SPACE CLARKE
Engineering Intelligent Orbital Systems for the Next Generation of Aviation and Space Infrastructure.
Orbit Infrastructure
GNSS Resilience
AI-based spoof detection and cross-verification via LEO signals to protect aviation from GNSS failure.
Low Latency Connectivity
Two-way communication at 500-1500 km altitude enabling real-time telemetry and C2 command loops.
AI-Managed Slicing
Dynamic resource allocation prioritizing safety-of-life data over commercial traffic.
UAV Orchestration
High-density airspace management for millions of BVLOS drones and urban air mobility.
Hiranya Hesara
Chief Systems Engineer
BSc Aerospace Engineering (First Class, Kingston University, UK). Experienced in electric propulsion, fuel cell tech, Advanced Air Mobility, and Future Flight initiatives in the UK.
LEO Satellite Systems
Robust, secure LEO communication systems tailored for modern aviation needs.
AI-Driven Network Slicing
AI-optimized resource allocation enhancing connectivity for critical aerial operations.
Aviation & UAV Integration
Seamless UAV integration with aviation infrastructure for improved safety protocols.
SAGIN Networks
Integrated space-air-ground networks for real-time data exchange and operational integrity.
Advanced Navigation
Systems-engineered navigation enhancing precision and reliability for aerospace.
Regulatory Compliance
Solutions aligned with international aerospace standards and regulatory frameworks.
Mission
Space Clarke
To design, develop, and deliver reliable aeronautical, space, UAV, satellite communication, and aviation solutions that support governments, enterprises, and research institutions across South Asia and beyond.
Organised by Space Clarke
National Rocketry Championship Sri Lanka 2026/27
Sri Lanka's first national-level rocketry competition — a platform for school students, university teams, and independent participants to design, build, and launch rockets.