S1RAPID COMPUTEby S1 SYSTEM
RC-3 / MULTI-RACK

AI POD

A Complete Modular AI Infrastructure Unit.

Illustrative scale progression from AI appliance and rack to modular data-center cluster
ILLUSTRATIVE ARCHITECTURE · FINAL CONFIGURATION FOLLOWS WORKLOAD & SITE

Multiple racks and their supporting infrastructure integrated as one local AI system.

01 / OVERVIEW

Overview

Multiple racks and their supporting infrastructure integrated as one local AI system.

02 / WHAT IT DOES

What it does

  • Government AI nodes
  • Industrial AI clusters
  • Regional compute
  • Digital-twin infrastructure
  • Remote-site private AI
03 / SYSTEM ARCHITECTURE

System architecture

01Compute
02Storage
03Network
04Power
05Cooling
06Monitoring
07Security
RC-3 / AI POD · INTEGRATED SYSTEM
CONFIGURATION-DEPENDENT

Cluster Architecture

Compute NodesStorageHigh-Speed FabricManagementPowerCooling

At pod scale, accelerator choice affects network topology, rack density, cooling architecture and power demand.

04 / CONFIGURATION OPTIONS

Configuration options

  • Rack count and compute mix
  • Shared storage and networking
  • Power distribution and backup
  • Thermal architecture
  • Monitoring and physical access
05 / APPLICATIONS

Applications

Government AIIndustrial AIDigital TwinSovereign AI
06 / SITE REQUIREMENTS

Site requirements

  • Space for the complete system and service access
  • Engineered electrical connection
  • Cooling plant and thermal interfaces
  • Network connectivity and access control
07 / POWER & COOLING

Power & cooling

Power, cooling and redundancy are engineered across the pod rather than individual racks alone.

08 / SECURITY & CONTROL

Security & control

The pod can combine physical access control, controlled network integration and local monitoring.

Security by Design. From Day One.

Security can be evaluated as a configurable design consideration across compute, network, data, model and agent interfaces.

Selected controls and integration scope require project-specific validation. A complete AI cybersecurity platform is not included by default.

Explore Security & Governance
09 / EXPANSION

Expansion

Add racks and expand power, cooling and network interfaces in planned increments.

Configurable lifecycle support can include diagnostics, preventive maintenance, validated security updates, monitoring, modernization and expansion.

Lifecycle Support & Evolution

Warranty coverage, maintenance periods, service availability, response times, third-party licensing and upgrade scope are defined in the applicable project and service agreements.

10 / TECHNICAL DATA

Technical data

S1 CAPABILITYREFERENCE CONFIGURATIONCONFIGURATION-DEPENDENTSUPPLIER REFERENCE

Capabilities describe system integration. Reference configurations show an implementation path. Exact values follow project engineering. Supplier references remain provider statements.

PROJECT-VALIDATED is reserved for confirmed S1 customer configurations. No project-validated product values are published here.

FIELDVALUESTATUS
ScaleMulti-rack systemS1 CAPABILITY
Core layersCompute / storage / network / power / cooling / monitoring / securityCONFIGURATION-DEPENDENT
Rack countConfiguration-dependentCONFIGURATION-DEPENDENT
Capacity and redundancySubject to final engineeringCONFIGURATION-DEPENDENT
Site interfacesDefined during configurationCONFIGURATION-DEPENDENT
CONFIGURATION-DEPENDENT
GPU typeRack countRack densityCooling architecturePower capacityBESS capacityRedundancyEnvironmental rangeNetwork architectureCertificationsDeployment timeline
11 / REQUEST CONFIGURATION

Request configuration

Product Evidence

AVAILABLE NOW

S1 CAPABILITY
  • Multi-rack integration architecture
  • Power, cooling and monitoring integration
  • Security and network integration

CONFIGURE PER PROJECT

CONFIGURATION-DEPENDENT
  • GPU / CPU / memory / storage
  • Rack quantity and network
  • Power and cooling capacity
  • Battery and redundancy
  • Site and security interfaces

VALIDATE BEFORE COMMITMENT

TBD
  • Final bill of materials
  • Environmental and seismic requirements
  • Certifications
  • Exact delivery schedule
  • Final workload performance

Available architecture does not establish stock availability or a project delivery date. RC-2 and RC-3 remain S1 system architectures pending a dedicated supplier configuration.

Tell us what must run, where it must run and how quickly you need capacity.

Configure Your AI Infrastructure
info@ss1.ch+41 78 793 12 04
NEED A BROADER SYSTEM PROJECT?

Need More Than
Rapid Compute?

Rapid Compute focuses on deployable AI infrastructure.

Projects requiring full digital project modeling, industrial simulation, energy architecture or multi-domain infrastructure integration can continue through S1 SYSTEM.

Explore S1 SYSTEM

S1 SYSTEM
Model the World. Build the System.