Secure sovereign edge systems for critical telemetry and distributed infrastructure.
OMWEI develops next-generation industrial edge telemetry architecture combining rugged field infrastructure, trusted edge identity, distributed telemetry fabrics, and resilient edge-native communication models for unattended critical environments.
Platform Overview
OMWEI bridges trusted compute foundations with real-world distributed edge infrastructure. The platform is designed for harsh, intermittently-connected, and security-sensitive environments where traditional cloud-centric IoT architectures become operationally inefficient.
Rugged Field Nodes
Solar-autonomous low-power telemetry nodes for unattended deployment in environmental, utility, and remote infrastructure environments.
- LoRa / BLE / 802.15.4
- SDI-12 + RS485
- GNSS integration
- Secure Element
- IP67 industrial design
Industrial Edge Gateways
Modular edge compute gateways for local orchestration, protocol bridging, telemetry aggregation, and resilient edge processing.
- ARM Cortex-A class compute
- Industrial DIN-rail deployment
- RS485 / Ethernet / USB
- Expandable industrial I/O
- Edge-native telemetry routing
Distributed Telemetry Fabric
Evolution toward a Zenoh-native distributed telemetry model optimized for intermittently-connected infrastructure and constrained edge environments.
- Semantic compact telemetry
- Low-overhead communication
- Distributed edge-native routing
- Resilient mesh-oriented architectures
- Future PQC-ready integrity concepts
Distributed Edge Architecture
The OMWEI architecture is designed as a layered trusted edge infrastructure stack spanning field sensing, distributed telemetry transport, local orchestration, and future semantic integrity propagation.
Field Infrastructure
- Ultra-low-power telemetry nodes
- Hybrid wireless communication
- Harsh-environment deployment
- Intermittent connectivity resilience
- Trusted hardware identity
Edge Coordination
- Distributed telemetry aggregation
- Industrial protocol interoperability
- Local processing and autonomy
- Edge-native orchestration
- Semantic telemetry routing
Trusted Telemetry Fabric
- Zenoh-native distributed data space
- Semantic compact telemetry models
- Future trusted integrity propagation
- PQC-oriented architectural roadmap
- Sovereign edge infrastructure alignment
Reference Deployment Domains
The platform is intended for infrastructure domains where resilience, low operational overhead, trusted telemetry, and distributed edge autonomy are mission-critical requirements.
Utility Telemetry
Distributed monitoring for water, energy, and remote utility infrastructure.
Hydrology & Environment
SDI-12-based unattended sensing for hydrology, weather, and environmental monitoring.
Remote Infrastructure
Solar-autonomous telemetry for pipelines, industrial compounds, substations, and remote assets.
Sovereign Edge Systems
Trusted distributed edge architectures for resilience-oriented critical infrastructure environments.
“The future of industrial infrastructure will not be cloud-centric. It will be distributed, trusted, resilient, and edge-native.”
Strategic & Technical Discussions
OMWEI is currently exploring architectural alignment and technical collaboration opportunities around distributed edge telemetry, trusted infrastructure, and next-generation sovereign edge systems.