A modular, highly configurable operating system based on the Linux Foundation's DANOS project. Designed for IoT devices, drones, and mobile systems, this distributed operating system enables researchers to develop and deploy compute tasks across diverse hardware. Features a built-in vplane that supports connecting multiple nodes in a dynamic, secure VPN-like manner, allowing for multi-user data streams from many-to-many devices for seamless distributed computing.
Choose the appropriate Elster OS variant for your infrastructure layer:
DAOS Backend Storage
Transition Layer
Drone/IoT Endpoints
All variants include the Vyatta configuration shell for customizable deployment scenarios and experimental setups.
Elster OS implements a sophisticated three-layer architecture designed for distributed computing across diverse environments:
Dynamic protocol selection ensures optimal data transmission across varying network conditions:
Comprehensive data handling capabilities for diverse multimedia and telemetry streams:
Elster OS provides essential capabilities for distributed computing environments
Built-in vplane technology creates secure, adaptive VPN-like connections between distributed nodes with automatic discovery and routing.
Intelligent switching between high-speed streaming and store-and-forward protocols based on network conditions and connectivity.
Seamless integration with high-performance storage clusters for real-time analytics and authoritative data repositories.
Local processing capabilities with predictive caching and differential synchronization for optimal performance.
Native support for drones, IoT devices, and mobile systems with adaptive communication protocols.
Guaranteed delivery mechanisms with epidemic routing and automatic retry for mission-critical applications.
Elster OS enables innovative solutions across multiple domains:
Advanced multi-network capabilities for challenging operational environments:
Proven reliability for demanding operational scenarios
Secure communication networks for tactical operations with encrypted workspace environments and multi-network redundancy.
Real-time coordination for emergency response teams with resilient communication in challenging terrain and conditions.
Global monitoring capabilities with satellite integration for unmanned systems and distributed sensor networks.
Proven capabilities for demanding distributed computing scenarios
Optimized data streams with real-time compression and processing for maximum bandwidth utilization.
Direct streaming capabilities with minimal overhead for time-critical applications and real-time analytics.
Fault-tolerant architecture ensures data integrity and delivery even in challenging network conditions.