• Earth Observation:
  • High-resolution optical imaging
  • Multispectral/hyperspectral sensing
  • Urban development monitoring
  • Deforestation tracking
  • Crop yield prediction
  • Disaster impact assessment
  • Mineral identification and machinery tracking
  • Mapping and identification of tree species
  • Fire detection
• AI-Powered Analytics:
• • On-orbit object detection and classification
  • Cloud pattern analysis for weather forecasting
  • Ship detection and maritime traffic monitoring
  • Automated change detection in landscapes
  • Real-time wildfire detection and tracking
• IoT and Communication
• • Data collection from remote ground sensors
  • Asset tracking for logistics and transportation
  • Environmental monitoring in hard-to-reach areas
  • Emergency communication relay in disaster zones
  • Low-latency data transmission for time-sensitive applications

• Edge Computing:
• • On-board image processing and compression
  • Real-time data filtering and prioritization
  • Autonomous decision-making for payload operations
  • Distributed computing across satellite constellations
• Scientific Research:
• • Atmospheric composition analysis
  • Space weather monitoring
  • Microgravity experiments
• Technology Demonstration:
• • Novel sensor testing
  • Advanced propulsion systems trials
  • New materials performance in space environment
  • Experimental communication protocols

• Advanced Edge Computing: The A16 is specifically designed to support AI-driven payloads, enabling sophisticated on-orbit data analysis and decision-making.
• Optimized for On-Satellite Processing: With its high-performance computing capabilities, the A16 can process large volumes of data in space, significantly reducing the need for raw data downlink and improving overall mission efficiency.
• Generous Payload Volume: The 8U-10U scalable payload space provides ample room for powerful computing hardware, allowing for the integration of advanced processors and memory systems.
• Substantial Power Budget: With up to 336Wh of power storage and 144W solar panels, the A16 ensures a steady power supply for computationally intensive tasks.
• High-Speed Data Handling: The platform's ability to downlink data at speeds up to 1 Gbps (S-band/X-band) complements its processing capabilities, allowing for rapid transmission of processed data when needed.
• Hosted payload: This satellite offers a modular design that can accommodate multiple customer payloads concurrently on a single platform, offering simultaneous hosting capabilities.

The A16's focus on high-performance computing opens new possibilities for space-based applications. Earth observation missions can benefit from real-time image processing and analysis, potentially enabling rapid response to detected events. IoT applications can leverage the platform's computing power for complex data aggregation and analysis from multiple sources.

• Power Storage:
  • Range: 168Wh - 336Wh
  • Scalable to mission requirements
  • Options for higher capacity available on request
• Available Space:
• • Base configuration: 8U-10U payload volume
  • Scalable up to 30U total satellite volume
  • Flexible internal layout to accommodate various payload sizes and configurations
• TTC (Telemetry, Tracking, and Command):
• • Standard: S-band/UHF (4Mbps/9kbps)
  • High-speed option: S-band/X-band (up to 1 Gbps)
  • Customizable frequencies and data rates based on mission needs
• GPU-Based Processing Power:
• • Customizable GPU options for enhanced on-board computing (up to 100 TOPS)
  • Scalable processing power to meet specific AI and edge computing requirements
  • Integration of latest GPU technologies for maximum performance in space-grade hardware
• Additional Customization:
• • Propulsion systems available on request
  • Solar panel configurations adaptable to mission power needs
  • Thermal management systems tailored to payload requirements
  • Custom sensor integration based on mission objectives