STAGE 01
Understand
We start with the failure: who has the problem, what it costs and what they do today.
DEEP-TECH ENGINEERING STUDIO / LAGOS, NIGERIA
We engineer what doesn’t exist yet.The hard problems are the point.
From intelligent machines to field-tested edge AI, USCO brings hardware, embedded systems, AI, robotics, IoT and software together to take on the jobs most teams cannot do alone.
Since 2018Building in Lagos
4Nigerian universities with USCO 7-DoF arms
98%Field-trial result on the defined threat test set
5Disciplines, one team
FIELD / 06.5244° N · 03.3792° E
USCO SYSTEMS LAB — LIVE 3D
PERCEPTION
MOTION
CONTROL
DESIGN · SIMULATE · BUILD · TEST · REPEAT
SCROLL TO ENTER THE SYSTEM ↓
INTELLIGENT MACHINES✳ROBOTICS✳EDGE AI✳EMBEDDED SYSTEMS✳IOT✳AUTOMATION✳HARDWARE R&D✳APPLIED RESEARCH✳INTELLIGENT MACHINES✳ROBOTICS✳EDGE AI✳EMBEDDED SYSTEMS✳IOT✳AUTOMATION✳HARDWARE R&D✳APPLIED RESEARCH✳
01 / OUR DEFAULTNO EASY MODE
WHEN THE BRIEF SOUNDS IMPOSSIBLE, WE GET INTERESTED.
Not another agency.
A team for the unknown.
We work at the boundary between what can be imagined and what can actually be engineered. New devices. Machines that perceive and act. Systems that must keep working outside the demo. Difficult, cross-disciplinary problems are exactly where we want to be.
Explore the engineering stack ↗Engineering across the physical and digital.
Mechanical design, electronics, firmware, AI, software and product thinking stay connected from the first day.
01Mechanical Systems
02Electronics & PCB
03Embedded Intelligence
04AI & Perception
05Software & Cloud
HOW WE BUILD
From the problem to a system that keeps running.
STAGE 01 / 07
Seven stages, the same every time. Scroll to move through them.
STAGE 02
Architect
Mechanics, electronics, firmware, intelligence and software designed as one system, with risks written down.
STAGE 03
Prototype
The smallest working version that tests the core idea, printed, wired and running early.
STAGE 04
Test
Bench tests, soak tests and fault injection. Failures are logged, not hidden.
STAGE 05
Harden
Heat, dust, power dips and poor networks, handled before the system leaves the lab.
STAGE 06
Deploy
Pilot in the real environment with monitoring, so we learn what the field teaches.
STAGE 07
Document
Drawings, code and test records, and a plain statement of what the result is and is not.
SELECTED SYSTEMS
Built, tested, and honestly labelled.
Every system shows its real stage: demonstrator, field trial or in development. No inflated claims.
01 / BIOMEDICAL ROBOTICS
BCI / EMG Controlled Bionic Arm
Biosignals to controlled movement. Internal R&D, functional demonstrator.
Read the case ↗
02 / ROBOTICS
6-DOF Game-Playing Robot
See, understand, decide, move. A functional demonstrator.
Read the case ↗
03 / AGRICULTURE
AI Farm Surveillance
Edge AI, mesh alerts and solar-aware power. Field-trialled.
Read the case ↗
04 / CONSUMER
RAIVA, offline smart home
A local-AI home hub designed to work without the internet. In development.
Read the case ↗TEST BENCH / SIMULATED SIGNALS
What a test run looks like.
Engineering is mostly measurement. This panel is a simulation of the kind of live signals we watch while tuning a system. It is not recorded project data.
CH1 · CH2 · CH3● SIMULATED
Loop rate1000 Hzcontrol loop (illustrative)
Signal noise2.4 %after filtering (illustrative)
Bus voltage12.0 Vbattery rail (illustrative)
Simulation for illustration. Real results for each project are on its case-study page.
The operating principle
Engineering for real conditions.
Power, connectivity, maintenance, component availability, cost and real user behaviour belong inside the engineering brief, not after it.
“The best engineering is invisible until the moment the machine works.”USCO / Engineering philosophy