Blue Cranium LLC

Communications design and analysis for spacecraft operating in Earth and lunar environments, supporting commercial satellite networks, NASA programs, and defense missions.

• Spacecraft Connectivity Analysis and Design

  High-value analysis products enabling actionable decision making to achieve optimal space mission connectivity to commercial satellite and ground communications networks.

• Spectrum Management

  Engineering analysis of RF satellite systems to ensure operations comply with domestic and international spectrum allocation requirements; sharing and compatibility studies for existing and future RF systems.

• Lunar Mission Analysis and Design

  Communications analysis for NASA and partner networks, Gateway, human lander systems, surface mobility systems, and robotic science missions; architecture and concepts of operations for in-orbit and surface relay systems.

Custom full-stack applications for data management, visualization, and analytics needs.

• Database Design and Implementation

  Cloud-based scalable and secure data systems with modular API services for efficient and secure database access.

• Full-Stack Application Development

  User-focused full-stack applications developed using agile methodologies from concept to implementation, with continuous client feedback integration.

• Data Visualization and Modeling

  Interactive visualization solutions presenting complex data in clear and meaningful ways, with analytical models supporting trend analysis and system evaluation.

Work in this area is organized into supported delivery tasks.

• Advanced Small Satellite Communications

  Support includes Advanced small satellite communications.

• Computing

  Support includes computing.

• Integration Of AI/ML Technologies For Enhanced Data Delivery

  Support includes integration of AI/ML technologies for enhanced data delivery.

• Identification

  Support includes identification.

• Tracking

  Support includes tracking.

• Characterization Of Objects In Orbit

  Support includes characterization of objects in orbit.

• Work In This Area Is Organized Into Supported Delivery Tasks

  Support includes Work in this area is organized into supported delivery tasks.

Design of CubeSats for communications, Earth observation, and lunar applications, incorporating onboard computing and AI/ML for enhanced data delivery.

Work in this area is organized into supported delivery tasks.

• Orbit

  Support includes Orbit.

• Constellation Modeling To Analyze Mission Coverage

  Support includes constellation modeling to analyze mission coverage.

• Connectivity

  Support includes connectivity.

• RF Performance Across LEO

  Support includes RF performance across LEO.

• Cislunar Environments

  Support includes cislunar environments.

• Work In This Area Is Organized Into Supported Delivery Tasks

  Support includes Work in this area is organized into supported delivery tasks.