The physical edge that sovereign AI needs.

CUBICAi is an intelligent edge-infrastructure platform — modular, mobile cubes that fuse energy storage, edge compute and sovereign inference, and run themselves where there is no data centre, no reliable grid, and no option to trust a cloud.

72h  autonomous ops 275  TOPS edge AI per cube CIM  grid-native Air-gap  sovereign inference
Why CubicAi · Why now

Physical AI is the next sovereign-AI wave.

Every bullish humanoid, autonomous and defence-AI forecast assumes the site is ready. It isn't. The customers that matter most — defence, mining, utilities, critical infrastructure — operate where the compute can't sit in a data centre. That gap is the product.

CubicAi is the physical-edge layer that completes the sovereign-AI stack — sovereign compute, edge LLMs, physical AI, and the site substrate that keeps it all running.
$100B
Humanoid & physical-AI market by 2035 · Goldman Sachs
$329B
Digital twin market by 2033 · Grand View Research
$6.8T
Defence drone market by 2034 · Fortune Business Insights
5
Uptime-critical verticals where cloud-dependent rivals can't compete
The convergence

Three industries are collapsing into one.

CubicAi sits at the point where energy, autonomous infrastructure and AI-driven operations meet — a single platform where each reinforces the others instead of being stitched together by integrators.

Energy

Storage, power conversion, grid services and VPP participation — the resilient power layer every edge site depends on.

×

Autonomous Infrastructure

Self-configuring, forklift-portable cubes that deploy, relocate and reposition themselves with zero human intervention.

×

AI Operations & Maintenance

Physics-informed models that predict, self-heal and optimise — performance managed in software, not service contracts.

= Intelligent edge infrastructure for the physical-AI future
Our solution

Intelligent infrastructure that thinks for itself.

CubicAi embeds its AI technologies directly onboard innovative energy and edge-AI cubes — purpose-built modules that deploy in hours and run autonomously, online or off.

01

Modular Cubes

Four cube variants on a common Smart Base — interchangeable modules deployed as a single unit or clustered together.

02

AI in Every Cube

An NVIDIA Jetson AGX Orin delivering 275 TOPS with onboard LLMs — full autonomous operation offline, sub-100 ms response.

03

Hybrid Cloud Fleet

Fleet orchestration and aggregation generating VPP energy and edge-AI service revenue, with predictive-maintenance insight.

04

Zero-Touch Automation

Auto-discovery and self-configuration — deploy in hours, not days, with automatic diagnostics, maintenance and logistics.

One platform, the whole stack —
Hardware Software AI Models Autonomous Logistics O&M Performance Services Finance
Our platform

One family of cubes. Three tiers of AI.

All cubes share the Smart Base — IP55, −40 °C to +50 °C, forklift-portable. Connect two to four into a cluster to pool storage, power and edge compute.

eV Cube

180–540 kWh · 180 kW

Dual-port DC fast charging for fleet depots and mobile charging applications.

Flex Cube

360 kWh BESS

Pure storage configuration for cluster capacity, battery swap and grid-services buffering.

Edge Cube

180 kWh · 275 TOPS

24U of AI-ready rackspace — host up to 10 partner GPUs plus private 4/5G, indoor or outdoor.

Power Cube

180 kWh · 100 kW

PCS for solar and grid plus genset backup for critical resilience and black-start capability.

From one cube to a continent

The same intelligence, at every scale.

One AI-driven software platform manages cubes, clusters and mesh networks alike — aggregating distributed hardware into a single, software-defined pool of virtual infrastructure.

Tier 01

Cube

A self-contained, AI-managed unit — energy, compute and inference in one forklift-portable enclosure.

Tier 02

Cluster

Two to four cubes sharing storage, power and edge compute over a common bus — pooled capacity, orchestrated as one.

Tier 03

Mesh Network

Clusters federated across sites and geographies — a resilient, self-coordinating fabric with no single point of failure.

Outcome

Virtual Infrastructure

Highly distributed hardware presented as one software-defined platform — power, compute and AI summoned where they're needed.

72h
Autonomous operation
275
TOPS edge AI
2–4h
Commissioning vs 6–16 weeks
−40°C
to +50 °C rated
Our core differentiator

Zero-Touch AI is the advantage.

Our edge runs on deep device- and system-level AI models — the foundation our whole platform is built on. That knowledge is what makes the infrastructure self-managing. Four capabilities run natively on every cube, each replacing a system-integrator workstream that costs operators millions a year.

Zero-Touch O&M

Operations & Maintenance

Physics-informed neural networks predict failures 30 days out. Self-healing failover and onboard thermal-runaway prevention.

0.87%
SOH prediction MAPE
25–40%
battery-life extension
<10ms
anomaly latency
Replaces O&M contractors · SCADA vendors · OEM service contracts
Zero-Touch Logistics

Logistics & Mobility

Autonomous positioning, BESS swapping between cubes and automated delivery scheduling — the fleet configures itself as demand moves.

72h
autonomy per cube
1.6m
forklift-portable
Zero
human intervention
Replaces logistics coordinators · mobile-site SIs · field technicians
Zero-Touch Manufacturing

Advanced Manufacturing

An ePlan-to-Powerhouse digital panel flow. The AI configurator sizes, schematics and ships — auto-commissioning from pallet to grid-parallel.

2–4h
vs 6–16 weeks
50%
deployment efficiency
25%
cost reduction
Replaces design engineers · procurement brokers · commissioning consultants
Zero-Touch Orchestration

Energy · Heat · Compute

Triple optimisation — workloads scheduled against battery SOC, thermal envelope and grid-pricing signals at once. VPP, VDC and virtual thermal plant in one loop.

dimensions per loop
IEC 61850
CIM / IEEE 2030.5
Edge→Cloud
federated tiers
Replaces DERMS vendors · DCIM platforms · HVAC controllers
Operator impact

Zero-Touch is the whole point.

Every cube ships with the full suite running. That is why an integrator-ready cube is a complete answer — not a component a consultant has to configure at every site.

Traditional BESS / Edge site
Zero-Touch Cube
Commissioning time
6–16 weeks · multi-vendor SI engagement
2–4 hours · auto-discovery, self-config
Ongoing O&M
Annual SCADA + OEM service contracts
Physics-informed AI, 30-day failure prediction
Site relocation
Decommission + re-commission project
Forklift, tow, reboot — autonomous re-positioning
Grid-services revenue
DERMS integration project per market
IEC 61850 / IEEE 2030.5 native, day-one stacking
Cloud dependency
Optimisation stops when the link drops
72h full intelligence air-gapped, on-device LLM
Operator interface
Multiple vendor dashboards, ticket queues
Natural-language operator assistant
Note for integrators: your team doesn't burn its bench on commissioning and integration projects — it lands on cubes that already work and builds customer-specific applications on top. Higher-margin work, faster deployments, happier customers, and more opportunity for enterprise AI applications.
Energy-aware edge infrastructure

Sovereign AI, delivered where it matters.

We partner with utilities and telecoms to deliver sovereign edge AI, resilient energy and private comms — a layered stack from substrate to application.

Customer AI Training Cloud

Model training, complex reasoning, APIs.

Enterprise AI Apps — hosted at the edge

Run third-party AI applications on-site.

CubicAi Orchestration

Energy, compute and network coordination.

CubicAi Edge Cubes

Power, energy, edge and eV cubes — the site substrate.

“AI factories train the models. CubicAi hosts them where it matters.”
HOST
Run third-party apps on an edge-IaaS subscription.
PARTNER
Integrate the best platforms — reduced R&D, faster go-to-market.
BUILD
Own the orchestration — proprietary IP, licensing and data value.
Where we start

Three applications. Three markets first.

The platform is broad — but we're starting deliberately. Three initial applications, each landing in a beachhead market where cubes, clusters and ultimately mesh networks compound fastest.

Application A

Virtual Substations & Charge Hubs

Grid-edge energy nodes — substation support, DER orchestration and high-power charging, delivered as software-defined infrastructure.

First market — Grid Utilities
Application B

Virtual Data Centres

Edge AI inference where the data lives — sovereign compute pools spun up from clustered cubes, no hyperscale data centre required.

First market — AI-Factory Data Operators & Telecoms
Application C

Edge Comms, Sensing & Positioning

Remote sensing, private comms and autonomous positioning hubs — resilient, air-gap-capable nodes for contested and disconnected environments.

First market — Defence & Telecoms
The broader opportunity

Where uptime is non-negotiable.

Beyond the beachheads, six high-value verticals where offline autonomy, mobile deployment and integrated power-compute are requirements, not nice-to-haves — and where cloud-dependent competitors fundamentally cannot compete.

Market
Key value proposition
Defence & Emergency Response
Air-gap capable, tactical edge AI for forward operating bases and disaster zones.
Transmission, Utilities & Comms
VPP orchestration, FCAS/FFR participation and DERMS-compatible integration.
Advanced Manufacturing & Robotics
Secure, low-latency, easily reconfigured distributed AI infrastructure.
Autonomous Transport Hubs & Ports
EV fleet charging optimisation, V2G revenue and depot microgrid orchestration.
Mining & Remote Natural Resources
Autonomous fleet AI & comms, fuel displacement and remote microgrid optimisation.
Smart Cities
Digital twins, IoT, traffic control and emergency response.
Ecosystem

Built with the partners who run the world's infrastructure

CohereNVIDIANokia
Proof of concept

Let's put a cube on the ground.

Pilot programmes, technology integration and channel partnerships — for organisations ready to transform critical infrastructure.

Book a discovery call →
01

Discovery Call

A short discussion of your requirements and use cases.

02

Technical Deep Dive

Architecture, integration and deployment planning.

03

Pilot Proposal

A custom deployment plan with clear success metrics.

04

Agreement

Finalise terms and begin with a dedicated support team.