PocketSAT integrates processing, sensing, power management, and wireless communication into a single, modular platform designed for space-tech education, research, and field experiments.
A Pocket-Sized Satellite Learning & Experimentation Platform
Built to learn. Built to experiment. Built to scale.
Processing & Control
Connectivity & Power
ESP32 dual-core MCU enabling real-time processing, control, and edge intelligence.
9+ onboard sensors including IMU, pressure, temperature, light, humidity, VOC, and audio input.
Li-Po battery system with USB-C charging and dedicated solar input for extended missions.
PocketSAT integrates a low-power Sub-GHz wireless transceiver engineered for reliable long-range communication in field and off-grid environments. Designed for extended deployments, it enables stable data transmission beyond traditional Wi-Fi or BLE limits—making it ideal for remote sensing, environmental monitoring, and distributed experiments.
With efficient power consumption and robust signal penetration, PocketSAT ensures continuous data flow even in challenging terrains where connectivity is typically constrained.
Achieved a 95% customer satisfaction rate across all AI solutions.
Efficient transmission optimized for battery and solar operation
PocketSAT integrates a high-accuracy 9-axis motion sensing system, combining accelerometer, gyroscope, and magnetometer to capture real-time movement, rotation, and directional data. Engineered for dynamic environments, it enables precise tracking for navigation, physics experiments, and motion analysis applications.
With synchronized sensor fusion and onboard processing, PocketSAT delivers stable, drift-reduced motion insights—ensuring reliable performance across both controlled setups and real-world deployments.
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| Power System |
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| Environmental Sensing |
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| Motion & Orientation |
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| Optical & IR Features |
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| User Interface & Feedback |
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| Storage & Expansion |
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PocketSAT is engineered to deliver a complete sensing and experimentation workflow—from quick configuration to real-time monitoring and post-analysis—within a compact, edge-enabled platform.
PocketSAT is programmed via USB Type-C or wirelessly using Wi-Fi and Bluetooth. Users can define sensor parameters, control inputs, communication settings, and experiment logic. The ESP32 dual-core processor manages real-time operations while enabling seamless interaction and control.
Once activated, PocketSAT functions as an autonomous sensing unit. Its integrated sensors continuously capture environmental, motion, and optical data, while onboard processing ensures stable and efficient real-time operation in both indoor and outdoor environments.
The inputs are multiplied by their respective weights, summed up, and passed through the wireless tranciever for long range or short high frequency data relay. The same is also stored on device for post-processing on a local system with high-end processing power.
Users can monitor live data via the mobile app interface or retrieve stored datasets for detailed analysis. Integrated GPS and real-time clock ensure every data point is accurately time-stamped and location-tagged for precise insights and interpretation.
Hands-on platform for teaching embedded systems, sensing, telemetry, and mission workflows using satellite-inspired architecture.
Deployable node for collecting atmospheric, air-quality, motion, and location data in outdoor or remote environments.
Deployable node for collecting atmospheric, air-quality, motion, and location data in outdoor or remote environments.
PocketSAT is a compact, edge-enabled multi-sensor platform that combines real-time data acquisition, onboard processing, wireless communication, and interactive controls in a single portable system.
PocketSAT is ideal for environmental monitoring, STEM education, IoT prototyping, motion analysis, smart sensing applications, and field-based experiments.
PocketSAT includes environmental, motion, optical, and interaction sensors such as temperature, humidity, pressure, light, VOC air quality, a 9-axis IMU (accelerometer, gyroscope, magnetometer), microphone, gesture detection, and IR sensing.
PocketSAT is configured via USB Type-C or wirelessly using Wi-Fi and Bluetooth, allowing users to control sensor behavior, communication settings, and experiment logic through an intuitive interface.
PocketSAT supports Wi-Fi and Bluetooth for short-range connectivity, Sub-GHz wireless for long-range communication (up to 1 km LOS), and GPS for location-based data tracking.
PocketSAT operates on a rechargeable LiPo battery with USB charging and supports solar input for extended and off-grid usage.
All sensor data can be stored locally on a microSD card and transmitted wirelessly for real-time monitoring, logging, and analysis through a connected application.
ANX Labs is built on a simple idea — technology should not stay in labs, it should work in the real world. From early research and hands-on engineering to building deployable systems, our focus has always been on turning ideas into something that actually performs.
Today, we design modular hardware and a connected platform that enables creators, developers, and industries to build, test, and scale real solutions. By combining hardware, data, and deployment pathways, we bridge the gap between learning, innovation, and real-world impact.