Augmentus :: No-Code, AI-Powered & Vision-Guided Solutions For Industrial Robot Programming

Augmentus is a robotics software company founded in 2019 that specializes in no-code, AI-powered, and vision-guided solutions for industrial robot programming. Headquartered in Pflugerville (Austin area), Texas, with an office in Singapore, the company focuses on making robotic automation accessible for high-mix, high-variability manufacturing. It targets traditionally difficult applications such as surface finishing, sanding, polishing, spraying, coating, welding, shot peening, and material removal.

Augmentus eliminates the need for complex manual teaching or extensive coding by combining 3D scanning, computer vision, and intelligent algorithms. This dramatically reduces programming time from days or weeks to minutes, even for complex geometries and diverse part SKUs. The platform supports major industrial robot brands and is designed for operators without robotics expertise.

Key robot-based products and features include:

• Augmentus Standard (Core): Uses CAD imports to rapidly generate and optimize robot toolpaths with full control over parameters like speed, angle, standoff, and orientation. Includes offline simulation for validation.
• Augmentus Pro (Scan-to-Path): Adds high-accuracy 3D scanning for real-world workpiece reconstruction. It automatically generates adaptive toolpaths and includes closed-loop adaptive automation that detects part-to-part deviations (positional or rotational) and corrects robot motion in real time without manual intervention.

The system follows a simple 3-step workflow:

1. Scan the workpiece or import CAD.
2. Auto-generate optimized toolpaths with simulation.
3. Deploy adaptive motion with real-time correction.

Augmentus has raised significant funding (including an oversubscribed Series A) and is trusted by manufacturers in automotive, marine, oil & gas, metal fabrication, and other industrial sectors. Its solutions minimize robot downtime, improve consistency and quality, and enable flexible automation in environments where traditional programming is too costly or slow.