Hyperscale & Sovereign Infrastructure

ZFC Systems designs data-centre campuses that respect local climate, grid reality and sovereignty goals. Ultra-dense AI clusters, sovereign data hubs and low-latency web nodes share a common backbone – but every build is bespoke, tuned to urban fabric and resource mix in France, Mauritius and beyond.

High-tech where it counts. Impact where you live.

Campus Typologies

AI Compute Clusters

>100 kW/rack, liquid & immersion-ready, short hop to accelerator supply and R&D labs.

Benefit: National access to exa-scale training without exporting data or energy.

Sovereign Data Hubs

Multi-tenant or government owned, zero-trust fabric, in-country key custody.

Benefit: Regulatory control, local jobs and GDPR/DPDP compliance at source.

Edge & Web Nodes

Latency-critical content and SaaS delivery in dense urban grids <10 ms.

Benefit: Faster user experience, lower backbone traffic, smart-city enablement.

Research Sandboxes

Secure micro-campuses for academia & start-ups, isolated but grid-connected.

Benefit: Rapid innovation with clear demarcation from production fleets.

Typologies can coexist on the same campus or evolve over time.

Engineering Pillars

Geo-Strategy

Power, fibre, climate & policy mapped to sovereign objectives.

Resilient Architecture

Modular 12 MW blocks scale to 120 MW, N+1 or 2N selectable.

Liquid-First Thermal

Rear-door, direct-to-chip & immersion pathways validated in CFD.

Grid-Interactive Energy

Hydrogen-ready engines, batteries & AI dispatch for low-carbon MWh.

Telemetry Fabric

Unified BMS + DCIM API layer for AI-driven optimisation & drills.

Circular Sustainability

Heat reuse, water-positive design & embodied-carbon tracking.

Pillars are recombined per climate zone, urban density and client mandate.

Project Lifecycle

Discover

Policy alignment, grid talks, climate & ESG screening.

Define

Capacity roadmap, sovereignty tier, density envelope.

Design

BIM + CFD masterplan, energy & heat-reuse economics.

Deliver

EPC orchestration, local-skills uplift, phased energisation.

Optimise

Digital twin feeds AI control loops for PUE, uptime & carbon.

Modular Engagements

Urban & Climate Integration
  • Heat re-use mapping (district heating, aquaculture, industry).
  • Water stewardship for arid & island grids.
  • Visual & acoustic studies for dense city plots.
Strategy & Geo-Advisory
  • Location scoring: power, fibre, policy, tax.
  • Grid capacity & offtake modelling.
  • Investment & sovereign-cloud frameworks.
Engineering & Architecture
  • Liquid-ready electrical & thermal schemes.
  • Seismic & cyclone hardening where required.
  • Zero-trust OT / IT segmentation.
Automation & Digital Twin
  • Unified data lake for BMS, DCIM & energy assets.
  • Reinforcement-learning control pilots.
  • API toolkit for client-side analytics.
Delivery & Commissioning
  • Factory & site acceptance testing.
  • Uptime drills, black-start & failover validation.
  • Knowledge transfer to local O&M teams.

Sustainability & Compliance

Innovation Tracks

Immersion & Hybrid Cooling

Rear-door, cold-plate and two-phase immersion validated at up to 140 kW/rack.

AI-Driven Operations

Digital twins feed RL agents that balance PUE, WUE and resilience in real time.

Grid-Interactive Campuses

Dynamic demand response & revenue-grade export without uptime compromise.

Quantum-Safe Security

PQC key exchange for SCADA & telemetry channels – future-proof from day-one.

Design Targets

>100 kWPer-rack ready
<1.2 PUEClimate-corrected
<0.2 L/kWhWater usage
99.999%Design uptime

Bespoke, Referral-Only Engagements

Have a valid referral code and a mission-critical mandate in France, Mauritius or another strategic region? Review our referral guidance and request a briefing with our engineering board.

See Referral Guidance