Forklift collisions, unauthorized zone entry, headcount at check-in/out, and abnormal movement —
all on one GrowSpace map dashboard, detected and alerted in real time.
Serious Accidents Punishment Act compliance shouldn't be a burden you carry alone — we share it across your factory, distribution center, and construction site.
From diagnosing hazard zones to reviewing available government support — we cover it all in one consultation
Support in reviewing government smart-safety-equipment grants · proven track record in manufacturing, logistics, construction, and steel sites
CCTV footage only gets reviewed after an accident happens.
A radio and a paper checklist can't tell you which worker a forklift is passing right now.
When safety data is scattered across CCTV, sensors, and people's memory, managers always arrive after the fact.
The moment a person and heavy equipment share the same path, there's no way to warn anyone.
→ Hazard rule — alerts based on proximity between workers and vehicles
A barrier line alone can't catch an actual entry in real time.
→ Hazard rule — zone entry / exit / dwell-time overrun
Checking the CCTV happens after the accident.
That's a record, not prevention.
→ Hazard rule — after-the-fact review based on location history
Owners and safety managers have no way to see site conditions in real time.
→ Monitoring — see worker and equipment positions on the map in real time
Source: Ministry of Employment and Labor, "2025 Industrial Accident Status — Supplementary Statistics on Fatality-Investigation Accidents" (provisional, as of March 31, 2026). These figures are official statistics illustrating industry-wide risk levels, not a measure of any specific solution's effectiveness.
WHY UWB
Steel framing, equipment, and stacked materials reflect and block radio signals. In this environment, what matters when choosing a positioning technology isn't catalog precision — it's what happens when the signal is blocked.
A study conducted at a shipyard workshop reported 1.93 cm of ranging accuracy after applying an error-compensation algorithm under metal-obstruction conditions. It means whether you compensate for it matters more than the obstruction itself.
Su, Y. et al. (2025). NLOS Identification and Error Compensation Method for UWB in Workshop Scene. Sensors, 25(21), 6555.
This figure comes from that study's experimental results, not from our own product's performance.
We don't design to numbers measured under ideal conditions. We design to values measured on real sites with metal and reflection present. Anchor placement and compensation methods differ by site, and we size them during the site assessment.
Vehicles and workers moving between indoors and outdoors are tracked seamlessly across both, not by UWB alone.
THE CONSOLE
Live worker and forklift positions, hazard zones, and alert history all appear on one map.
You see what's happening and where, without a single click.
This is the actual GrowSpace monitoring console. Draw hazard zones on your floor plan, and the moment a rule is triggered, alerts accumulate and the record stays.
It doesn't stop at showing you a picture. You set rules, keep records, and it all runs on our own servers.
Entry, exit, dwell-time overrun, and occupancy limit — turn on only the rules each zone needs. Alerts are logged as paired trigger-and-clear events, so there's a record of exactly when someone went in and when they came out.
We continuously collect tag battery level and temperature, plus anchor connection and sync status. If a position signal doesn't arrive for a set period, that device is flagged as "needs review" — so you can tell whether it's quiet because the site is safe, or because a device is down.
Upload the floor plan file you already have (PNG, JPG, or PDF) and draw zones directly on top of it. There's no need to redraw anything.
Decide how long to keep location, event, and device-status data, based on your site's own standards. When an incident investigation or internal audit requires it, you can export the raw data for that period.
Access is split into three tiers — full admin, site manager, and general user — and sign-up requires an invitation and approval. You can open only the screens a partner company's staff actually need.
Install it on a server inside your own factory and run it fully isolated from any outside network. Because some sites can't put worker location data on an external cloud, we've supported both deployment options from the start.
Just share your floor plan and hazard zones, and we'll tell you what needs to go where.
IN THE FIELD
Instead of tracking down misplaced buckets later, the error gets corrected right where it happened.
300 workers tracked simultaneously · semiconductor fab build site
The time it takes to find out who's where after an incident is the same time it takes to respond.
23.05 cm measured in the field · at a metal-dense outbound center
When indoor and outdoor systems run separately, tracking drops every time a vehicle enters or exits the building.
If it works on the worst-case site, it works on most sites.
* The images in each card are actual screens of the GrowSpace monitoring software and photos of our own in-house devices. They do not include any customer's actual operating data.
It's fine if your floor plan isn't finalized yet. Just tell us your factory's size and which zones you want to manage, and we'll walk you through how similar sites were set up and whether grant funding applies to you.
FIELD CONDITIONS
Every factory has its own blind spots. We'll tell you upfront how we handle each condition, and exactly where the limits are.
We add CCTV hazard detection and IoT sensor data to real-time UWB position monitoring,
for unified control of location, video, and environment on a single site map.
Continuously compares forklift and worker positions in real time and warns before a dangerous approach occurs.
An alert appears the instant someone enters a hazard zone.
When a camera on the map detects a hazardous situation, it shows up instantly on the control screen — not CCTV you review after the fact, but one that flags danger in real time.
Environmental data like gas, temperature, and vibration is shown on the map alongside location, so anomalies are caught early.
UWB, CCTV, and IoT are unified into one map, one screen. Managers don't have to switch between systems — they see the entire site at a glance.
We publish both figures, not just a catalog number — about p95 10 cm in controlled conditions, and about 23 cm average on real sites with heavy vehicle and metal interference.
Combines UWB, GPS, and inertial sensors so
position doesn't drop when moving between indoors and outdoors.
Works the moment it's powered on; maintained with over-the-air (OTA) updates.
Manages forklift and heavy-equipment pinch-point risk in real time.
HOW IT STARTS
We don't roll out everything at once. We confirm it works in your single most hazardous zone first, then expand.
We review your factory layout, hazard zones, and the people and vehicles involved. An initial review is possible from a floor plan and photos alone.
We install anchors in the zones that need it and confirm real-world position accuracy and monitoring feasibility.
We build out the anchors, tags, and monitoring system. Our own team handles installation on-site.
We connect with your existing CCTV, IoT, or MES systems as needed, and continue supporting operations after deployment.
The number of anchors and installation method depend on site conditions. We size the exact configuration during the site assessment.
Before committing to a full rollout, confirm it works in your single most hazardous zone first. We'll set the scope and schedule together during the consultation.
Review hazard areas and deployment scope together.
Design anchor and device placement and install to fit your site.
Configure the map, hazard zones, and alert rules for your site.
Monitoring gets sharper as more data accumulates.
FAQ
It's true that steel framing, equipment, and stacked materials are the toughest condition for UWB. That's why we design against values measured under metal and NLOS conditions — not catalog numbers — and adjust anchor placement and compensation methods per site. Whether it actually works for you is something we confirm first during the site assessment.
CCTV shows you the scene it happened to capture; a positioning system tells you who's where, as coordinates. The difference is that it can detect hazard-zone entry or approach as an event, without anyone having to watch continuously. We connect with your existing CCTV rather than replacing it.
GPS needs a satellite signal, so it's effectively unusable indoors or under a roof. UWB positions using anchors installed on-site, so it works indoors. For anything moving between indoors and outdoors, we configure seamless tracking across both.
We build with integration in mind from the start. We don't replace the systems you're already using — we just feed the location data to wherever it's needed. Tell us what systems you use and we'll confirm integration feasibility first.
Yes — that's actually the typical way to start. We recommend installing in your single most hazardous zone first, confirming it works, and then expanding.
Yes. We install anchors in the zones you need and confirm real accuracy and monitoring feasibility first. The configuration used in the PoC carries directly into the full deployment.
Anchors are mounted with brackets on columns, walls, or structures, and just need power and a network connection. It's not work that requires disassembling equipment or halting the line. That said, we'll coordinate available work windows based on your site conditions.
Since tags only transmit signals, power consumption is low. Actual battery life depends on the position-update interval and operating environment, so tell us your operating conditions and we'll estimate the replacement cycle.
The main variables are the area to cover, the number of anchors needed, tag quantity, and integration scope. Even for the same area, more metal structures mean more anchors. Share your site details and we'll give you a rough range first, with an exact quote after the site assessment.
We'll help you check eligibility for government and local smart-safety-equipment grant programs together. Consultation is available even before your budget is finalized.
What your factory actually needs, and which government support programs you may qualify for
— we’ll check together during the consultation.
Information you submit is used only for consultation purposes.
