01
Carried in
It runs in the case it travels in. The position gets AI compute without a room to house it.
Hardware · HP-FN1 family
HP-FN1
Two nodes. One EdgeOS.
HP-FN1 for the forward position, the command post and the vehicle. HP-FN1 Micro for small vehicles, drones and teams on foot. Both take EdgeOS to the sensors, and decide there.
Where a platform has no compute of its own, our nodes bring it. Set one down beside the sensors, and EdgeOS decides on site.
Two nodes, one EdgeOS.
HP-FN1The forward node. Up to 2070 TFLOPS, its own batteries and a 10.1-inch touchscreen, in one sealed case.
HP-FN1 MicroThe compact node, in its own enclosure. For small vehicles, drones and teams on foot.
No node needed? EdgeOS also runs on the edge compute a platform already carries. About EdgeOS
HP-FN1 · Open the case
Everything it needs,
in one case.
- 01The caseRugged and sealed, carried in and set down by the sensors.Electronics −40 to +60 °C
- 02The screenA 10.1-inch rugged touchscreen in the lid runs the EdgeOS operator panel.On every HP-FN1
- 03ComputeNVIDIA Jetson AGX Thor, under the panel, beside the sensors.Up to 2070 TFLOPS (FP4)
- 04PowerIts own LiFePO₄ batteries, or the power of the vehicle it rides on.LiFePO₄ · vehicle power
- 05ConnectionsThreaded military connectors on the side. Sensors connect by cable, or wirelessly when needed.Cable · Rajant mesh · 5G · satellite
- 06RunningEdgeOS decides on the node, with no outside link needed.EdgeOS
Where it goes
It goes
where the sensors are.
- 01High groundOn a ridge with no power supply. It runs on its batteries, beside the cameras that watch the ground.
- 02On boardStrapped to the deck, connected to the ship's own cameras.
- 03Under the treesOn the forest floor, beside the cameras that cover the treeline.
- 04Carried inCarried over open ground, and run in the case it travels in.
HP-FN1 · Design
Built to be carried in and left to run.
Uses what is there
It connects to the sensors a site or vehicle already has: GMSL2 and IP cameras, thermal and infrared, radar and lidar.
Runs EdgeOS
EdgeOS decides on the node, beside the sensors. Nothing it needs sits in a cloud.
Its own power
LiFePO₄ batteries for positions with no power, or the power of the vehicle it rides on.
Sealed
A sealed hard case, with threaded military connectors on its side. Electronics rated −40 to +60 °C.
The screen in the lid
A 10.1-inch rugged touchscreen runs the EdgeOS operator panel, so the person on site sees the node's state, links and alerts at a glance.
HP-FN1 · In numbers
The case, in figures.
2070TFLOPS
AI compute, up to
FP4 · NVIDIA Jetson AGX Thor10.1in
Rugged touchscreen in the lid
On every HP-FN12TB
NVMe storage inside
Up to 12 TB with external drives−40to +60 °C
Electronics rated
Sealed caseTry it
Plan a site.
Four sites, each with cameras already up. You have three nodes. Set one down and it takes in the cameras around it. Cover three sites to finish.
Illustration, not a real site. Ranges, counts and scores are made up.
Mission 01
Cover the sites.
Click or tap the ground to set a node down
Plan a site
This demo needs WebGL, which this browser has turned off.
- Cover three sites0/3
- Pick up eight movements0/8
- Bonus: all four sites0/4
HP-FN1 Micro
The compact node.
Its own enclosure: billet aluminium, finned and fanless, with no case around it. Built for small vehicles, drones and teams on foot, and for spreading sensing across a wider area. The same EdgeOS as HP-FN1.
- AI compute
- 67 TOPS
- Cameras
- Up to 4 × GMSL2
- Weight
- Under 1.5 kg
- Size
- About 200 × 150 × 45 mm
HP-FN1 Micro · Built for
Small enough to ride along.
01
On small vehicles
Mounted flat or on MOLLE on a small ground vehicle, working with the platform's own cameras.
On drones
Built to ride on a drone, beside its own cameras, so the AI runs in the air.
With teams on foot
Carried with the team and set down at the position.
Across a wider area
Many small nodes, linked by Rajant mesh, each deciding on its own.
Its own power
Hot-swap batteries, or the platform's own power.
One family
EdgeOS is the same on every node in the HP-FN1 family, so an HP-FN1 and a Micro work side by side on the same site.
Specifications
Two sizes, one family.
Built forForward positions, command posts and vehiclesSmall vehicles, drones and teams on foot
EnclosureSealed hard case, 10.1-inch rugged touchscreen in the lidIts own billet-aluminium enclosure, finned and fanless
AI computeUp to 2070 TFLOPS (FP4)NVIDIA Jetson AGX Thor67 TOPS (INT8)NVIDIA Jetson Orin Nano Super
Storage2 TB NVMe, up to 12 TB with external drives2 TB NVMe
SensorsGMSL2 and IP cameras, thermal and infrared, radar and lidarUp to 4 GMSL2 cameras on coax; radar, lidar and IP cameras over Ethernet
LinksSelf-healing Rajant mesh, 5G or satelliteRajant mesh, dual transceiver, 1.73 Gbps combined
PositionDual-antenna GNSS-INSDual-antenna GNSS-INS
PowerIts own LiFePO₄ batteries, or vehicle powerHot-swap batteries, or platform power
TemperatureElectronics −40 to +60 °CElectronics −40 to +60 °C
MountingSet down, or strapped to a vehicleFlat mount or MOLLE
SoftwareEdgeOSEdgeOS, the same as on HP-FN1
01Do they come with sensors?
They connect to the sensors a site or platform already has: GMSL2 and IP cameras, thermal and infrared cameras, radar, lidar and drone video. Each node carries its own GNSS-INS, so it knows where it is.
02Do the cameras need cables?
Cable is the usual way. When a position needs it, cameras link wirelessly instead, over Rajant mesh, 5G or satellite.
03Do they need a network?
No. EdgeOS decides on the node. When there is a link, the node uses it to share what it found, and it keeps working without one.
04What powers them?
Their own batteries: LiFePO₄ in HP-FN1 and hot-swap packs in the Micro. Both also run on the power of the vehicle or platform they ride on.
05Do we need your hardware to run EdgeOS?
No. EdgeOS also runs on the edge compute a platform already carries. Our nodes are for positions and platforms that have none.
06How do we get one?
Write to us about your site or platform, and we will come back with what fits and when.