Giving Robots a Sense of Touch
Pixoft powers industrial arms and humanoids with software-driven tactile intelligence — enabling precision assembly where vision systems fall blind.
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TickBus – Marketplace for bus tickets. With domestic and international routes. Large selection of tickets due to the integration with other marketplaces and the ability to register carriers directly in the system.
What Sets AI Apart from a Regular Agent? AI has access to a wide range of resources and can analyze vast amounts of information on the fly to provide the most accurate property details.
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TickBus – Marketplace for bus tickets. With domestic and international routes. Large selection of tickets due to the integration with other marketplaces and the ability to register carriers directly in the system.
Scalability
Human capacity is difficult to scale in situations where demand fluctuates, leading to backlogs or overcapacity. In contrast, robots operate at whatever speed is demanded by the work volume.
Audit trail
RPA software bots execute the same processes as humans do, but the bot captures all the details of the process and stores it for later use in auditing and analytics.
Short go-live cycle time
It takes six to twelve weeks to develop and deploy RPA, which is dramatically less than traditional, IT-led application integration projects.
Solution
Vision Sees the World. Touch Masters It.
Over 70% of final industrial assembly is still done by human hands. Current robots rely purely on computer vision — but cameras cannot feel friction, resistance, or micro-alignments. When grippers block the line of sight, traditional automation fails.
Pixoft bridges the physical gap. We build pure-software tactile perception that turns rigid manipulators into adaptive, feeling systems.
About
Engineering Intelligent Systems for the Physical World
Pixoft is a deep-tech engineering company focused on AI, computer vision and industrial automation.
Our team combines experience from global technology and industrial leaders including Siemens ecosystem projects, industrial integrators, Google, and Snap. We specialize in building scalable AI infrastructure that connects software, simulation and hardware.
10 Years
Engineering high-performance digital systems
> 200 projects
Delivered across AI, automation and enterprise platforms
> 20 Experts
Software engineers, ML specialists and simulation developers
Industry
Sim-to-Real Tactile AI
Global Sync Dashboard
Precision Validation Module
Synthetic Haptics Training
We simulate millions of micro-contact physics and force feedback variations inside virtual environments, training robust haptic RL policies with zero real-world downtime.
Domain Randomization
Dataset Quality Analytics
Real-Time Haptic Loop
Our edge software processes sensor telemetry in real time, enabling grippers to dynamically adjust force, detect slippage, and auto-correct positioning on the fly.
Real-time Pose Estimation
Multi-Object Spatial Map
Spatial Intelligence for Precision
Our proprietary 6DoF vision system enables robots to perceive object orientation in 3D space with high accuracy, allowing for seamless assembly of irregular parts.
Isaac Gym Training Cluster
Policy Performance Graph
Autonomous Skill Acquisition
We employ Reinforcement Learning in NVIDIA Isaac Gym, allowing agents to discover optimal movement paths for contact-rich tasks through thousands of parallel iterations.
Virtual Path Validation
Edge Deployment Terminal
Cross-Platform Deployment
No custom hardware locks. Pixoft deploys as a lightweight software layer compatible with leading industrial manipulators and emerging humanoid architectures..
Autonomous Inspection
Predictive Infrastructure Monitoring
Energy & Infrastructure
We develop AI inspection systems trained in hybrid synthetic environments to detect anomalies and support predictive maintenance across industrial infrastructure.
Expertise
Built for Complex Assembly & Flexible Handling
From static automation to adaptive intelligent systems.
Pixoft builds AI-driven robotics and simulation environments that allow manufacturers to validate workflows before physical deployment. By combining computer vision, synthetic data and reinforcement learning, we reduce integration risk and increase production reliability in complex environments..
Micro-Precision Insertion.
We develop high-precision vision systems and adaptive control models for millimeter-level assembly tasks.
Our simulation-first approach allows testing of insertion and alignment workflows before deploying to production lines..
True 3D orientation.
For automotive and heavy industry, we provide digital twin simulation and reinforcement learning systems that improve robustness in welding, fitting and complex assembly operations..
Robots that learn insertion and micro-corrections.
We develop AI inspection systems trained in hybrid synthetic environments to detect anomalies and support predictive maintenance across industrial infrastructure.
Healthcare & Life Sciences.
Our computer vision and simulation technologies support medical device development and research automation through high-fidelity digital validation environments.
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