A network drop, a security gap between towers, or a fire system that fails its cause-and-effect test is not a snag in an IT park, it is a tenant breaking their lease. Yakkaservices designs, integrates, tests and supports the systems behind your campus under one contract: the network backbone, security, building management, fire and life safety, and AV.
Yakkaservices integrates the building systems behind an IT park. Here is where that work fits, and where it does not.
When your IT park needs several systems, the network backbone, security, building management and life safety, designed, integrated and certified together across multiple towers, with one team accountable for how they work as a whole.
If you need to replace a single system in one block, one CCTV run, one fire panel, one access door, a focused specialist contractor will often do it faster. That is the right call, and we will tell you so.
If you are buying your tenants’ servers, cloud, business applications or managed IT, that is tenant IT. We design the landlord base-build infrastructure those systems run on, the backbone, security, BMS and life safety, not the tenant fit-out or the applications.
Tenants run global support desks, development centres and round-the-clock operations, so your network, power, cooling and security carry the load through nights, weekends and a power dip. When one fails quietly, your tenant finds out mid-shift and logs it against their service level, then yours.
Each tenant needs its own secure network segment, its own access zones and its own meter, all running on infrastructure you own and share. The hard part is keeping one tenant fully isolated from another while the cabling, switches and building systems underneath stay common.
SEZ and STPI benefits, the occupancy certificate and the fire NOC all depend on your building systems passing inspection before tenants move in. Across several high-rise towers, evacuation works only when fire detection, smoke control and access release act as one system.
Every tenant service you lease against rides on the same physical infrastructure. We design, integrate and certify these six systems so they work together, not just alongside each other.
Every tenant rides the same campus backbone: internet, voice, building systems and their own corporate network. We design and certify the cabling to TIA-568-D (2018) and ISO/IEC 11801:2017, with fibre between towers and the resilience that keeps a floor online when a switch or link fails. Each tenant gets a segregated, secure segment on shared infrastructure.
ICT infrastructureLobbies, lift access, parking, server rooms and each tenant’s suite need a different rule about who gets through the door. Access control and visitor management let you set those rules by tenant, zone, role and time, and give each tenant control of their own floors without exposing the rest of the campus.
ELV systemsA multi-tower campus, its perimeter, parking and common areas need coverage one control room can actually watch. We design camera placement from a site survey, size storage for your real retention period, and bring it into a single command centre so security sees the whole campus, not six disconnected systems.
ELV systemsEnergy is one of your largest operating costs and a number tenants ask about before they sign. The BMS runs HVAC, lighting and common-area plant, and meters energy by tenant so you can bill fairly and show consumption per floor. Built on BACnet, Modbus and KNX, so you are not locked to one vendor for future changes.
Building management systemAcross high-rise towers, evacuation depends on detection, smoke control and door release acting in the right sequence, tower by tower. Your addressable fire alarm triggers the right doors, dampers, lift recall and voice messages to NBC 2016, NFPA 72 (2022) and EN 54, with the commissioning evidence the fire authority asks for before occupancy.
Fire and life safety systemsCommon-area announcements, a voice evacuation message and tenant wayfinding can share planned infrastructure. We integrate public address and voice alarm so a fire event overrides routine paging with a clear instruction by zone, with lobby digital signage, meeting-suite and auditorium AV in the same scope.
AV solutionsFour failures that appear at commissioning or after handover. Each one is preventable at design stage.
The fire alarm passes on its own, the smoke control passes on its own, and nobody runs them together across the towers until the authority does. In an IT park that means a failed cause-and-effect inspection and an occupancy date that slips while you re-test, with tenants waiting on a fit-out they cannot start.
A failed fire inspection, and an occupancy date that slips while tenants wait to fit out.
A written cause-and-effect matrix agreed early, then a full integrated test across every tower before the authority visit, not during it.
When the campus backbone is built without proper segmentation, one tenant’s traffic, or the building OT systems, can reach a network that should be sealed off. For a tenant with their own security and compliance obligations, that is a finding in their audit and a reason to question the building. We have seen building management systems left on the same flat network as tenant data.
A tenant audit finding, and a tenant questioning whether your building is safe to operate in.
Segment the network at design stage, separate building OT from tenant IT, and hand over the VLAN and addressing scheme as documented evidence.
Cabling, pathways and the riser are sized for the first tenants, then the next lease needs more fibre, more power or more cooling and there is no room left. The consequence is civil and containment work in an occupied tower, at your cost, while you try not to disturb paying tenants.
Retrofit work in an occupied tower, at your cost, that disturbs tenants who already pay rent.
Size risers, pathways and the backbone for credible growth at design stage, and leave documented spare capacity per floor.
The base build finishes but the as-built drawings, test results and cable schedules never arrive, so every tenant fit-out starts by surveying what is already there. The consequence is slow fit-outs, repeated site visits, and disputes about what the landlord delivered versus what the tenant must add.
Slow tenant fit-outs and disputes over what the landlord delivered.
Make full as-built documentation, channel test results and warranty registration a handover deliverable, in editable format, not a promise to follow.
In an IT park, the systems are only as good as the points where they meet. A fire event has to release the doors, recall the lifts and override paging in the right order. None of that happens by accident. It happens because the interfaces were drawn at design stage and tested before handover.
When one team designs and commissions all of it under a single contract, those interfaces are one team's responsibility. When each system is a separate contract, the gaps between them belong to no one, until the day they fail.
Compliance is easier to judge when you can see it by system. Here is what each system we deliver is designed, tested and approved against, for IT-park projects in India and Oman.
Structured cabling, fibre backbone and the data pathways that carry every tenant and building system, designed for resilience and growth.
Across all of them, you receive the evidence at handover: test certificates, the fire cause-and-effect matrix, the network segmentation and addressing scheme, and as-built drawings.
The questions IT-park developers, facilities teams and consultants ask before they specify.
Tell us about your IT-park project and a senior engineer reviews it with you, then sets out what your systems need and where the risks are.
Response within one business day. No cost, no obligation.
