WAE Projects
🤖 Hardware & Robotics Automation Systems

Robotics Automation For Industry 4.0 & Edge AI

Custom robotics control software, ROS2 middleware, computer vision defect inspection, and IoT sensor telemetry engineered for smart manufacturing and autonomous hardware.

SEE LIVE WORK (3)
< 20ms
Control Latency
Real-time edge micro-controller loops
99.7%
Defect Detection
Computer vision inspection accuracy
ROS 2
Industry Standard
Humble / Iron production builds
24/7
Autonomous Operation
Industrial telemetry & remote failover
CAPABILITIES & ROADMAP

What We Automate & Deliver.

ROS 2 & Motion Control Software

Design and implement robust Robot Operating System (ROS2) architectures, kinematics controllers, and path planning pipelines.

Key Deliverables:
  • ROS 2 Humble / Iron node architectures in C++ & Python
  • Nav2 autonomous navigation & obstacle avoidance
  • MoveIt 2 robotic arm trajectory and gripper planning
  • URDF / SDF simulation models in Gazebo

Edge Computer Vision & Inspection

Deploy real-time YOLO and OpenCV vision pipelines on NVIDIA Jetson and edge microcomputers for automated visual inspection and object sorting.

Key Deliverables:
  • YOLOv8 / YOLOv11 custom object detection models
  • Defect identification & sorting conveyor automation
  • Stereo vision 3D spatial depth mapping
  • NVIDIA TensorRT acceleration for 60+ FPS inference

IoT Sensor Telemetry & PLC Bridging

Bridge legacy industrial PLCs and microcontrollers (ESP32, STM32, Arduino) with modern cloud dashboards via MQTT and Modbus protocols.

Key Deliverables:
  • Modbus TCP / RTU and OPC-UA protocol drivers
  • MQTT / WebSockets low-latency telemetry streaming
  • Predictive machine health & vibration monitoring
  • Cloud emergency stop and safety interlock logic

Digital Twin & Fleet Telematics

Monitor, simulate, and control multi-robot fleets with centralized web dashboards and real-time 3D state visualization.

Key Deliverables:
  • WebRTC low-latency video streaming & teleoperation
  • Three.js 3D digital twin warehouse visualization
  • Fleet battery health & automated charging station routing
  • Over-the-air (OTA) robot firmware update pipelines
END-TO-END EXECUTION PIPELINE

How Our Automation Works.

01Hardware Spec

Kinematics & Sensor Audit

Selecting actuators, LiDAR, depth cameras, microcontrollers, and communication protocols.

Stage 1 of 4
02Simulation

Gazebo & Digital Twin

Testing navigation, collision boundaries, and control algorithms inside virtual simulation environments.

Stage 2 of 4
03Edge Build

Firmware & ROS2 Nodes

Compiling real-time C++ control loops, TensorRT vision inference, and safety interlocks on physical hardware.

Stage 3 of 4
04Field Run

On-Site Calibration & Telemetry

Deploying to physical factory floor, tuning PID controllers, and connecting cloud telemetry dashboards.

Stage 4 of 4
DATABASE-DRIVEN PORTFOLIO

Robotics Automation Projects.

Live production implementations fetched dynamically from our verified database with architectural breakdowns and SLAs.

Autonomous Warehouse AMR Navigation & Fleet Dispatcher
Robotics Automation
Completed & Live

Autonomous Warehouse AMR Navigation & Fleet Dispatcher

ROS 2 based Autonomous Mobile Robot system with 2D LiDAR SLAM, obstacle avoidance, and centralized web fleet dispatch dashboard.

Budget$35,000 - $65,000
Timeline8 Weeks
Edge Computer Vision PCB Defect Inspection Cell
Robotics Automation
Production Live

Edge Computer Vision PCB Defect Inspection Cell

NVIDIA Jetson edge camera system running custom YOLOv8 models to detect solder bridges and missing micro-components at 45 parts/minute.

Budget$28,000 - $48,000
Timeline6 Weeks
IoT Smart Agriculture Drone Telemetry & Crop Health Pipeline
Robotics Automation
Completed & Live

IoT Smart Agriculture Drone Telemetry & Crop Health Pipeline

Multispectral camera payload with automated NDVI vegetation index processing and telemetry broadcast over LoRaWAN.

Budget$22,000 - $38,000
Timeline5 Weeks
INTEGRATIONS & TOOLSTACK

Battle-Tested Tech Ecosystem.

R2

ROS 2

Robotics Middleware

NV

NVIDIA Jetson

Edge Computing

CV

OpenCV

Computer Vision

C+

Python / C++

Core Logic

GZ

Gazebo

3D Simulation

MQ

MQTT / Modbus

Industrial IoT

FREQUENTLY ASKED QUESTIONS

Common Questions Answered.

We develop software and automation for Autonomous Mobile Robots (AMRs), robotic arm manipulation cells, automated guided vehicles (AGVs), edge computer vision inspection stations, and custom IoT sensor telemetry devices.
CUSTOM ROBOTICS AUTOMATION SOLUTION

Ready to Automate?

Submit your project specifications and receive an engineering architecture draft within 24 hours.