
Project Management
Full lifecycle leadership from concept to Site Acceptance Testing. Deployments of 160+ robots across automotive and logistics.
AI is making robots smarter.
Getting them onto a live production line, safely, reliably, every cycle, is still engineering.
That's what we do.
Safety architecture, PLC logic and handshakes, fieldbus integration, and commissioning for AI-driven and traditional automation alike.
10+ YEARS · AUTOMOTIVE · AEROSPACE · DEFENSE · LOGISTICS · EV BATTERY
Deep knowledge across the full automation stack, from PLCs to robots to AI-powered solutions.

Full lifecycle leadership from concept to Site Acceptance Testing. Deployments of 160+ robots across automotive and logistics.

Feasibility studies, virtual commissioning, and digital twins with NVIDIA Isaac Sim, ROS 2, Process Simulate, RoboGuide, RobotStudio.

KUKA, FANUC, ABB, Universal Robots. Welding, material handling, and precision assembly across platforms.

Siemens TIA Portal, CODESYS, Beckhoff TwinCAT, Allen Bradley. From standalone machines to full production lines.

End-to-end integration of robotic cells, production lines, and automated assembly. Disparate systems working as one.

Perception, autonomous manipulation, and adaptive motion control: from vision-guided robotics to closed-loop correction, integrated into real production cells.

OPC-UA, PROFINET, EtherNet/IP, EtherCAT, Modbus. Seamless communication between PLCs, robots, and enterprise systems.

SCADA/HMI, MES integration, and OPC UA data acquisition from the line to higher-level systems. The data foundation for cycle time, throughput, and OEE improvement.

Hands-on training for your engineering team, customized to your equipment, delivered at your facility.
AI-driven manipulation, autonomous cells, and humanoid platforms are moving from lab demos to live factories. Every one of those deployments needs a deterministic layer: safety, interlocks, handshakes, and fallback behavior that work every cycle. We engineer that layer.
Digital twins of cells and lines in NVIDIA Isaac Sim and ROS 2. Validate integration before hardware exists, catch failures in simulation, and shorten on-site commissioning. Simulation never covers everything, so we engineer for the gap it leaves.
ISO 13849, ISO 10218, and TS 15066 applied to systems that decide their own next move. Zone management, interlocks, multi-robot coordination, and safety-rated monitored stops.
OPC UA, PROFINET, EtherNet/IP, and EtherCAT bridging between robot autonomy stacks and line-level controls. Deterministic sequencing, watchdogs, and defined fallback behavior.
Autonomous systems in facilities that were never designed for them. We integrate with your existing MES and SCADA, your safety concept, and the teams who run the line every day.
You're being sold AI-driven robots and autonomous cells. We make sure they actually run in your plant: safely, reliably, and integrated with the systems you already have.
Your perception and planning are world-class. Your customer's factory speaks PROFINET, safety relays, and PackML. We bridge that gap: safety architecture, controls integration, commissioning, deployment readiness.
From feasibility studies to full system integration: we're the engineers who do the work, not a staffing layer.
Most automation projects don't fail because of bad technology. They fail because the people solving the problem don't fully understand it.
We're not a staffing firm. We're the engineers who do the work. PLC and robotics under one roof, from AI-driven cells to classic lines. From design through virtual commissioning to SAT.
We work across platforms because your production line does too: one point of contact, no coordination delays.
Berlin-based. American-founded. One partner, no coordination delays.
Tell us about your automation challenge. We'll get back to you within 24 hours.