Services
Data centers and GPU clusters, built down to the firmware.
Design and build, AI data centers, servers and storage, colocation smart hands, migrations and secure decommissioning.
Data Centers and Infrastructure
What this covers.
Infrastructure is where software meets physics: power, heat, weight, cable lengths and the firmware on every board. Our engineers have worked on the floors of large colocation facilities and inside the servers themselves, at the level of BIOS settings, baseboard controllers and drive firmware. We design rooms and halls, integrate and validate racks, and run the hardware afterwards, for general enterprise workloads and for the dense, power-hungry clusters AI now demands.
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Data center design and build
Server rooms and data halls designed around power and cooling. -
AI data centers and GPU clusters
GPU clusters planned, racked, networked and validated for AI. -
Servers, storage and hardware engineering
Hardware engineered down to firmware, BIOS and board level. -
Colocation, remote and smart hands
Engineers on the floor of your colocation suite when you need them. -
Data center migration and relocation
Workloads and hardware moved with a rollback plan for every step. -
Decommissioning and IT asset disposition
Hardware retired with data destroyed and every serial accounted for.
Start from the problem
Which of these sounds like your week?
Choose a situation and see the service that starts there, with what it includes.
- A server room has grown into a data center without ever being designed as one.
- Planned hardware needs more power or cooling per rack than the room can provide.
- GPUs have been ordered, and the facility is not ready for their power or heat.
- A cluster is built, but jobs run far slower than the hardware should allow.
- Servers fail intermittently, and the logs above the hardware show nothing.
- Firmware has not been updated, because nobody knows whether it is safe to.
- Hardware sits in a facility far from your own engineers.
- The operator's remote hands service follows instructions but cannot diagnose.
- A data center lease ends on a date that cannot move.
- Several sites are being consolidated into one.
- Retired servers and drives are in storage, and nobody is sure what data they hold.
- An audit asks for proof that decommissioned media was destroyed.
Choose the situation that sounds most like yours.
Where that starts
Data center design and buildServer rooms and data halls designed around power and cooling.
- Capacity planning
- White space layout
- Power distribution
Where that starts
AI data centers and GPU clustersGPU clusters planned, racked, networked and validated for AI.
- Capacity planning
- Cooling readiness
- Compute fabric
Where that starts
Servers, storage and hardware engineeringHardware engineered down to firmware, BIOS and board level.
- Platform design
- Firmware and BIOS management
- Out of band management
Where that starts
Colocation, remote and smart handsEngineers on the floor of your colocation suite when you need them.
- Colocation selection
- Move-in and buildout
- Smart hands
Where that starts
Data center migration and relocationWorkloads and hardware moved with a rollback plan for every step.
- Discovery
- Disposition
- Move group design
Where that starts
Decommissioning and IT asset dispositionHardware retired with data destroyed and every serial accounted for.
- Decommissioning planning
- Data sanitization
- Physical destruction
A common path
From the empty room to the retired rack.
- Data center design and build Design the room backwards from the equipment it will carry, with space to grow. Open the service
- Servers, storage and hardware engineering Baseline servers and storage down to firmware, so the platform starts predictable. Open the service
- Colocation, remote and smart hands Keep engineers on the floor for the changes and faults that follow go-live. Open the service
- Decommissioning and IT asset disposition Retire what is replaced, with evidence that its data is gone. Open the service
Each step is bought on its own, and you can start at any of them.
Reference architecture
From the hall to the rack to the GPU.
Power and cooling designed for the density, racks built and cabled to the drawing, GPUs on a fabric that keeps them busy, and the operation and retirement of every part recorded.
Power, cooling, fabric and storage all have to hold for a GPU to stay busy.
Monitoring raises it, an engineer replaces it, and the record shows what was done.
Design for the load, then build and test it rack by rack.
Workloads move first, then hardware leaves with its data destroyed and recorded.
Outcomes
What changes.
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Capacity that matches the plan
Power, cooling, space and network ports are budgeted from the hardware you intend to run, including the next generation, before anything is ordered.
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Racks that work on day one
Hardware is integrated, cabled, labeled and burned in before it reaches production, so faults are found on the bench rather than in service.
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A record of every asset
Every server, drive and cable is documented from arrival to secure disposal, which is what audits, warranties and migrations depend on.
Planned for the load it will carry in five years, not the one it carries today.
Commercials
How engagements run.
Three commercial shapes, and none of them is an hourly meter.
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It starts with a paid assessment
Anything carrying real technical risk begins with a fixed-fee technical assessment, one to three days, producing a written findings document and a scoped fixed price for the build.
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Fixed price for defined scope
Once the scope is known from your systems rather than from a conversation, the build is priced as a fixed figure, with the assumptions it depends on written down alongside it.
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Monthly retainer for operations
Ongoing operational ownership runs on a monthly retainer against an agreed service level, so the cost of running a system is a number you can plan against.
Where it is bought
Data Centers and Infrastructure, by sector and region.
The sectors that ask for it most, and who you would contract with in each region.
Sectors that ask for it
Questions
Questions we get asked.
Do you build in our facility or in colocation?
Both. We work in owned server rooms and data halls and in third party colocation, coordinating with the facility operator on power, cooling, access and change windows.
Are you tied to a hardware vendor?
No. We design to the workload, with platforms from Dell, HPE, Lenovo, Supermicro, Cisco, Arista, NVIDIA and others as the requirement dictates, and with the hardware you have already bought.
Can you support liquid cooling?
We plan for it. Current accelerators push rack densities beyond what air alone removes, so we assess the facility for rear door heat exchangers or direct to chip cooling early, with the operator, because it changes the floor plan, the plumbing and the power design.
Do you handle secure data destruction?
Yes. Drives are sanitized to NIST SP 800-88 or physically destroyed, each with a certificate tied to its serial number, and the disposal chain is documented end to end.
Ask about your situation
Answered from this site, with its sources.
The stack
Where one layer meets the next, one team owns the seam.
Data Centers and Infrastructure is the highlighted layer. Integration connects it to the other six, so work here is planned with the layers around it in view.
CONTACT
Plan the capacity before you buy the hardware.
Bring the workload, the facility constraints and the timeline. We will return a capacity, power and cooling plan you can take to any vendor.
- Senior-led
- Accountable
- Direct
- Fixed-price options
- Compliance-ready
- 24/7 capable
Prefer to talk it through? Call +92 (333) 32 11011
What happens next
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You pick the time
We schedule the call at your convenience, not around our pipeline.
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Thirty minutes, with an engineer
A direct answer on what we would do and whether we are the right fit at all.
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A written assessment
A technical assessment and proposal, and the document is yours either way.