Defense Robotics
Defense robotics represents the “shield” in modern security operations, deploying unmanned systems to undertake high-risk missions that safeguard human life.
By integrating ruggedized sensors and secure communication links, these robots conduct surveillance and tactical missions with a balance of precise remote control and sophisticated autonomy.
ScioSense delivers high-performance semiconductor chips, such as the LiDAR LTDC-X3, that support sensing capabilities used in defense robotics.
Our products provide the processing foundation for systems designed to detect obstacles and potential threats, operate in GPS-denied environments, and monitor atmospheric conditions with high precision. Through high-integration solutions such as the LTDC-X3, we help manufacturers develop more capable and autonomous defense platforms.
We support defense applications with sensor solutions focused on reliability, low power consumption, and high-precision timing. By integrating our chips into their sensing architectures, customers can improve robustness and performance in defense robotics and tactical autonomy.
Bomb Disposal Robots (EOD)
Explosive Ordnance Disposal (EOD) robots require precise fine-motor control and advanced hazardous material detection to neutralise threats remotely.
High-Resolution Spatial Mapping: The LiDAR LTDC-X3 equips the robot’s vision system to generate precise 3D maps of improvised explosive devices with picosecond-level accuracy. This enables operators to detect tripwires and micro-switches that standard cameras cannot identify.
- Tactile Feedback & Manipulation: Capacitance to Digital Converters (CDCs) enable highly sensitive digital skin on robotic manipulators, allowing operators to handle delicate components such as fuses or wires with accuracy, minimising the risk of accidental detonation.
- Chemical & Threat Detection: The Digital Metal-Oxide Multi-Gas Sensor Family enables the robot to “smell” hazardous vapors or explosive precursors, providing real-time chemical intelligence to the command unit.
Military Drones (UAVs)
Aerial platforms perform surveillance and tactical operations using remote or autonomous control, requiring sensors capable of processing high-speed data in challenging environments.
Tactical Navigation & Ranging: Using the LiDAR LTDC-X3, these drones can follow terrain and navigate dense forests and urban canyons. The LTDC-X3 enables a smaller, lighter LiDAR payload, which can increase flight endurance.
Early Storm Warning: The Franklin Lightning Sensor provides a critical strategic advantage, detecting approaching electrical storms from miles away so the UAV can reroute or return to base, protecting expensive assets from lightning strikes.
- Remote Control Latency Reduction: By processing sensor data at the edge using Time to Digital Converters (TDCs) manufacturers can reduce the data lag between the drone’s “eyes” and the pilot’s screen, which is critical for high-speed tactical maneuvers.
Design requirements / challenges
Products
Design requirements / challenges:
- Picosecond Tactical Timing: Utilizing Time-to-Digital Converters (TDCs) to achieve the high-speed spatial mapping required for autonomous flight and precision neutralization in high-velocity scenarios.
- Battlefield Hardening: Maintaining sensor integrity and “absolute fidelity” in extreme conditions, including electromagnetic interference (EMI), high-vibration combat zones, and varied thermal environments.
- Ultra-Low-Power Stealth: Implementing nano-amp sensing and Low Frequency Wake-up Receivers to allow covert surveillance units to remain in a low-power “silent watch” mode for weeks, activating only when a target is detected.
- Zero-Latency Threat Response: Achieving real-time response loops through on-chip processing, ensuring that safety and navigation systems react instantly to battlefield changes without waiting for cloud or remote commands.
- Atmospheric Intelligence: Integrating gas and lightning sensors to allow autonomous units to make real-time “go/no-go” decisions based on hazardous chemical presence or incoming severe weather.