Enterprise Infrastructure Engineering
Alman Operations L.L.C-FZ designs and builds high-end infrastructure for enterprises — from a single private cluster to a complete data centre, highly available in airgapped, hybrid and cloud environments. We stay with the build from the first capacity plan through architecture to the platform running in production.
What we build
Every engagement combines them differently. What stays constant is that the people who draw the architecture are the people who rack, configure and migrate it.
Dedicated compute platforms on your own hardware, in your own racks, under your own control plane.
Whole-room engineering: capacity, power, cooling, fabric and the hardware that fills the racks.
Availability designed around failure domains and measured against agreed RTO and RPO targets.
The layer that makes infrastructure usable: automation, delivery pipelines and operational insight.
Where it runs
Most enterprises run all three at once. We design across the boundaries instead of pretending they do not exist.
For regulated, classified and OT environments where connectivity is a compliance decision, not a convenience.
Private platforms with controlled paths into public cloud — one operating model across every site.
Cloud footprints designed so that capacity, cost and exit remain engineering decisions.
How we work
Four phases with named deliverables. You can engage us for one of them or for all four.
We map the estate as it is: workloads, dependencies, constraints, compliance boundaries and the capacity trajectory you are actually on.
DeliverableCapacity model, risk register, target-state options
Reference architecture down to rack unit, VLAN, storage pool and failure domain — reviewed against your availability and recovery targets before anything is ordered.
DeliverableHLD and LLD, network and storage design, bill of materials
We build it: hardware, fabric, storage, platform, automation and pipelines — then migrate workloads in controlled waves with a rollback path at every step.
DeliverableRunning platform, IaC repositories, migration record
Monitoring, escalation paths and failover drills, followed by knowledge transfer to your team — or continued operation by ours.
DeliverableRunbooks, dashboards, trained operators
99.99%
Availability targets engineered around failure domains — not around a single well-behaved server.
N+1
Minimum redundancy we design for across power, network paths and node capacity.
0
External dependencies required to operate an airgapped platform we deliver.
65
Clients served and handed over.
30
Years of experience gathered.
85
Projects completed successfully.
Engineering stack
We select technology against your constraints — licensing, support model, skills in house and exit cost — not against a partner agreement.
The company
We are a small, senior team of infrastructure engineers based in Dubai, working for enterprises that treat their platform as a production asset rather than an expense line. Our work covers the full range between a first private cluster and a fully commissioned data centre.
Every engagement is run by the engineers who will build the result. That removes the gap where architecture documents usually lose contact with what is technically true in the racks.
Our background spans infrastructure as code, automation, DevOps practice, CI/CD and software development — which is why our platforms arrive with the pipelines, runbooks and observability needed to operate them, not just with hardware that boots.
We work vendor-neutral, document what we build and hand over environments your own team can run. Where you prefer, we stay on and operate them with you.
Questions
Yes. We build the offline supply chain that makes it sustainable: mirrored registries and repositories, signed artefacts with a defined import gate, internal PKI, identity and time sources, plus a patch and lifecycle process that works without any outbound connectivity. The platform is designed so that no operational task silently requires the internet.
Rarely. Most engagements start with an assessment of what is already running, and the target architecture keeps whatever is sound. Where hardware or a platform genuinely has to be replaced, we say so with the capacity and risk numbers behind the recommendation, and migration runs in waves with a rollback path at each step.
We are vendor-neutral and specify against your requirements: performance and capacity model, support and spare-part terms, lead times, power envelope and total cost over the expected lifetime. We work with the usual server, storage and networking vendors and can build a comparable bill of materials for each option.
An assessment and target architecture usually takes two to six weeks depending on the size of the estate. A private cluster can be in production within weeks of the hardware arriving; a data centre build-out is measured in months and is driven by procurement and site work rather than by engineering time. Timelines are agreed per phase, not as one number.
You receive the environment with its Infrastructure as Code repositories, runbooks, dashboards and alerting in place, and we train your operators on it. Where a team prefers not to run the platform themselves, we continue to operate it under an agreed support model with defined response times and regular failover drills.
That is the normal case. We work with your infrastructure, security and application teams, adopt your change process and leave the design decisions documented and reviewable. Knowledge transfer is part of the engagement, not an optional extra at the end.
Contact
Send the shape of the problem — sites, workloads, availability targets, constraints. We reply with an honest assessment of what it takes.
Enterprise infrastructure engineering — private clusters, data centres and high availability.