Dedicated suites
Separation designed in
Clean customer boundaries are part of the facility model
Solution
Wholesale colocation for customers that want dedicated suites and clean operational boundaries.
Wholesale colocation is how Psionics delivers dedicated suites for customers bringing their own racks, orchestration, and compute stack into a facility engineered for inference-era density and reliability.
The offer is designed for teams that want clear tenant separation, disciplined onboarding, and a go-live process grounded in measurable facility and connectivity behavior.
Connectivity ready
Latency and bandwidth aligned
Public and private options depend on region and carrier reality
Go-live verified
Baseline checks before activation
Connectivity, access workflows, and monitoring must be live
Wholesale colocation in practice
The offer is built for customers who want facility discipline without outsourcing their compute stack.
Who it is for
Hyperscalers and AI infrastructure teams that want dedicated space and power while retaining control of their own racks, networking edge, and orchestration.
- Dedicated suite or cage boundaries
- Clear separation between facility and customer responsibilities
- Predictable operations around maintenance and incidents
What you get
Psionics aligns power, cooling, security posture, connectivity options, and facility transparency around an inference-era operating model.
- Density-aware power and cooling posture
- Connectivity options matched to latency needs
- Operational transparency as a baseline practice
Boundary model
The customer keeps control of its own compute environment while Psionics owns the facility systems and the base operating posture around them.
- Facility systems owned by Psionics
- Compute and orchestration owned by the customer
- Shared clarity on access, comms, and escalation
Onboarding inputs
Activation moves faster when the traffic shape and operating model are explicit up front.
Traffic shape
We need ingress, egress, peak behavior, target regions, and latency priorities so the facility model aligns to the workload reality.
Inference traffic behaves differently than generic colocation assumptions.
Connectivity model
Public versus private connectivity, carrier preferences, and data gravity constraints should be explicit before activation planning.
Latency and throughput are operating constraints, not afterthoughts.
Communications posture
Incident channels, escalation contacts, audit expectations, and access workflows are part of onboarding rather than last-minute cleanup.
The handoff should feel operationally ready on day one.
Go-live discipline
Wholesale colocation succeeds when boundary clarity and validation happen before the first rack ships.
What Psionics operates
The facility posture is owned and validated as part of the service model.
- Facility power and cooling systems
- Physical security and access logging
- Base connectivity posture and monitoring
- Facility-side maintenance and incident communications
What the customer operates
Customers keep direct control over the compute environment they are bringing into the suite.
- Racks and deployed hardware
- Network edge as agreed
- Orchestration stack and workloads
- Internal operating tooling
What we validate before go-live
The suite does not become live just because equipment has landed.
- Baseline latency and throughput behavior
- Separation boundaries and access workflows
- Monitoring and alerting live for facility touchpoints
- Customer-facing operational assumptions confirmed
Next step