RAMS Digital
Location
Intelligence
Know where everything is inside the building — where GPS gives up.
LiDAR UWB Bluetooth Wi-Fi
It sees the
building itself.
Map the space in 3D and put a pallet exactly where it belongs. No tags, and nothing fitted to the walls.
Anchors on the walls.
A tag on the truck.
Fence a machine to 30 cm and know exactly who crossed.
Typical industry range, not a RAMS measurement.
Cheap tags,
answered by aisle.
Find the trolley in the right aisle in seconds.
Typical industry range, not a RAMS measurement.
The network
you already have.
Know which zone a device is in, across the whole site.
Typical industry range, not a RAMS measurement.
Four circles.
How precise you need to be decides the technology. Start with one aisle, and measure it on your own floor.
RAMS Digital
Location
Intelligence
Know where everything is inside the building — where GPS gives up.
LiDAR UWB Bluetooth Wi-Fi
GPS stops at the door.
Outside, everything knows where it is. Inside a shed full of steel racking, almost nothing does — so most sites can tell you what happened, but not where.
Satellites don’t come indoors
Roofs, racking and reinforced concrete block the signal. The moment a truck drives in, it drops off the map.
Events without a place
An impact, a near miss, a missing cage. Without a position, the report ends in a guess and nothing changes.
Hunting costs hours
People walk the floor looking for trolleys, tools and pallets that were definitely here this morning.
RAMS adds the where to everything else you already measure.
How precise do you
actually need to be?
Pick a technology and watch the circle around the truck. The smaller the circle, the more you can do with it — and the more kit it takes to get there.
Need to know which millimetre? The cheapest thing that gets you there is LiDAR.
Three questions.
One recommended stack.
Three questions, one at a time, and the recommendation settles as you go. Every answer is a rule you can argue with, not a score — the reason is always on the card.
Answer the three questions and the stack that fits appears here.
Nothing is sent from this page — the email buttons open your own mail app with the summary already written.
Pick the job,
not the technology.
Tell us what you want to know. We’ll bring the technology that answers it at the lowest cost and the least disruption.
Keep people away from moving trucks
The truck sees people as shapes and slows, warns or stops — no one has to carry anything.
Find trolleys, cages and tools
Every asset carries a tag, so the search starts with an aisle instead of a walk around the building.
Prove where an impact happened
Every knock lands on the map with the truck, the zone, the shift and the time — ready for the safety review.
Fence a machine or a hazard zone
Draw a boundary to the centimetre and act the moment a tag or a person crosses it.
See congestion and dwell time
Where does the work queue up, which aisle is always blocked, where do trucks wait? Heat maps from data you already generate.
Map the building in 3D
A scan of racking, aisles and clearances — for layout changes, automation studies or a digital twin of the floor.
Sensors. Box.
One live picture.
Position on its own is just a dot. It gets useful when it lands next to everything else you already collect.
Sensors and tags
LiDAR on the asset, or tags and anchors around the building. We pick the mix that answers your question.
OmniBox, on site
The box turns raw distances into a position, checks it against your zones and rules, and acts in the moment — no cloud in the loop.
Explore OmniBoxRAMS Digital Twin
Every position, event and impact on one live picture of the floor — for the safety review, the layout study and the management meeting.
See the Digital TwinStart with one aisle.
Four steps, a few weeks, and a number you can trust before anyone signs off a building-wide rollout.
- SurveyWe walk the area, measure the racking and the traffic, and agree what “accurate enough” means for your job.
- PilotWe install the smallest honest setup — one aisle, one cell or one dock — and run it on real shifts.
- MeasureWe compare what the system reported against known positions, and write the accuracy down.
- Roll outIf the number holds, we scale to the rest of the floor with costs you have already seen proved.
Frequently asked questions.
Start from the job. If you need to know which aisle something is in, Bluetooth or Wi-Fi is enough and much cheaper. If you need to stop a machine when someone crosses a line, you need LiDAR or UWB. Most sites end up with a mix, which is fine — they all land in the same picture.
What would you find first?
A truck, a trolley, a person near a machine, or the whole floor in 3D. Tell us the question and we’ll bring the cheapest honest way to answer it.