Pioneering space-based IoT connectivity for global coverage
Our Satellite Relay technology represents the next frontier in IoT connectivity, combining terrestrial LoRaWAN networks with Non-Terrestrial Networks (NTN) to achieve truly global coverage.
By integrating satellite-based relay nodes with our proven FRESHDATA Relay technology, we're enabling IoT connectivity in the most remote and challenging environments—from oceans and deserts to polar regions and developing areas without terrestrial infrastructure.
Traditional LoRaWAN gateways and FRESHDATA Relay nodes provide high-capacity, low-latency connectivity in populated and infrastructure-rich areas.
LEO satellite constellation with LoRa-compatible relay payloads extends coverage to remote areas without terrestrial infrastructure.
Smart algorithms automatically select the optimal path (terrestrial or satellite) based on location, latency requirements, and network conditions.
IoT devices offer experience brief satellite visibility, leading to contention among nodes and delayed or lost transmissions.
Large columns of low-priority or redundant data flood the network, consuming bandwidth and energy.
Existing satellite protocols fail to adapt dynamically to increasing IoT device density, causing queuing delays and packet loss.
The relay prioritizes data based on its relevance, ensuring that critical and timesensitive packets are transmitted first.
By aggregating and intelligently prioritizing ground communication, the relay alleviates the uplink bottleneck while reducing redundant transmissions.
The relay operates seamlessly with existing IoT devices and commercial LoRaWAN hardware, enabling low-power communication and reducing the operational costs of satellite IoT networks.
Track vessels, monitor ocean conditions, and enable ship-to-shore communication in areas beyond terrestrial network coverage.
Monitor crops, livestock, and environmental conditions in remote agricultural areas without cellular or LoRaWAN infrastructure.
Deploy sensors in remote wilderness areas for climate research, wildlife tracking, and environmental monitoring without infrastructure investment.
Track shipments and assets across global supply chains, including ocean freight and remote land routes.
Monitor pipelines, power lines, and other critical infrastructure in remote or inaccessible locations.
Enable IoT applications in areas without terrestrial infrastructure, supporting development and improving quality of life.
Active research areas and partnerships
Developing optimized communication protocols for satellite-relay scenarios, accounting for Doppler shift, latency, and power constraints.
Designing compact, power-efficient LoRa relay payloads suitable for small satellite platforms and CubeSats.
Partnering with METU and international research institutions to advance Non-Terrestrial Network technologies.
Join us in shaping the future of global IoT connectivity
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