components.
Satellites
Electromagnetic Protection
Faraday-fibre composite shielding validated against MIL-STD-461G.
Military UAV
Autonomous Airframes
Recon and heavy-lift platforms validating the civil eVTOL airframe.
Advanced Air Mobility
Integrated Propulsion
Full Arc Engine integration into the Magnus Aircar propulsion stack.
Capital Strategy
Rather than presenting detailed financials in public, each financing round is tied to clearly defined technical and commercial milestones. Investors seeking detailed modelling should request the confidential investment materials.
01
Seed
Bench rig · IP foundation
02
Series A
Cooling deployments · revenue
03
Series B
Space heritage · tier-1 supply
04
Series C
Defence programmes · airframe
05
IPO
Integrated AAM platform
Investor Action