We build the infrastructure for autonomous robotic systems
Twist Robotics' mission is to simplify interaction between operators and robotic systems in complex environments while expanding the capabilities of autonomous robotic operations.
Twist Robotics develops hardware and software infrastructure for autonomous robotic systems operating in real-world environments that closely reflect mission conditions.
Our technologies cover three core layers of modern robotics: autonomous AI systems, secure robotic communication networks, and simulation environments for planning, modeling, and training robotic systems.
DZHERELO – power management module for robotic systems
Provides stable power distribution for onboard computers, sensors, and mission electronics from high-voltage battery systems. Supports operation across a wide input voltage range while protecting critical components from overloads and overheating.
CYCLOP – autonomous target tracking module
Uses computer vision algorithms to track designated targets and assumes guidance control after operator lock-on. Maintains mission execution in the event of communication loss and supports daytime, low-light, and thermal imaging systems.
SNODE – distributed acoustic sensor network
Employs a network of wireless acoustic sensors to detect and monitor activity in remote areas. Sensors can be deployed from UAVs, enabling rapid establishment of persistent surveillance coverage across designated operational zones.
OSCAR – Visual navigation module
Provides GPS-independent positioning by matching real-time terrain imagery from onboard cameras with preloaded digital maps. Enables reliable navigation in GPS-denied environments affected by jamming and spoofing, supporting day and night operations with an accuracy of 5-30 meters.
CBPH – analog-to-digital
conversion module
Converts analog video signals into low-latency digital streams while preserving signal quality and compatibility with existing equipment. Enables digital platforms to integrate analog cameras and external sensors without requiring hardware replacement.
STEZHKA – video and data transmission module
Digitizes analog video feeds and transmits them alongside telemetry and mission data over a secure radio link. Provides video and data connectivity at ranges exceeding 30 km, with in-flight adjustment of transmission channels and output power.
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OBRIY – UAV mission simulator
Replicates realistic mission environments by modeling terrain, weather conditions, communication constraints, and platform behavior. Supports operator training, mission planning, and technology validation without risking personnel or operational equipment.
Want to build technology? Share a brief introduction about yourself, and let's start a conversation. We are always looking for talented engineers and professionals who want to grow with us.
Want to create technology? Leave a brief about yourself to be added to the Twist Robotics candidate database.
Join the team
Want to create technology? Leave a brief about yourself to be added to the Twist Robotics candidate database. We will contact you first for current and future projects.
We will contact you first for current and future projects.
Projects
ZeroToxVine
An AI-powered solution for robotic vineyard management. The system uses computer vision to detect weeds and pests and performs targeted treatment without the use of chemicals.
SPATRA
A satellite-based transportation infrastructure monitoring project for freight flow analysis, traffic monitoring, and urban route planning.
LEANPROCESS.AI
Software for real-time digitization and analysis of manufacturing processes. The platform helps identify operational events, analyze workflows, and optimize production operations.
