You bring the idea at the edge of what's possible. We build the whole thing — the hardware, the AI, the encrypted real-time systems — and make it work in the real world, not just the demo.
Not a slide deck. Not a screen recording. Working prototypes, proofs of concept, and complete systems — ready to hand to an investor, a customer, or drop straight into the field.
A working proof of concept you can put in an investor's hands — so you raise on something real, not a slide deck.
A working product real enough to put in customers' hands — so you win the first believers and grow from there.
A physical device — a drone, a machine, a 3D-printed prototype — with voice, video, and AI running on-device or in the cloud, built to hold up outside the lab.
The easy 80% is a commodity now. We build the hard 20% that decides whether it ships.
Firmware that physically works — not just on a screen.
Systems where milliseconds and sync genuinely matter.
Encrypted pipelines built to hold up — not bolted on later.
On-device models that run with no cloud to lean on.
Systems that run for years in someone's hands.
No jargon. Here's why founders and product leaders bring us in — and what it does for the bottom line.
We build a working version of your product, not a slide deck. Momentum starts in weeks, not quarters.
Investors and customers commit to what they can see and touch. A working prototype turns a "maybe" into a "yes."
Most projects quietly stall on the 20% that's genuinely hard — the hardware, the speed, the security. That's the part we own.
One senior team, a cost you know up front, and a working result you can raise on, sell with, or ship.
Deep in the disciplines most teams outsource and hope for the best — combined under one roof so the seams actually line up.
Custom PCBs, firmware, sensor fusion and secure boot — engineered to survive the real world. We take it from a bare board to a finished unit that holds up in the field: drones, machines, and rugged edge devices.
We design the electronics from scratch — sized, shaped, and powered for your specific device.
The low-level code that lives on the chip and makes the hardware actually do its job.
Blending several sensors — camera, motion, GPS — into one reliable read of what's happening.
Push new software to devices already out in the world — improve them without a recall.
AI that sees, hears, understands, and decides — running on the device or in the cloud, chosen for privacy, speed, and cost. We pick the right model for the job, not whatever's trending. The kinds of AI we build with:
Recognizes objects, faces, motion, and scenes through a camera — counting, tracking, inspecting, and guiding in real time.
Turns speech into text, follows voice commands, and detects sounds — hands-free control and transcription.
Understands and generates text, powers chat and assistants, and drives agents that take real actions — not just answers.
Finds patterns and anomalies in sensor data and forecasts what's coming — for machines, health, and industrial systems.
Runs on the hardware itself — fast, private, and working with no internet connection.
We shrink large models so they run on low-power devices without losing much accuracy.
Sub-100ms, multi-camera, end-to-end-encrypted delivery that stays in sync over unreliable links — end-to-end encryption without the lag tax, when milliseconds count.
Video and data arrive in under a tenth of a second — fast enough to control things live.
Encrypted from sender to receiver, so no one in between can read or watch it.
Several video feeds kept perfectly aligned, frame for frame.
Holds a smooth stream even on spotty, low-bandwidth, or unstable networks.
From a scrappy first prototype to an architecture built to last — the backends, protocols, and control systems underneath it — handed off as clean, documented code your own team can take over and own.
The overall blueprint for how every piece fits together and grows as you scale.
Purpose-built ways for your devices and services to talk to each other efficiently.
The behind-the-scenes systems, engineered to keep running under heavy load and failure.
Documented, tested code your own team can pick up and fully own.
Two ways to engage, depending on how settled the target is. Either way you talk to the engineers and see progress the whole way.
Monthly sprints while the problem is still being discovered — change direction as you learn, without renegotiating a contract every week.
We scope it tight, quote it, and deliver within budget — typically low five to low six figures. You know the number and the finish line before we start.
Deep dive into your problem, constraints, and what "working" actually means.
First functional prototype or the core system architecture — something running.
Iterative builds, testing, hardening. You see progress throughout, not at the end.
Code, documentation, and an intro to a production partner if you need to scale.
When it has to work in the real world — not just the demo — you don't call for more prompts. You call in the robot army.
And the army is human. RobotArmy isn't a swarm of bots building things on their own — it's a tight team of senior engineers who design the custom hardware and advanced systems themselves, and make them actually work. The robots are what we build for you.
The engineers behind the machines.
We build technology that surprises and delights — making different computers talk to each other in magical ways, collapsing space and time so machines, and the people who use them, can be a little more telepathic.
Founded by Damien Stolarz · building the hard parts since 2002.
You talk straight to the engineers — no sales funnel. Tell us the idea at the edge of what's possible, and we'll tell you exactly what it takes to make it real.