Sentinel can collect a wide range of data, including photo and video (EO/IR), 3D data for digital twin creation, audio, and more.

Challenging Terrain: Sentinel’s versatility allows it to be deployed in remote and challenging locations where traditional data collection methods may be impractical.

All Weather: Designed to operate in a variety of weather conditions, including heavy rain and snow. Its robust construction and sealed components, combined with weather-resistant sensors and cameras, ensure reliable performance even in challenging environmental conditions. 

Low Light: Sentinel is equipped with specialized sensors, including thermal cameras and infrared (IR) illumination capabilities, allowing it to operate effectively in fully dark environments without ambient light.

Indoor Environments: Sentinel is designed for versatility, including operation in complex indoor environments. Sentinel: Legged, with its agile Unitree AlienGo platform, is adept at navigating tight spaces and multiple levels. The autonomy software facilitates efficient path planning in confined areas, making it ideal for tasks within industrial facilities or skyscrapers where precise and flexible robotic movement is crucial.

Poor or no GPS Signal: The robot utilizes a combination of sensors, including 3D LIDAR and perception cameras, for navigation and localization. This multi-sensor approach enables Sentinel to maintain accurate positioning even in GPS-challenged environments, such as indoor facilities or areas with signal interference.

Hazardous environments with high levels of radiation or chemical exposure: Depending on the specific risks involved, Sentinel can be equipped with specialized sensors and materials to withstand radiation or chemical exposure. The robust design ensures the safety and integrity of the robot in challenging environments, making it suitable for applications in industries such as nuclear facilities, chemical plants, or areas with elevated safety concerns.

Areas with electromagnetic interference: The robot’s systems are shielded to withstand electromagnetic interference, making it suitable for deployment near power stations or in radiofrequency-heavy areas. This resilience ensures consistent and reliable operation, even in environments where electromagnetic interference may be a concern.

Sentinel’s data transfer can be configured to the client’s data security preference and protocols, including options for on-premise solutions.

While Sentinel is designed for touchless, autonomous operations, human intervention may be required in certain scenarios or when teleoperated functionality is utilized.

Sentinel utilizes 5G connectivity for real-time control and data transfer. Public and private 5G partnerships ensure reliable connections between the robot and operators. It can also operate in “exploration mode” without 5G connectivity, however, that requires human-in-the-loop for physical data collection.

InDro Robotics offers deployment setup, training programs, ongoing support, and customization services to ensure optimal performance and user proficiency.

Yes, Sentinel is highly customizable to meet specific data collection requirements. It can be equipped with additional sensors, cameras, or specialized hardware based on the client’s needs. The integration capabilities extend to various industry-standard sensors and technologies, allowing clients to tailor Sentinel to their unique applications.

Additional customization options include adjusting risk assessment parameters, mission priorities, and decision-making criteria. This tailored approach ensures that Sentinel’s autonomous operation is optimized for the client’s specific risk tolerance and mission objectives, enhancing its effectiveness across diverse use cases.

Sentinel’s operational range is adaptable based on configuration and mission requirements. It is capable of covering extensive distances in a single mission, with the ability to navigate through diverse terrains. The system’s autonomy software optimizes path planning, ensuring efficient coverage while avoiding obstacles. This flexibility allows Sentinel to conduct comprehensive surveys and assessments, making it an ideal solution for large-scale facilities and expansive environments.

Sentinel is designed for low maintenance requirements. Regular check-ups and preventive maintenance are recommended to ensure optimal performance. The frequency of servicing depends on usage intensity and environmental conditions. The modular design of Sentinel allows for easy component replacement if needed. Additionally, detailed maintenance schedules and guidelines are provided, enabling clients to efficiently manage and prolong the lifespan of their Sentinel units.

Sentinel is built with durability and longevity in mind, and its expected lifespan is several years. The exact lifespan can vary based on usage patterns and environmental factors. InDro Robotics offers warranty options that cater to different client needs, providing peace of mind and support for the entire lifecycle of the Sentinel units.

Yes, Sentinel is designed for seamless integration with existing security systems and monitoring software. Its open architecture and compatibility with industry-standard protocols enable easy integration into diverse ecosystems. Whether connecting to a centralized security platform or interfacing with specific monitoring tools, Sentinel can collaborate with the client’s existing infrastructure. This integration capability enhances the overall security posture, providing a comprehensive solution that aligns with the client’s established security protocols and systems.

Sentinel’s charging system is designed to accommodate different configurations and supports both wired and wireless charging. The specific power requirements depend on the configuration and payload of the Sentinel unit. Wired charging stations are equipped to deliver the necessary power for efficient charging, ensuring a quick turnaround between missions. Additionally, wireless charging capabilities further enhance convenience and autonomy by allowing Sentinel to autonomously charge itself without human intervention. This adaptability in charging options ensures flexibility and accessibility across various deployment scenarios.