Your Data Centre Is Where
Your Business Lives.
Build It to Global Standards —
From the First Cable.
Layerix designs and builds data centre infrastructure — physical layer, network, virtualisation, storage, and security — engineered by a team whose founder built data centre networks for Facebook, Google, and AWS.
"The same engineering discipline used to design data centre networks for Facebook, Google, AWS, and AT&T — applied to your data centre, regardless of whether it has 5 racks or 500."
JNCIE-SP #2410 · JNCIE-ENT #658 · JNCIE-DC #85 · Network Architect — Facebook · Google · AT&T · AWS
"JNCIE-DC #85 — one of fewer than 100 engineers globally to hold this data centre network certification at the time of award."
A Data Centre Has Zero Tolerance for Design Failures.
A server room or data centre is not a room with racks. It is the physical location where your applications, databases, backups, and communications infrastructure live. Every design decision made during build — cabling route, rack placement, power path, cooling airflow, and network topology — determines how reliable and scalable it is for the next decade. Getting it wrong during build costs three times more to fix after the fact. Getting it right from the first cable costs nothing extra — it just requires engineers who know what right looks like.
High-Density Cabling With Zero Tolerance for Error
A data centre has thousands of cable runs in a confined space. A single labelling error or untested run can cause an outage that takes hours to trace.
Power and Cooling Efficiency
Servers generate heat. Racks consume kilowatts. Without proper power path design and airflow planning, uptime and hardware life are both compromised.
Network Redundancy — No Single Point of Failure
Every network path in a data centre must have a redundant counterpart. A single failed cable or switch must not take a service offline.
Storage That Scales With the Business
Storage capacity, IOPS, and replication requirements grow with every application added. The storage architecture must accommodate this without forklift upgrades.
Security — Physical and Cyber — at Every Layer
A data centre is the highest-value physical and digital target in an organisation. Biometric access, CCTV, firewall, and endpoint protection must all be present and integrated.
Virtualisation and Modern Workloads
Modern data centres run virtualised and containerised workloads — not one application per physical server. The network and storage must be designed to support this from day one.
A Data Centre Built From First Principles — Physical Layer to Application Layer. One Team. No Gaps.
Most data centre deployments involve a cabling contractor, a network vendor, a server integrator, and a security company — each responsible for their slice, none responsible for how all four work together. When integration fails between layers, no single contractor owns the problem. Layerix delivers the complete data centre infrastructure stack from one in-house team. Every layer is designed to integrate with every other layer — because the same engineers who lay the fibre also configure the storage network, commission the hypervisors, and set up the physical access control.
"Every layer designed by Layerix. Every layer installed by the same in-house team. Every layer documented at handover."
The Complete Data Centre Stack. From One Team.
Every component below is scoped, designed, deployed, and supported by the same Layerix in-house engineers.
Optical Fibre Backbone
Inter-rack and inter-row fibre — OTDR-certified, labelled, and documented to TIA-942 standards.
Learn more →Copper Cabling
Server-to-ToR and patch panel cabling — Fluke DSX-tested and certified on every run.
Learn more →Network Racks & PDUs
Rack assembly, PDU selection, power mapping, and cable management — the physical home of every device.
Learn more →Perimeter Firewall & Security
Data centre edge firewall, IPS, threat intelligence, and network packet broker for complete traffic visibility.
Learn more →NAS & SAN Storage
Storage architecture and deployment — RAID design per workload, snapshot, replication, and backup integration.
Learn more →Server & Virtualisation
Physical server deployment, hypervisor installation, VM migration, private cloud, and containerisation.
Learn more →Physical Security
CCTV, biometric access control, door interlocks, and central unified monitoring — every entry point covered.
Learn more →Central Unified Monitoring
One dashboard — every server, switch, storage array, camera, and sensor — with real-time alerts and historical reporting.
Learn more →Resident Manager & AMC
The same team that built your data centre — maintaining and supporting it on-site or on-call.
Learn more →The Engineering Principles Behind Every Layerix Data Centre Build.
These are not guidelines we follow when convenient. They are non-negotiable standards on every data centre project — regardless of size.
Redundancy at Every Layer — N+1 Minimum
Every critical path in a Layerix data centre has at least one redundant counterpart. Dual power feeds to each rack from separate PDUs on separate circuits. Dual uplinks from every access switch to redundant core switches. Dual WAN links from separate ISPs. A single component failure must never take a service offline.
Structured Cabling to TIA-942 Standards
Every copper run is Fluke DSX-tested to TIA/EIA-568. Every fibre link is OTDR-verified. Every cable is labelled at both ends using a documented naming convention. As-built drawings reflect what is physically installed — not what was originally designed. You receive test certificates for every run at handover. Nothing leaves untested and undocumented.
Hot/Cold Aisle Awareness
Rack placement, cable management, and airflow direction are planned to support hot/cold aisle containment — even where formal containment structures are not installed. Server racks face the same direction. Cable runs stay below floor or above ceiling where possible. Power strips are mounted at the rear. These decisions made during initial build determine cooling efficiency for the next decade.
Scalable From 5 Racks to 500
A data centre designed for today's workload must accommodate next year's growth without a redesign. Layerix sizes core switching with port headroom. Fibre backbone includes spare cores for future connections. Storage is architected for expansion without replacing the array. Rack space is planned with a growth path. The data centre you build today should serve you for at least seven years — we design to that horizon.
How a Data Centre Build Actually Works — From First Assessment to Final Handover.
Infrastructure Assessment
We assess your existing server room or data centre space — physical dimensions, power capacity, cooling capability, existing cabling, and network topology. For new builds, we review the architect's drawings and provide a readiness checklist before any equipment arrives on site.
Workload Analysis & Capacity Planning
We map your current and planned workloads to infrastructure requirements — compute (CPU cores and RAM), storage (capacity, IOPS, and throughput), and network (bandwidth, latency, and redundancy). This data drives every hardware specification that follows.
Architecture & BOQ Design
Complete data centre architecture design — cabling layout, rack elevation drawings, network topology, storage architecture, virtualisation design, and security layer. Full bill of materials agreed and approved before any procurement begins.
Physical Infrastructure Build
Cable tray, containment, rack installation, and PDU mounting — the physical layer built to TIA-942 standards before a single active device is racked. Every cable run is pulled and terminated before active equipment arrives.
Cabling, Testing & Certification
Every copper run Fluke DSX-tested to TIA/EIA-568. Every fibre link OTDR-verified. Every cable labelled at both ends. Certification test reports generated for every run before active equipment is installed.
Active Network Deployment
Core switches, access switches, ToR switches, firewalls, and WAN edge devices — racked, connected, and configured. Routing protocol convergence verified. Redundant paths tested under simulated failure conditions.
Server, Storage & Virtualisation
Physical servers racked and cabled. Storage arrays connected to the network fabric. Hypervisors installed and configured. VMs migrated or freshly provisioned. Backup and replication tested to completion before any production workload is moved.
Security, Monitoring & Handover
Physical security commissioned — biometric access, door interlock, and CCTV verified at every entry point. Central monitoring dashboard configured with alerts for all critical systems. Full as-built documentation, admin credentials, and test certificates delivered. Resident Manager or AMC engagement activated from day one of operation.
Why CTOs and Infrastructure Heads Choose Layerix for Data Centre Builds.
Designed by Engineers Who've Done It at Hyperscale
Our founder holds JNCIE-DC #85 — one of fewer than 100 engineers globally to hold this certification at the time of award — and has designed data centre networks for Facebook, Google, and AWS. That experience is applied to every data centre project we take on.
One Team. Every Layer. Zero Subcontracting.
Cabling, network, storage, virtualisation, security, and access control — all from the same 28-member Layerix in-house team. No integration gaps between contractors. No blame when layers do not work together.
Certified on Every Cable. Not Just Inspected.
We test every copper run to TIA/EIA-568 using Fluke DSX equipment and every fibre link with an OTDR. Test certificates are delivered at handover — not filed internally. You have proof that every cable performs to specification.
Redundancy Designed In — Not Added Later.
Dual power paths, dual uplinks, dual WAN links, and redundant storage paths are designed into the architecture from the start. Redundancy retrofitted after build is always partial and always more expensive. We get it right at the design stage.
As-Built Documentation That Matches Reality.
As-built drawings reflect what is physically installed — not the original design unchanged. Cable schedules, rack elevations, IP allocation, and admin credentials are all delivered at handover in a format your team can use immediately.
The Build Team Becomes the Support Team.
Under a Resident Manager or AMC engagement, the engineers who built your data centre maintain it. No knowledge transfer. No new team discovering your infrastructure from a document. The same people. The same accountability.
Infrastructure We've Built.
Every project below was delivered 100% in-house, Fluke-certified, OTDR-verified, and handed over with full as-built documentation and test reports.
Telus International
Enterprise Server Room & Network Infrastructure
Complete enterprise network and server room infrastructure for Telus International's Bengaluru facility — structured cabling, network switching, firewall security, server infrastructure, and managed support. Deployed entirely in-house by Layerix certified engineers.
✓ Reliable, documented infrastructure supporting international technology operations from Bengaluru.
Somerset Therapeutics
Pharmaceutical IT Infrastructure
IT infrastructure deployment for a pharmaceutical manufacturing environment — designed with the documentation discipline required for regulated GxP environments. Structured cabling, network security, server infrastructure, and access control delivered by Layerix.
✓ GxP-aligned infrastructure with audit-ready documentation and ongoing Layerix managed support.
Sea Rock Precision Products
Industrial Network & Server Infrastructure
Complete network and server infrastructure for a precision manufacturing facility — designed for reliability in an industrial environment with OT/IT considerations. Cabling, networking, security, and server infrastructure delivered 100% in-house.
✓ Zero-downtime production network and server environment with documented infrastructure and AMC support.
25+ enterprise projects. 9+ industries. Every data centre and server room deployment 100% in-house.
View All Client Success StoriesYour Data Centre. Built to Global Standards. By the Same Team That Maintains It.
Designed by engineers who built for Facebook, Google, and AWS. Deployed by the same in-house team. Supported with the same rigour — every day after handover.
Our Engineers On Site.
Every photo is from an actual Layerix data centre or server room deployment. No stock imagery. No subcontractors. The engineers you see are the ones who will work on your infrastructure.
Fibre backbone termination — enterprise data room, Bengaluru
Server rack installation — pharmaceutical facility, India
Rack cable management — technology campus, Hyderabad
Hypervisor configuration — enterprise server room, Chennai
Data room handover — manufacturing client, Pune
Server room access control — enterprise facility, Bengaluru
Frequently Asked Questions — Data Centre Solutions.
What is the difference between a server room and a data centre?+
What cabling standards do you design and install to?+
How do you handle power and cooling planning for a data centre?+
What is N+1 redundancy and do we need it?+
Can you virtualise our existing physical servers?+
What storage architecture do you recommend for a data centre?+
Do you provide backup and disaster recovery as part of the data centre build?+
How do you secure a data centre physically?+
Can you deploy containerisation (Docker / Kubernetes) alongside virtual machines?+
How long does a data centre build take?+
What documentation do we receive at data centre handover?+
What ongoing support do you offer after the data centre is built?+
Ready to Build Your Data Centre to Global Standards?
Tell us about your facility — the space, the workloads, the scale, and the timeline. Our engineers will assess your environment and propose a complete infrastructure design — at no obligation.
Request a Data Centre Assessment →