Enterprise-Grade Facilities, Zero Overhead
We deploy your workloads in carrier-neutral, Tier III+ data centres across Hong Kong, giving you top-tier physical security and uptime without the capital expense.

Hong Kong infrastructure
Enterprise-grade server hosting, SD-WAN connectivity, and flexible hardware leasing — fully architected, contracted, and supported by KW Informatics in Hong Kong.
KW Informatics designs the architecture, holds the contract, and runs day-to-day operations — one Hong Kong team for the full infrastructure lifecycle.
We deploy your workloads in carrier-neutral, Tier III+ data centres across Hong Kong, giving you top-tier physical security and uptime without the capital expense.
One contract, one monthly invoice, and one dedicated engineering team to handle your entire infrastructure lifecycle — from racking to daily operations.
Rack layout, SD-WAN, and hybrid connectivity designed around your workloads — not leftover capacity from a catalogue.
Hong Kong engineers for design workshops, incidents, and managed operations through the service window you contract.
Hosted in enterprise-grade Hong Kong data centres featuring N+1 power redundancy, UPS backup, 24/7 physical security, and strict access controls.
Direct, high-speed connectivity to major public clouds (AWS, Azure, GCP) for seamless hybrid cloud architectures.
Eliminate 5-year hardware refresh risks. Rent production-ready enterprise servers, firewalls, and SAN storage with included maintenance.
No large upfront purchase — pay for what you use.
Support and hardware upkeep included in the service.
Free internal IT time for projects instead of rack work.
Servers, firewalls, and related gear without a five-year refresh gamble.
A typical layered network we design and support for colocation and leased hardware.
Core router
Load balancer
10G switch
Firewall
Server rack
SAN storage
Typical of the Hong Kong halls we use. We confirm the live figure for the site you choose.
Keep sensitive systems close, and burst or fail over to the public cloud when it helps.
Overflow to public cloud during peak demand.
Move data between tiers based on how often it is used.
Cloud-based failover for on-premises systems.