01
Infrastructure basis
Workload assumptions, capacity planning, utility and site interfaces, availability objectives, and deployment phasing.
AI infrastructure
Plan dense compute as one resilient operating system.
AI infrastructure performance depends on the interfaces between utility service, electrical distribution, cooling, compute, controls, and the people who operate them. We coordinate those interfaces around availability, maintainability, observability, and the realities of phased deployment.
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01Utility
02Power
03Cooling
04Compute
05Operations
One coordinated path from definition through operating feedback.
Operating outcomes
What the engagement is designed to change.
- A capacity roadmap tied to usable power, cooling, controls, and operations
- Clear resilience modes, maintenance paths, and system-level acceptance criteria
- A phased delivery basis that preserves interfaces for future expansion
Scope areas
A practical scope built around the system.
02
Power & cooling coordination
Distribution topology, critical loads, heat rejection, liquid and air cooling interfaces, redundancy, and maintainability.
03
Controls & telemetry
BAS, PLC, power and thermal monitoring, alarms, historian strategy, network interfaces, and operating views.
04
Commissioning & operations
Integrated-system testing, failure modes, operating procedures, staffing, training, spares, and readiness gates.
Delivery sequence
Decisions move through visible gates.
- 01 / Model
Define the usable capacity basis
Connect compute demand to utility, power, thermal, resilience, footprint, schedule, and operating assumptions.
- 02 / Integrate
Resolve every system interface
Coordinate equipment, distribution, cooling, controls, data, maintenance access, and phase boundaries.
- 03 / Prove
Test the facility as a system
Verify normal, degraded, emergency, and recovery modes against approved performance criteria.
- 04 / Operate
Make performance visible
Establish procedures, telemetry, staffing, spares, escalation, and continuous-capacity management.
Operating controls
The disciplines that protect delivery quality.
Every control is tailored to the contract and project risk. The intent is simple: keep safety, acceptance, procurement, documentation, and operating reality connected to the technical work.
Capacity governance
IT demand and facility capacity are reconciled at phase gates before commitments move forward.
Integrated commissioning
Acceptance extends beyond component startup to system interactions, degraded modes, and recovery.
Operational telemetry
Power, thermal, controls, alarms, and asset condition support decisions at the correct operating level.
Maintainable resilience
Redundancy is reviewed with access, isolation, procedures, spares, and the people required to use it.
Engagement models
Choose the level of accountability the work requires.
Program advisory
- Best for
- Developers, owners, and operators evaluating a site, phase, concept, or infrastructure risk.
- Typical output
- Decision basis, interface map, critical risks, capacity logic, and next-phase scope.
Technical integration
- Best for
- Programs that need power, cooling, controls, procurement, and operating requirements coordinated.
- Typical output
- Integrated requirements, design reviews, interface ownership, and commissioning basis.
Readiness & performance
- Best for
- Facilities approaching energization, turnover, load deployment, or operational recovery.
- Typical output
- Readiness gates, integrated tests, procedures, training priorities, and verified open items.
Start with the objective