Campus networks and data centres. CCTV, access control, intrusion and fire alarm, perimeter fencing, gate automation, X-ray screening and building management. Designed, deployed and commissioned as one system by one accountable team.
Infrastructure delivered for
On most sites the network is procured by IT and the cameras, card readers and fire panels are procured by facilities or projects. They meet for the first time during commissioning, and that is when everyone discovers the switch ports, the PoE budget and the VLAN plan were never sized for what physical security needs.
SNA Infotech designs both. The campus network, the cybersecurity layer, the surveillance system, access control, entrance automation, fire detection and the building management head-end come from one drawing set, one bill of materials and one cause-and-effect matrix — with one program manager answerable for the result.
The same building blocks, arranged for what the site has to do.
Hot-desking, secure guest Wi-Fi, badge-and-face access, occupancy analytics and meeting rooms that work when someone walks in.
Retail floors where the network carries POS, Wi-Fi and cameras on one policy — and analytics flag the queue before customers complain.
Plant-floor connectivity built for RF-hostile environments, with OT/IT segmentation, perimeter detection and gate automation for vehicle movement.
Guest experience that starts at the boom barrier and ends at the room door — high-density Wi-Fi, IPTV-ready networks and integrated surveillance.
Filter by domain, or search for a specific technology or brand.
One policy, one identity and one set of rules whether a user is on a network port or on Wi-Fi — instead of two networks that only pretend to be one.
Wi-Fi built for auditoriums, plants, warehouses and campuses where hundreds of clients associate in the same space — validated by RF survey, not guessed from a floor plan.
Compute, storage, fabric, power and cooling designed together — including the containment and rack layout decisions that get expensive to change later.
Only known, patched, compliant devices get an IP address. Everything else lands in quarantine until it is fixed. This is a design speciality, not a resale line.
Locating rogue access points, mapping interference and tracking assets over RF — using Cisco MSE and Aruba RFProtect.
Detection and response on every laptop, desktop and server — CrowdStrike and FireEye class tooling, plus multi-factor authentication and host policy that travels with the device.
Security that follows the user instead of the office — secure web gateway, CASB and zero-trust network access from Netskope, Zscaler and Palo Alto.
Next-generation firewalls, segmentation and IPS across the data centre, the branch and the cloud VPC — with rule sets that get reviewed, not just added to.
Centralised voice across branches — IP-PBX migration, SIP trunking and least-cost routing that usually pays for itself in inter-branch call savings.
Voice, video, presence, messaging and conferencing on one platform, integrated with the meeting rooms people actually book.
Full-scope security system design — risk assessment, device-by-device layout drawings, bill of materials, cause-and-effect matrix and a commissioning plan you can hold us to.
The room every other system reports into. Surveillance, access, fire, PA and entrance automation on one operator console with one escalation workflow.
Cameras designed against what you actually need to see — identify a face, recognise a person, or just detect movement. Standard in banks, airports, factories and housing societies, and increasingly a compliance requirement rather than a choice.
Restricting entry to the people who should have it — offices, factory floors, R&D areas and server rooms. Standalone for a single door, networked across a campus, integrated with HR so a leaver loses access the day they leave.
Burglar alarm cover for offices, warehouses and premises that sit empty overnight — magnetic door contacts, PIR motion sensors and auto-diallers that reach a real person within seconds of a trigger.
Boom barriers, road blockers, rising bollards, swing and sliding gates, speed gates and turnstiles — sized for the vehicle and pedestrian throughput you actually get at peak, not the average.
Detection at the fence line rather than at the front door — the difference between knowing someone is on your land and finding out when they reach the building.
Optical smoke, heat and beam detection designed to code for malls, hotels, hospitals, factories and large enterprise sites — integrated so an alarm releases the right doors and puts the right message on the right floor.
Clean-agent suppression for server rooms, UPS rooms and panel rooms — where water would cost you more than the fire.
HVAC, lighting, energy metering and utilities on one head-end — with the trend data that shows where a building is quietly wasting money.
Turning recorded video into something operators actually watch — intrusion, loitering, crowd density, people counting and vehicle recognition.
Baggage, parcel, cargo and vehicle scanning for airports, ports, government buildings and any site where what comes through the gate has to be checked rather than trusted.
Handheld wands, single-zone door frames and multi-zone archways — specified against the throughput at your gate, because a queue at the entrance is its own security problem.
Fireproof and explosion-resistant safes for cash, records, backup media and controlled documents — rated to how long the contents need to survive, not just how heavy the door is.
Nothing matches that search. Try a broader term — or tell us what the site needs and we will point you to the right team.
Integration is not a slide. It is a control room where an alarm at the perimeter puts the right camera on the video wall, releases the right doors and pages the right person — because the cause-and-effect matrix was written before anything was installed.
Behaviour-based networking that applies policy to people and devices — delivered without the operational complexity that usually comes attached to it.
Open standards and open protocols, so the architecture stays useful for the applications and devices you have not chosen yet. Plan for the unknown.
Avoid rip-and-replace. Where a migration path exists we use it, phasing investment instead of forcing one disruptive cutover.
Stock exchanges, refineries, defence installations, data centres, steel plants and five-star hospitality — environments where downtime and security failures are not survivable.
The recommendation follows your requirement, not a single vendor's line card.
Four stages, in this order, every time.
Site visit, threat and vulnerability assessment, inventory of what is already installed, and an honest read on what is failing and what is a genuine risk.
Layout drawings, conduit routing, bill of materials, cause-and-effect matrix and alternatives at different price points.
Staged rollout to a planned schedule, work carried out around your operating hours, with commissioning tests witnessed and signed off.
Annual support contract with defined response times, preventive maintenance visits and a monthly health report you can act on.
Large deployments are staffed to a defined organogram, not assembled ad hoc.
Send it across. We will come back with a design, a bill of materials and a realistic timeline — including the parts of the scope that usually get missed until commissioning.
Yes — that is the reason most clients engage us for infrastructure projects. The same delivery team designs the campus network, the cybersecurity layer, the surveillance and access control system and the fire and BMS integration, so the subsystems are commissioned to talk to each other rather than being bolted together afterwards.
On data infrastructure and cloud: Cisco, Aruba, Cisco Meraki, Juniper Networks, Fluke Networks, Verint, Palo Alto Networks, Fortinet, CrowdStrike, Netskope, Zscaler and FireEye. On smart building and physical security: Axis Communications, Pelco, Milestone, Genetec, HID, Honeywell, Bosch, Tyco, Panasonic, CAME, Magnetic and Rosslare.
Reference projects include the Bombay Stock Exchange, Bharat Petroleum, Tata Consultancy Services, Reliance Jio, Bharat Electronics, DRDO, Tata Steel, NTT Global Data Centers and large hospitality and realty campuses — multi-building sites, defence installations, data centres and high-security commercial environments.
Every project is staffed to a defined organogram: a Program Manager over a Project Manager and Project Lead, supported by design, commissioning, planning, billing, quality and HSE engineers. You get named contacts and a single escalation path rather than a rotating cast.
Usually, yes. Our design principle is to avoid rip-and-replace wherever a migration path exists. Where existing panels, cameras or controllers support open protocols, we integrate them into the new head-end and phase replacement over time.
Both. Fire detection, voice evacuation, clean-agent suppression and building management systems are part of the same scope, and are interlocked with access control and surveillance during commissioning.
No. A single-office CCTV and access control installation is a normal job for us, and it follows the same process as a campus — site visit, camera positions marked against what you need to see, a written quotation, then installation and handover. The larger projects listed on this page are what our engineers are trained on; you get the same team.
CCTV records what happened; an intrusion alarm tells you it is happening. Cameras are evidence and monitoring, while magnetic contacts and PIR sensors trigger a siren and dial or message your key-holders within seconds of a door opening after hours. Most sites that sit empty overnight need both, and we integrate them so an alarm automatically pulls up the relevant camera.
Both. We size the equipment against your actual gate throughput and tunnel or archway requirement, supply it, install and calibrate it, and train the operators — including image interpretation for X-ray, which is the part that determines whether the machine is actually useful.
We are headquartered in Mumbai and support customers across Vasai-Virar, Thane, Navi Mumbai and the wider MMR, with project delivery handled at customer sites across India.
Tell us what the site needs and we will come back with a design, a bill of materials and a realistic timeline.
SNA Infotech Pvt Ltd provides turnkey solutions for Business and Technology Relocation Projects as well as new facility construction projects.
©All Rights Reserved - SNA Infotech Pvt. Ltd