Top 50 Space Situational Awareness in Asia

Digantara is developing a Space Mission Assurance Platform Space MAP that utilizes sensor fusion and multimodal data to enhance space traffic monitoring and situational awareness. This technology addresses the increasing risk of collisions in crowded orbital environments by tracking 20 times more objects with 10 times higher resolution.

PierSight is developing a constellation of Synthetic Aperture Radar (SAR) and Automatic Identification System (AIS) satellites to provide persistent surveillance of maritime activities. This technology enables real-time tracking of marine assets, addressing the need for enhanced situational awareness in shipping, insurance, defense, and environmental monitoring.

Curium develops CuSense, a platform that utilizes AI and machine learning to analyze data from urban sensors such as LiDAR, RADAR, and cameras, providing real-time situational awareness and predictive insights. This technology addresses the challenge of managing vast amounts of sensor data, enabling city planners to make informed decisions quickly and efficiently.

XTEND develops the XOS operating system for remote control of tactical unmanned aerial systems (UAS), enabling operators to manage multiple drones simultaneously in complex environments. This technology enhances situational awareness and decision-making while minimizing operator exposure in high-risk scenarios.

Blurgs AI provides a maritime domain awareness system that integrates data from AIS, EO-satellite, weather, and radar sources to enhance situational awareness for vessel operators and port authorities. The platform enables real-time monitoring and predictive analytics to improve navigation safety, optimize vessel traffic management, and detect illegal activities in marine environments.

The startup develops nanosatellite systems that analyze space-based data to predict potential damages from natural disasters and other threats. By providing timely information, the company enables clients to protect their properties and assets from future risks.

The startup provides aerial services using encapsulated drones equipped with AI software and advanced communication systems for battlefield management. Their technology enables military, government, and civilian organizations to enhance situational awareness and operational efficiency in complex environments.

Titra provides advanced unmanned systems and AI-powered software for defense, aviation, and smart city applications. Their solutions include intelligent UAVs and swarm control software to enhance intelligence gathering, situational awareness, and operational efficiency.

LambdAI Space utilizes AI and physics-based algorithms to monitor environmental changes and resource utilization through advanced radar satellite data. This technology enables precise risk assessment and informed decision-making in sectors such as insurance, agriculture, and finance, addressing the challenges of climate change and resource depletion.

Manastu Space develops a Green Propulsion System and a Debris Collision Avoidance System to enhance in-space logistics and safety. The company addresses the increasing risk of satellite collisions and debris pollution in orbit, which threatens the sustainability of the trillion-dollar space industry.

GalaxEye is developing the world's first hybrid imaging satellites that combine Synthetic Aperture Radar (SAR) and Multispectral Imaging (MSI) to provide high-resolution, all-weather data for various industries. This technology enables precise monitoring of military activities, agricultural growth, and urban changes, facilitating informed decision-making for businesses and governments.

Brelon develops headset-less virtual display technology for enterprise and automotive applications, utilizing advanced light field technology to create immersive visual experiences without the need for traditional headsets. This innovation addresses the limitations of conventional display systems by providing a more accessible and flexible solution for remote collaboration and enhanced situational awareness in vehicles.

Synspective provides synthetic aperture radar (SAR) data and remote monitoring services to government agencies and companies, enabling precise environmental observation regardless of weather conditions or time of day. Their satellite constellation aims to enhance decision-making by delivering critical insights into natural resource management and risk exposure through advanced data analytics.

Orca AI provides an AI and computer vision-based platform that enhances maritime situational awareness by automatically detecting marine targets and prioritizing alerts, significantly reducing human error during navigation. The technology improves operational safety and efficiency, resulting in a 74% reduction in close encounter events and annual fuel savings of $100,000 per vessel.

Tron Future Tech develops autonomous Counter-Unmanned Aerial Systems (CUAS) that integrate active and passive detection, softkill and hardkill countermeasures, and a cloud-based AI command and control system to neutralize drone threats. In the aerospace sector, the company provides satellite payloads and user terminals for Low Earth Orbit (LEO) communications and Synthetic Aperture Radar imaging, enhancing surveillance and data collection capabilities.

Optimized Electrotech develops long-range multispectral surveillance systems equipped with AI-driven threat detection and automated monitoring capabilities for defense, aerospace, and critical infrastructure. Their technology addresses unauthorized drone incursions and enhances security through real-time tracking of people and vehicles under various weather conditions.

Develops cost-effective nano and micro satellite platforms with hosted payload options, enabling rapid deployment for applications like intelligence, surveillance, and reconnaissance. By reducing satellite development costs by 75% and offering ready-to-launch solutions, it democratizes access to space capabilities for government and commercial clients.

Taramandal is developing critical space technologies that enhance satellite communication and navigation systems. The company addresses the need for improved reliability and efficiency in space operations, enabling better data transmission and positioning accuracy.

Indoor Robotics develops a fully autonomous indoor drone fleet equipped with AI-based monitoring solutions for security in smart buildings. Their technology addresses security vulnerabilities by providing continuous surveillance and real-time data analytics to enhance safety and operational efficiency in various environments, including offices, warehouses, and retail spaces.

The startup develops a satellite observation platform that utilizes earth observation satellite constellations to deliver geospatial data on rainfall, population density, and 3D surface area. This technology enables businesses to access critical space-based insights without the burden of significant capital investment.

Pixxel develops a constellation of hyperspectral imaging satellites that capture high-resolution Earth data across over 250 spectral bands, enabling the detection and monitoring of environmental threats that are invisible to conventional satellites. By providing detailed insights into agricultural health, pollution levels, and resource management, Pixxel empowers stakeholders to make informed decisions for climate action and sustainability.

The startup offers a parking management platform that utilizes algorithms to gather data and remotely oversee parking facilities, providing revenue analytics and real-time alerts. This technology enables vehicle owners to easily find available parking spots while giving space owners the tools to digitize and optimize their parking operations.

Eartheye provides a cloud‑based Tasking‑as‑a‑Service platform that lets users schedule on‑demand acquisitions from a catalog of satellite sensors—including SAR, hyperspectral, multispectral, and AIS—through a single web interface. The system automatically retrieves raw imagery, runs AI‑driven processing pipelines to extract and classify features, and delivers decision‑ready feeds via customizable dashboards or REST APIs. Pricing is consumption‑based with per‑square‑kilometer tasking fees and subscription options for analytical feeds.

The startup offers a 3D collaborative workspace platform that integrates real-time data from drones, body cameras, and smartphones to enhance situational awareness for emergency responders. By utilizing AI-driven simulations, the platform aids in decision-making and mission planning during critical response scenarios.

The startup develops radar systems for detecting small aerial threats and unmanned aerial vehicles (UAVs) equipped with net-launching technology to intercept unauthorized drones. This technology addresses the increasing risk of drone-related security breaches in airspace, enhancing safety for critical infrastructure and public spaces.

The startup develops compact satellite laser technology that enables precise altitude measurements for small satellites, facilitating tasks such as LiDAR mapping and space debris removal. By reducing satellite weight and manufacturing costs, the technology allows for cost-effective deployment in space exploration and related industries.

Pensieve develops AI-driven cyber technology that enhances real-time situational awareness for government and defense agencies, enabling them to protect their systems, networks, and data from evolving cyber threats. The software provides actionable insights and automated threat detection, improving overall security posture and operational efficiency.

Atomionics is developing quantum sensors for atomic sensing technology that provides precise navigation and exploration in environments where traditional GPS and inertial navigation systems fail. This technology significantly improves location accuracy and situational awareness in challenging conditions.

The startup develops a radar signal processing engine that utilizes neural networks and deep learning to enhance radar sensitivity, range, detection, and tracking capabilities. This technology enables ground, naval, and air defense systems to significantly outperform traditional radar algorithms, improving situational awareness and operational effectiveness.

WARPSPACE develops an optical communication network for inter-satellite connections, enabling real-time access to space data. Their technology delivers observational data within 30 minutes, 24/7, addressing the need for timely information in space operations.

CRON Systems develops senseEDGE, a deep learning platform that processes live 3D sensor data from LiDAR and other sensors to achieve high-accuracy object detection, classification, and tracking. This technology enhances traffic management and urban infrastructure by providing real-time situational awareness, even in challenging environmental conditions.

TwinMatrix provides a unified geospatial data platform that integrates IoT data silos with spatial digital twins for real-time editing and collaboration. This technology enables enterprises to enhance spatial data awareness and streamline decision-making processes by facilitating inter-layer analysis and AI-driven insights.

RobotEye develops AI-powered, unmanned surveillance systems with edge processing and satellite connectivity to enhance monitoring in high-risk environments. Their technology addresses the challenges of public safety, border security, and wildlife conservation by providing real-time situational awareness and autonomous monitoring capabilities in remote areas.

AutoMicroUAS, now amosAerospace, develops advanced unmanned aerial systems (UAS) equipped with real-time surveillance and data analytics capabilities to enhance situational awareness in domestic security operations. The company addresses the increasing threats to public safety by providing actionable intelligence for law enforcement and emergency response teams.

Calterah designs and develops CMOS single-chip millimeter-wave radar sensors for precise object detection and tracking in various applications. These sensors enhance situational awareness and improve safety in environments where traditional sensing technologies may fail.

The startup operates a cloud-based ground station service that enables automatic acquisition and tracking of low Earth orbit satellites using a unified antenna specification and software-defined radio technology. This offering provides clients with a scalable infrastructure for reliable space-to-earth communication, addressing the need for accessible satellite connectivity in the expanding NewSpace ecosystem.

Atreides provides a data analytics platform that fuses structured and unstructured geospatial data to generate actionable insights for organizations. By transforming petabytes of raw data into clear intelligence, Atreides enables rapid decision-making and enhances situational awareness in complex environments.

This startup develops wearable devices that use haptic feedback and spatial audio to help visually impaired individuals navigate their surroundings. The device identifies obstacles, people, and objects, providing real-time environmental awareness to enhance independent mobility.

SatLeo Labs develops a constellation of Low Earth Orbit MicroSats equipped with high-resolution thermal infrared sensors to capture near-real-time thermal imagery of the Earth's surface. This technology provides critical data for monitoring land surface temperature, which is essential for addressing challenges in agriculture, urban planning, defense, and climate change.

EON Space Labs develops high-resolution optical payloads for satellites and drones, utilizing a miniaturized design that significantly reduces size, weight, and power requirements. This technology enables real-time monitoring and surveillance of infrastructure and geographies, enhancing data accessibility for various users.

Insight360.ai provides AI-driven geospatial intelligence solutions tailored for military applications, including terrain analysis, enemy movement tracking, and critical infrastructure assessment. Their technology enhances decision-making and operational planning for military forces by delivering real-time situational awareness and precise target acquisition capabilities.

Axon Vision develops AI-driven systems that provide real-time, automated 360° situational awareness for manned and unmanned defense platforms. Their technology enhances threat detection, tracking, and classification, significantly reducing the cognitive load on operators in complex operational environments.

Develops electro-optics-based AI systems that enable real-time multi-object detection and tracking on air, land, and maritime platforms, consuming approximately 5 watts of power. These systems enhance sensor capabilities for mission-critical applications, improving situational awareness and decision-making in defense and security operations.

The startup offers a platform that utilizes geolocation technology to enable users to report incidents of harassment, such as eve-teasing or physical harm, while fostering a community of proactive citizens ready to assist in emergencies. This application generates a heatmap to identify high-risk areas, enhancing situational awareness and safety for individuals in distress.

Solidvue develops high-precision LiDAR sensors that deliver accurate 3D spatial recognition for applications such as autonomous vehicles and mapping. These sensors provide reliable environmental perception and data collection in complex settings, enabling enhanced spatial awareness for various industries.

The startup develops autonomous navigation technology that enhances spatial understanding in environments where GPS is unavailable, utilizing custom computer vision algorithms and visual-inertial data fusion for accurate mapping. This technology enables drones and robots to operate efficiently and safely in complex settings, benefiting industries such as logistics and construction.

The startup develops artificial intelligence software that converts standard cameras into 3D measurement devices by detecting objects and extracting their position and orientation from a single image. This technology enhances indoor navigation, arm-vision control, and object manipulation for businesses by providing precise spatial data without the need for specialized equipment.

The startup develops computer vision and artificial intelligence technology for unmanned aerial vehicles, enabling autonomous flights with real-time visual situation awareness. Their platform facilitates navigation, landing, and object tracking without reliance on human operators or GPS, allowing operations beyond visual line of sight at any time of day or night.

Smart Radar System develops sub-1° 4D imaging radar technology for autonomous vehicles and industrial applications, enabling precise real-time 3D visualization of objects. This technology addresses the challenge of detecting and analyzing unseen obstacles, enhancing safety and operational efficiency in complex environments.

The startup develops a real-time guardian and decision-making platform that utilizes dynamic generalization for spatiotemporal reasoning of moving 3D objects, enabling efficient spatial analysis. Its technology provides optimal collision avoidance for both orbital and non-orbital space vehicles, addressing the challenges of complex computations in larger datasets.