Roland K.
Engineering for Extreme Compute Loads.
BNE AG plans, builds, and operates compute clusters for organizations whose AI models, simulations, or cryptography workloads push traditional IT to its limits.
At our Swiss site, fully managed, with stable energy prices and a transparent operational path.
High-Performance Systems
Swiss Data Center
24/7 Monitoring & Operations
Who is it for?
BNE AG is the right choice for teams whose compute load is strategically relevant and operationally demanding:
Businesses, research groups, AI teams, engineering departments, and security-critical organizations.
AI Models with High Resource Requirements
Training, fine-tuning, and inference of large models requiring massive parallelization.
Simulations & Numerical Methods
Financial models, material simulations, optimization methods, or risk analyses.
Cryptography & Security Applications
Compute-intensive encryption, verification, or analysis processes.
Data-Driven Research Projects
Continuous high-load jobs with sensitive or confidential datasets.
Cloud-Inefficient Workloads
Unpredictable cost development, unstable performance, or no dedicated infrastructure.
Why Traditional Setups Reach Their Limits
Compute-intensive workloads rarely fail due to individual components, but due to the combination of power, cooling, network, procurement, and operations.
01
Unstable Performance
The infrastructure cannot handle peak loads or behaves unpredictably as model sizes increase.
02
No Scaling Path
Power, cooling, or space are not prepared – growth becomes an infrastructure project with delays.
03
Opaque Cloud Costs
High-parallelization workloads quickly become uneconomical or difficult to plan with hyperscalers.
04
Operational Risks
Monitoring, response, and incident handling are distributed – no one is accountable for overall stability.
05
Compliance Hurdles
In high-compute environments, locations, access, and operational processes can often only be documented to a limited extent.
BNE AG not only gets extreme compute loads running but ensures stable continuous operation – on an infrastructure that is physically prepared, technically well-conceived, and operationally secured.
Stable Operation
Instead of “Best Effort”: Production environment with clear responsibilities.
Predictable Scaling
Instead of improvisation: Power and supply chain are designed for growth.
Clear Processes
Instead of a black box: Transparent insight into location and processes.
How We Work
The 4-Step Process
Step 01
Analysis & Design
Load profiles are continuously monitored to optimize cooling and grid load. Development of a technical architecture including risk assessment.
Step 02
Infrastructure & Installation
Delivery, installation according to playbook, cabling. Recording of all components (asset tags) and network paths.
Step 03
Operations & Monitoring
24/7 monitoring, tiered escalation scheme. Every change is documented.
Step 04
Scaling & Optimization
Phased expansions without interruption. Performance optimization based on real monitoring data.
Swiss Site
Security Zones
Reception, production area, and operational areas are clearly separated. Access rights are role-based and logged. Access to sensitive areas is only permitted when accompanied.
Defined Paths & Layout
Racks, cable routes, power distribution, and cooling paths follow a fixed layout. Service points and maintenance zones are marked. Floor loads and rack positions are documented.
Provisioned Capacity
The site has a prepared connection capacity (up to approx. 2.5 MW) as well as coordinated grid and feed-in points. This enables predictable growth.
Physical Security
Cameras monitor the relevant zones. Asset tags and serial number registers ensure clear assignment. Visits follow fixed rules.
Operations as a Process
24/7 Monitoring
24/7 monitoring (load, temperature). Alarms follow a tiered escalation scheme with defined response times.
Structured Maintenance
Maintenance in planned windows according to checklists. Change management with tests and backout plan.
Incident Handling
Fixed scheme: Detection → Stabilization → Analysis → Measures. Incidents are documented.
Security
Access logged, sensitive zones only with escort. Physical and technical security are integrated.
Power & Continuity
Power supply is a sequentially controlled technical process
Predictable Foundation
Supply secured long-term and coordinated with the grid operator. Load limits and reserves are documented.
Transparent Source
Sourced from renewable sources. Origin and quality are verifiably documented.
Load Architecture
Load profiles are continuously recorded for the optimization of cooling and grid load. Technical planning instead of financial speculation.
Constant Costs
Stable energy cost structure. Currency, taxes, and positions are consistently managed.
Growth & Scaling
01
Prepared
Connection capacity, network paths, and cooling capacities are designed for growth.
02
Rollout
Phased expansions according to installation playbook. Legacy systems continue to operate.
03
Supply Chain
Framework agreements and serial number registration. Logistics follow a repeatable scheme.
04
Full Operation
Clear timelines for expansion steps. Transparent communication until stability.
What Customers Say
"What was crucial for me was how clearly and understandably the complex topics were explained. The collaboration is professional, transparent, and characterized by genuine interest."
"We find the collaboration very pleasant and technically sound. The personal contact during ongoing operations is particularly valuable."
Thomas B.
FAQ
Who is My Contact Person?
You have a dedicated technical contact person who supports you from planning to ongoing operations. If required, specialists from network, hardware, or security are brought in.
How Does a Project Start?
Initially, we clarify workloads, security requirements, and framework conditions. Based on this, a technical proposal is developed. Only when this foundation is established are specific systems defined.
How Flexible is the Solution?
Capacities can be expanded in defined steps. Larger expansion steps follow a rollout plan without unnecessarily disrupting ongoing operations.
Can the data center be visited?
Yes. A site visit or technical remote walkthrough is possible to give you a clear picture of the structure and responsibilities.
How is security organized?
Documented physically, technically, and organizationally. Access is regulated, central areas are video-monitored.
When compute workloads become business-critical, accountability is required.
