Accelerating Europe's Sovereign AI Compute Capacity

One API, one SLA. The proprietary CYANIS™ platform routes every workload across distributed compute by complexity, latency, sovereignty and energy availability, deployed where power already exists.

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Governance
Sovereign by design
EU data residency and governance enforced in routing, not promised in contracts
Performance
Ultra-low latency
Inference placed closer to users and applications
Energy
Grid-supportive by design
Compute runs as a flexible, steerable load, a capability generic AI gateways cannot copy
Proof
Measured, not promised
Alpha validated live in July 2026; results below
Alpha results

What the platform measured

Above 96%
cross-server scaling efficiency, including a 675B-parameter model
150 ms
or 28%, lower median time to first token from regional placement
19,468
requests with zero errors under deliberate full saturation
Up to 72%
lower compute at the measured high-offload operating point, with about 79.5% benchmark retention

Measured during the July 2026 Alpha on European cloud infrastructure across two independent providers. The compute figure is benchmark-derived from the measured routing distribution and model memory footprints, and is always quoted together with its retention.
Read the full Technical Brief

The Platform

CYANIS AI Nest: the sovereign AI Cloud

CYANIS™ AI Nest is the orchestration, control and customer layer. Customers send a request and receive a response; they never manage GPUs, models or sites. The platform decides, per request, which site, which hardware, which model and at what cost, within the customer's quality, latency and residency thresholds.

Energy-aware placement

Compute runs as a flexible, grid-supportive load, matched to local generation, storage state and available connection capacity.

Right-sized models

Requests are matched to the smallest model tier that clears the quality bar, so customers stop paying large-model prices for small-model tasks.

Sovereignty by placement

EU and in-country data residency is enforced by the routing policy itself.

One API, one SLA

A distributed fleet behaves as a single enterprise service with metered or reserved pricing.

Trust Patent pending since November 2025 on the orchestration of energy-linked, distributed AI infrastructure; further invention families instructed. Vendor-agnostic architecture, validated on NVIDIA L4 and H100; AMD planned. Deeper technical detail is available under NDA.
Software first Software is what we build and what our patent strategy protects. Hardware is a means to an end: CYANIS™ specifies the deployment units and stands them up efficiently with integration partners, while third-party capital finances and owns most of the fleet in ring-fenced project companies.
The Architecture

One platform.
Three classes of sites.

CYANIS AI Nest is the constant; the sites are interchangeable substrate. From grid-scale energy sites to household PV-and-battery systems, every deployment runs the same software and fills one capacity pool.

Orchestration
01Energy Sites
02Industrial
03Household
CYANIS AI Nest orchestrating compute across Europe

Orchestration Layer

The CYANIS AI Nest unifies every node into one intelligent network: workload placement, model tiers, sovereignty policy, energy-aware load management and commercial APIs. This layer is the company’s core asset and the subject of its patent filings.

Sovereign AILow-LatencyEnergy-Integrated
Unified Platform
One platform. Three classes of sites.
Compute Orchestration
Right workload, right location
Security & Sovereignty
EU data residency by design
Commercialization
Capacity marketplace & APIs
Utility-scale solar, wind and battery storage at dusk
Layer 01

Energy Sites

Utility-scale solar, wind and BESS provide the dispatchable foundation for large-scale AI compute capacity.

Utility-scaleDispatchableGW-ready
Utility PV
Large-scale solar generation
Wind Power
Sustainable, low-cost energy
BESS Integration
Stable, dispatchable power
High-Density Compute
MW-to-GW deployments
Industrial and commercial PV rooftops
Layer 02

Industrial PV Sites

Commercial and industrial sites pair abundant roof space with reliable power to host scalable compute close to demand.

CommercialDistributedUltra Low-latency
Rooftop PV
High-availability power
Modular Compute
Rapid, distributed deployment
Ultra Low-Latency
Closer to users & applications
Residential solar homes forming compute nodes
Layer 03

Household Nodes

Millions of homes with rooftop solar and batteries become intelligent compute nodes — generating, storing and sharing capacity.

ResidentialBehind-the-meterEdge
PV + Battery
Behind-the-meter capacity
Edge Compute
Local inference at ultra low-latency
Secure Connectivity
Encrypted, sovereign data flow
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Standardised units the platform runs on

Specified by CYANIS™, built and financed with partners: standardised deployment units in three sizes, so capacity is added as a repeatable unit rather than a construction project.

Energy site compute unit
Energy Site Unit
MW+
High-density containerized
GW-scale & beyond
Grid-integrated
High-density
Industrial compute unit
Industrial Unit
50kW+
Wall-mounted
Scalable
Resilient & local
Rapid install
Household compute unit
Household Unit
500W+
Desktop form factor
Plug & play
Silent & efficient
Behind-the-meter
Distributed AI Compute Infrastructure
Residential, Commercial & Enterprise
One platform. Infinite scale.
Partner with Cyanis →
EU Data Residency Ultra-Low Latency One API, One SLA Grid-Supportive by Design Elastic Multi-Node Scale-Out Patent-Pending Orchestration Deployment in Months Sovereign AI MW to GW Scale
Process

How it works

For compute customers

From request to response

1

Send a request to the CYANIS API, or reserve dedicated capacity.

2

The platform places it: right model tier, right location, inside your residency, latency and quality policy.

3

Receive the response under one SLA, with transparent per-use or reserved pricing.

For site and energy partners

From site to revenue

1

Qualify your site: C&I assets and energy sites with existing power, grid connection and connectivity.

2

CYANIS™ specifies the deployment and stands it up efficiently with integration partners.

3

Your site earns from hosted compute as a grid-supportive load.

Why Cyanis

Three Pillars of
Sovereign AI

Purpose-built infrastructure for the next generation of AI deployment

Sovereign AI

EU data residency and governance by design, enforced in the routing layer.

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Ultra-Low Latency

Distributed inference deployed closer to users and applications.

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Software-Defined Scale

Capacity is added as repeatable units at powered sites and joins one pool without losing efficiency; measured above 96% scaling when capacity doubles.

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Deploy Anywhere.
Compute Everywhere.

Across distributed energy and infrastructure sites
(dispatchable and storage)

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Ecosystem

Ecosystem

Strategic partners across the energy and compute value chain

Compute Customers

Inference & training workload operators

Partner →
Energy Producers

Owners of distributed infrastructure assets seeking accelerated asset amortization

Partner →
Developers / EPCs

Engineering & construction partners for site integration

Partner →
Investors ( Debt & Equity )

Financing compute capacity as a new infrastructure asset class

Partner →
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