Cognitive Robotics Architect · 3D Computer Vision Engineer · Embedded & USB/GSM Hardware Systems Developer
🦾 Cognitive Industrial Robotics, Hardware Systems & Telecom Fleet Architect
Fixtureless 6-DoF 3D spatial perception and sub-2-second multi-agent robot trajectory synthesis (VeroReason & VeroSpatial), metropolitan ANPR traffic optimization, and high-concurrency USB/GSM hardware control suites.
Technical Deliverables & Turnkey Architecture
Cognitive Industrial Robotics (VeroReason & VeroSpatial): Eliminating weeks of manual teach-pendant programming with real-time 3D vision and 3-agent safety-verified trajectory generation in under 2 seconds.
Metropolitan ANPR Traffic & Smart-City Signal AI: City-scale simulation and intersection camera integration capable of cutting 4-hour rush hours down to 35 minutes.
High-Concurrency Telecom & GSM Hardware Controllers (SIMbox Explorer): Direct serial AT-command and binary PDU multiplexing across hundreds of physical modems exposed via REST API.
Automated USB Device Diagnostics & Firmware Suites (MUnlocker / VeroDevice): Low-level chipset detection, calibration backup, signed flashing, and cloud repair ticketing.
Can you bridge AI software with physical factory robots, cameras, or serial/USB hardware?
Yes. Unlike pure web developers, Augustin Olarian has 28 years of experience spanning low-level serial/USB protocols, GSM hardware arrays, ANPR camera streams, and 6-DoF industrial robot kinematics.
How is safety guaranteed when connecting AI to physical machinery?
Physical actuators are always governed by deterministic physics solvers, hard torque/collision boundaries, and multi-agent consensus gates before any motion command executes.
