Storage, servers, routers, firewalls, cabling, and power backup — installed, configured, and supported as your network grows.
Storage, servers, routers, and firewalls with cooling and battery backup — designed for actual compute requirements with growth headroom.
Typical deployment
On-premises server rooms and network closets for offices managing their own infrastructure.
Traffic monitoring and access rules sized with throughput headroom — configured for your traffic patterns, not a generic template.
Typical deployment
Office internet gateways and inter-VLAN security for networks with sensitive data.
Racks with growth headroom, cable management, and ventilation — because a full rack on day one needs a forklift upgrade in twelve months.
Typical deployment
Server rooms, network closets, and IDF/MDF installations.
Cabling laid out so the network stays traceable — fiber runs for longer distances, every run documented from patch panel to outlet.
Typical deployment
New office fit-outs, floor expansions, and cabling refreshes in aging buildings.
Access points placed based on RF survey data, not guesswork — with SSID segmentation and QoS for staff, guests, and IoT.
Typical deployment
Open-plan offices, multi-floor buildings, hotels, and warehouses.
Zero-transfer-time battery backup — runtime sized for actual load and local power reliability, with battery load-testing in AMC.
Typical deployment
Server rooms and network closets where power loss means data loss or service interruption.
Network topology, structured cabling, and power backup designed for the next five years of growth.
Wi-Fi covering every room and common area, with guest/operational traffic segmentation.
Hardened infrastructure with strict access controls, VLAN segmentation, and audit-ready documentation.
Dependable Wi-Fi, structured cabling for media rooms and home offices.
Enterprise-grade firewall, Wi-Fi, and cabling scaled to a smaller footprint.
The systems and engineering considerations that come up most often across the environments we work in.
Multi-floor cabling coordination, VLAN design for voice and data separation, and room-booking integration with existing calendar platforms.
Guest-network isolation, PMS integration for IP phones, and AV systems designed for event managers rather than AV engineers.
Reliable coverage across wards and operating theatres, fire-alarm integration with evacuation protocols, and UPS-backed critical systems.
Equipment that survives daily use by non-technical staff, centralized management across buildings, and budget-appropriate specifications.
STQC-aligned surveillance, secure perimeters with audit trails, and procurement-compliant equipment from authorized channels.
Ruggedized access points for high-ceiling environments, temperature-controlled server enclosures, and IP-rated cameras for dust-prone areas.
Perimeter and lobby surveillance, visitor management integrated with intercom, and centralized Wi-Fi covering individual units and common areas.
Agent-position cabling with power and data, call-recording compliance, and dialer sizing based on actual call-volume data.
We'll survey what you have and design infrastructure for the next five years.