Our Members Own the Iron. We Run the Metal. We Don't Lease Abstract Cloud Layers.
Every other AI platform rents capacity from AWS, Azure, or GCP and marks it up. DCNetwork members build and own the datacenters — mobile containers whose recirculating cooling pads use a fraction of the water a hyperscaler evaporates, and that ship from order to power-on in weeks, not the years a traditional build takes. Members own every GPU, every core, every rack. That difference shows up in your invoice.
Member Datacenter Specifications
This isn’t a co-location rental. These are DCNetwork member facilities. We design the cooling. We negotiate the power. We install the racks. When something breaks, our engineers fix it — not a third-party network operations center.
0
NVIDIA B200 GPUs (In-House Builds)
0
In-House Servers + Network Fabric
0
Racks — Mobile Container
≈0 MW
Container Power Envelope
≈0 kW
Wall Draw at Full Load
0K+
Concurrent-User Capacity
0.0%
Designed System Uptime
0.00
PUE — Patent-Pending Air Cooling, No Liquid Loop
Dual-Use Deployment Architecture
Civilian + Defense-AlignedCivilian enterprise runs on shared multi-tenant infrastructure with logical isolation and GDPR-native data residency.
Defense-aligned workloads are provisioned on dedicated hardware segments with physical separation, air-gap capability, and classified data handling protocols.
One facility. Two operational modes. Zero foreign infrastructure dependency.
Inside a Member Node
How GPU utilization, Docker container allocation, and request routing work on a DCNetwork node (illustration).
Infrastructure at Scale
The Config A0 spec of the first signed member node — coming online ≈Q3 2026.
NVIDIA B200 GPUs
Serving Capacity
Designed Uptime
In-House Servers + Fabric
Container Power Envelope
PUE — Patent-Pending Air Cooling
Datacenter Infrastructure
Purpose-built facilities designed for high-density AI compute workloads.
Mobile Container Facilities
Purpose-built 12-rack mobile datacenter containers with air cooling and network connectivity designed for AI workloads.
- 12-rack mobile container (Config A0)
- Recirculating air-cooling pads
- 24/7 monitoring
- EU-sovereign network connectivity
Power Infrastructure
High-density power delivery optimized for GPU compute with energy efficiency at scale.
- ≈1 MW power envelope (Config A0)
- ≈140 kW wall draw at full load
- UPS battery backup
- PUE 1.07 patent-pending air cooling
Physical Security
Multi-layer physical and network security ensuring data protection and operational continuity.
- Sealed container enclosure
- CCTV surveillance 24/7
- Fire suppression systems
- Environmental monitoring
Small Water. Fast Deploy. Almost No Waste.
A legacy hyperscale datacenter drinks millions of gallons a day and takes years to switch on. Ours ships in a container, cools with recirculating pads that use a fraction of the water, and reaches the GPU with almost none of your power lost on the way.
Cooling water per day
A fraction
Legacy hyperscale: 3–5M gal/day
Order to live
Weeks
Legacy hyperscale: 3–6 years
PUE (energy overhead)
1.07
Legacy hyperscale: ~1.5+
A far smaller water footprint means less drought-risk exposure and none of the community backlash a thirsty mega-datacenter draws.
Capacity that lands this quarter, not the quarter you have already been out-competed in.
Lower overhead is lower cost per inference, passed straight through to your invoice.
Put compute next to the workload, the data, or the renewable source — not the other way round.
Legacy figures are industry averages: hyperscale evaporative-cooling water use of 3–5 million gallons/day, 18–30 month build times (3–6 years with permitting), and ~1.5+ average PUE. DCNetwork figures are for the first signed member node (Config A0): 60× B200 in a 12-rack mobile container cooled by recirculating evaporative pads (a fraction of hyperscale water use), PUE 1.07.
The Infrastructure & Efficiency Datasheet
One datasheet for the whole story: how recirculating cooling pads reach PUE 1.07 on a fraction of the water, the order-to-live timeline for a 12-rack mobile container, and the full hardware spec — floor plans, power, network topology, WUE/PUE math, and siting options.
Get the Infrastructure & Efficiency DatasheetOur Core Business Is the Metal. The AI Platform Is One Workload On It.
DCNetwork is an infrastructure company first — datacenters and servers are what we build and own. Our 50-agent AI platform is the flagship thing that runs on that hardware, but it isn't the only thing that can. Deploy your own applications and platforms on our facilities, run them alongside the AI stack, or have us stand up a customized DCNetwork build tuned to your team. Same mobile, air-cooled, EU-sovereign iron — your workload on top.
Proof of Intelligence, Not Proof of Work
Classic mining burns electricity on hash puzzles. DCNetwork nodes mint by doing useful work: every member datacenter serves real AI workloads, and the network issues newly minted INTELECT weighted by the capacity each node actually provides. During high-demand periods, nodes earn 30% of every metered activity fee they serve. During low-demand periods, capacity-weighted emission keeps the hardware earning instead of idling. Emission rewards are liquid from day one — sellable to the DCNetwork Treasury at a guaranteed floor, or held for the open market from Year 4. It's a deliberate economic design that pays member hardware from the day it comes online.
Proof of Intelligence — Node Rewards & Emission
No hash puzzles. Member nodes mint newly issued INTELECT by serving real AI workloads — capacity-weighted emission plus a share of every activity fee, paying hardware from day one.
Settlement Network
Fushuma
Proof-of-stake network (Chain ID: 121224) where the DCNetwork economy settles
Proof of Intelligence
INTELECT
Newly minted INTELECT, allocated by the AI capacity a node actually serves — useful work is what mints, not hash puzzles
Emission Schedule
≈100M/yr
Halving every two years against the 1 billion hard supply cap — early operators earn the densest emission
Activity-Fee Share
30%
Of every metered activity fee goes to the node that served the request
Reward Liquidity
Day One
Treasury buyback floor of $0.05 / $0.06 / $0.07 per INTELECT in years 1–3; open market from Year 4
Idle Capacity
Still Earns
Capacity-weighted emission keeps member hardware earning through low-demand periods
Phase 2: Federated Operator Racks
We're not stopping at the first facilities. Phase 2 brings federated operator racks online across Europe. Independent node operators connect their hardware to our network, earn from every request they serve, and expand our total compute capacity without buying a single new server. If you run a data center or have excess GPU capacity, you can join the network. We handle the orchestration, the billing, and the demand routing. You handle the hardware and the uptime.
Here's the Deal
DCNetwork members own and operate the GPU facilities — the first member node (Czech Republic) is signed for 60× B200 in a 12-rack container at PUE 1.07 with a ≈1 MW envelope — and proof-of-intelligence INTELECT emission pays member hardware from day one. We're expanding via federated node operators across Europe.
Infrastructure & Efficiency Datasheet
Floor plans, power and network specs, PUE/WUE math, the low-water cooling story, and the weeks-not-years deployment timeline — in one datasheet.