Passing inspection isn’t the same as working on day one
Network, power, and wireless infrastructure for global offices in Japan — designed and tested before your people show up, not discovered after they complain.
The gap between “installed” and “working”
Most infrastructure projects are checked against a punch list, not against how people actually use the space. The network can be fully installed, fully signed off, and still fail in the first week.
Cabling
Looks complete on the drawing
Every port labeled and patched — but nobody modeled how 40 people on video calls load the switches.
Wi-Fi
Tested empty, not tested full
Access points placed by floor plan guesswork. Dead zones only show up once desks are occupied.
Power & cooling
Sized for the rack list, not the real load
UPS and cooling specced to what’s on the spreadsheet — not what happens when everything runs at once, in a Tokyo summer.
Every one of these passes a basic inspection. None of them get caught until your team is sitting in the room — and by then, fixing it means tearing into finished walls and ceilings.
What it costs when nobody catches it early
Dead Wi-Fi zones turn into a steady stream of help-desk tickets in week one
Server room overheats under real load, putting hardware and uptime at risk
Fixes mean reopening finished ceilings and walls — after the office is already in use
We test for real use, before you move in
Our engineers plan power, cooling, cabling, and wireless together — as one system, not separate checklists. Wi-Fi coverage is modeled and validated with professional survey tools before a single access point goes up, and every rack arrives pre-configured and tested, not assembled on-site for the first time.
Wireless coverage modeled with Ekahau before install, not after complaints
Power and heat load planned for real usage, not the spec sheet
In-house engineers, not subcontractors, from design through support
Infrastructure that still works after people move in
No dead zones on day one
Coverage is validated against a fully occupied floor before anyone moves in, not adjusted after the complaints start.
A server room that survives a Tokyo summer
Power and cooling are sized to real, sustained load — so uptime doesn’t depend on the weather.
Equipment that’s already proven before it arrives
Racks are kitted, configured, and burned in off-site, so installation day is fast and low-risk.
One partner, from design through year two
The same in-house team that designs your network supports it afterward — no handoff, no relearning your environment.
How We Work (High level View)
- Design for real conditions
We plan cabling, power, cooling, and wireless together, against how your team will actually use the space. - Validate before install
Wireless coverage is surveyed and modeled. Power and heat loads are calculated against full occupancy. - Pre-build off-site
Racks are kitted, labeled, configured, and tested before they ever reach your site. - Support after handover
Monitoring, audits, and expansion support from the same bilingual team that built it.
Customer success story
How we caught a server room cooling risk before it became a problem
A standard rack spec would have left a financial services client’s server room undersized for summer load. Here’s how heat load planning caught it before installation.Read the case study
FAQs
We use Ekahau survey tools to model coverage against your floor plan and expected occupancy. This shows interference and dead zones on screen, so access point placement is corrected before installation – not after people start complaining.
Racks are assembled, labeled, patched, powered up, and updated with firmware and configuration off-site first. What arrives at your office is production-ready, which shortens install time and reduces what can go wrong on the day.
We calculate power load and heat load against expected real usage and redundancy needs, then select UPS, PDU, and ATS units to match — rather than sizing off a generic equipment list.
No. Our engineers perform the core network, cabling, and power work in-house. That means one accountable team from design through support, not a chain of vendors to coordinate between.
We offer ongoing monitoring, periodic audits, and support for future expansion, delivered by the same bilingual team that designed and built your infrastructure.