Accelerating demand
AI and data-intensive workloads are increasing the need for computational capacity.
The infrastructure challenge
The computational age requires a new infrastructure model.
Computational demand is growing faster than conventional infrastructure can be planned, powered and delivered. Avoren is building a new model for deploying it.
The Avoren responseComputational infrastructure developer & operatorMontreal, Canada
Every major technological revolution required new infrastructure before it could transform the world.
The computational age will be no different.
The Avoren thesis
Computation is becoming a fundamental requirement of the built world.
Valuable electrical, mechanical and real-estate capacity already exists throughout our cities. Yet it remains largely disconnected from the infrastructure needs of the computational age.
Avoren activates suitable buildings as coordinated computational nodes today—and establishes computational capacity as a planned building system for tomorrow.
Why now
Five forces are reshaping how computational infrastructure must be built.
The opportunity exists because demand, physical constraints and enabling technologies have converged. The infrastructure model must now evolve.
Constrained delivery
Power access, permitting and conventional development timelines are limiting new supply.
Embedded capacity
Suitable buildings already contain valuable electrical, mechanical and real-estate infrastructure.
Technical readiness
Modern cooling, controls and orchestration make compact distributed deployment increasingly viable.
A new requirement
Computation is becoming a building and infrastructure consideration—not only a data-centre requirement.
Our model
One infrastructure model.
Two deployment pathways.
Existing infrastructure · Today
Activate what already exists.
Avoren qualifies available power and space, integrates compact computational nodes, and manages them through one operating platform.
- Low-friction retrofit
- Modular capacity
- Optional heat recovery
- Recurring value for building owners
Purpose-built infrastructure · Tomorrow
Design computation into new buildings.
The Avoren Room is a standardized building system for power, cooling, connectivity and computation—planned as deliberately as a mechanical room.
- Integrated at design stage
- Repeatable technical standard
- Capacity matched to each building
- A long-term real-estate amenity
The operating platform
Software makes distributed infrastructure perform as one system.
Avoren turns geographically distributed equipment into dependable, visible and commercially usable infrastructure—governing each node locally and the network as a whole.
AVORENOperating Platform
Avoren Edge
Controls the local node, telemetry and site operations.
Avoren Fleet
Coordinates capacity, availability and performance across the network.
Avoren Evidence
Creates an auditable operating record for customers, owners and capital partners.
Avoren Market
Matches qualified computational demand with available network capacity.
Platform preview
One operating view across the node and the network.
The interface below demonstrates Avoren’s intended operating experience using simulated data. It does not represent a currently deployed production network.
SIMULATED TELEMETRY Illustrative data · Not a production network
MONTREAL 01 / NODE OVERVIEW
Validation environment
Systems nominal
COMPUTE UTILIZATIONLast 20 intervals
82%−30 minNow
Supply24.0°C
Compute40.8 kW
Return41.3°C
Facility efficiencyPUE 1.18
✓
Evidence stream currentTelemetry integrity verified · 12 seconds ago
✓
No active alertsElectrical, thermal and controls within operating bands
✓
Control policy appliedAvoren Edge profile MTL-V1
Aligned participation
Infrastructure scales when every participant has a reason to build it.
Building owners
Turn underused capacity into recurring infrastructure income and strengthen the strategic utility of the asset.
Compute customers
Access qualified capacity closer to users, data and demand through a standardized operating environment.
Infrastructure capital
Finance contracted, modular equipment through a structure designed for scalable, long-duration participation.
Avoren
Earn development, integration, platform and operating revenue without permanently owning every node asset.
Why this model works
Structural advantages designed into the model.
Avoren combines physical infrastructure, operating standards and aligned economics. Its advantage comes from how these elements work together.
Existing infrastructure reduces friction
Activating qualified power, space and building systems can shorten the path to deployable capacity.
Standardization enables scale
A common technical and operating framework makes each deployment more repeatable.
Distributed complements centralized
Avoren adds capacity across the built environment without replacing large-scale data-centre infrastructure.
Thermal utilization improves economics
Useful-heat recovery can turn a computational by-product into an infrastructure benefit where conditions support it.
Alignment creates durability
The model gives building owners, customers, capital providers and Avoren a reason to participate over the long term.
Current stage
From infrastructure thesis to field validation.
Avoren is preparing its first validation node in Montreal and developing the technical, commercial and operating framework required for repeatable deployment.
The initial node is designed to validate building integration, thermal performance, operating controls and the evidence required by customers, building owners and capital partners.
- Validation market
- Montreal, Quebec
- Initial configuration
- Focused 50 kW node
- Commercial pathway
- Financed deployment model
Commercial architecture
Recurring platform economics aligned with infrastructure deployment.
Avoren separates proof from scaled deployment. Commercial nodes can be financed by infrastructure capital while Avoren develops the site, integrates the system and operates the network.
The network does not depend on every location being large. Each qualified building adds capacity, recurring economics and geographic utility.
01Development
Site qualification and deployment coordination.
02Integration
Technical commissioning and network activation.
03Platform
Recurring software, evidence and orchestration services.
04Operations
Ongoing node and network management.
Operating discipline
Infrastructure credibility is earned through standards.
Building integration
Site-specific electrical, mechanical, structural and life-safety qualification before deployment.
Thermal systems
Closed-loop cooling architecture with a simple retrofit pathway and optional useful-heat recovery.
Cybersecurity
Segmented node controls, governed access and evidence-driven operating practices.
Operational evidence
Auditable telemetry, performance records and accountability across every qualified node.
The development path
01Prove
Validate a 50 kW node in Montreal.
02Deploy
Standardize commercial retrofit nodes.
03Design in
Introduce the Avoren Room in new construction.
04Network
Coordinate capacity across markets and buildings.
The Avoren perspective
The buildings of the future will not only consume computation. They will contain it.
Avoren is defining a new way to develop computational infrastructure—through the built world.
Leadership
Founder-led with an operator’s perspective.
Founder & Chief Executive Officer
Pascal Nadeau
Pascal Nadeau is an entrepreneur and senior executive with more than 20 years of experience across financial markets, venture development, capital formation, manufacturing and regulated industries.
Throughout his career, he has founded or co-founded multiple companies, raised more than $32 million in institutional and private capital, and developed international partnerships and supply chains across Europe and Asia. His experience includes derivatives trading, corporate strategy, technology-driven operations and the development of advanced production infrastructure.
Pascal founded Avoren to create a new model for deploying computational infrastructure through the built environment. He leads the company’s strategy, commercial development and preparation of its first validation node in Montreal.
Company materials
A deeper view of the Avoren model.
Selected materials are available for qualified infrastructure, real-estate, technical and capital partners.
Executive Overview
A concise introduction to Avoren, its market, business model and development path.
Available upon requestThe Avoren Blueprint
The doctrine, principles and long-term framework behind the infrastructure model.
Available upon requestTechnical & Commercial Brief
The node architecture, participant structure and commercial deployment framework.
Qualified partnersOur ambition
Our ambition is not simply to deploy computational infrastructure.
It is to establish a new global standard for how computational infrastructure is developed, integrated and operated.
Engage with Avoren