WEDGE - AGENT
Events
18 – 21
- KubeCon + CloudNativeCon Europe 2023
Amsterdam, The Netherlands
22 – 25
- Embedded Vision Summit
Santa Clara, USA
27 – 30
- Embedded Open Source Summit
Prague, Czech Republic
What we want to solve
Tiny/nano edge devices need to be low-power and cost-effective, but with constrained resources
- Agile Development for Resource Constrained IoT Devices
- Embedded programming is difficult, generally in C, and generally the code is not portable
- Safely running workloads on RTOS
- Tiny IoT devices cannot run Linux, because their CPUs generally don't have MMU
- Avoid lock-in to specific IoT Service
- Dependence on specific technologies would have created serious business continuity problems
WEDGE
Technology Overview
- Easy to develop
- Easy to deploy
- Easy to enhance
WEDGE
Technology Overview
Integration of sensors, AI, CV, and processing at Far-edge/edge/cloud in a zero-touch/plug-n-play manner
- Take advantage of WebAssembly for resource-constrained devices
- Easy to develop: sensing pipeline of simple function wasm modules, to be low-code/no-code
- Orchestrator: deployment, module life-cycle management
- Webassembly compilation service: dynamic and automatic AoT optimization
- Sensing pipeline deployment across different vertical locations (far edge devices, MEC, etc)
Zero-touch provisioning and automatic edge service discovery enabled by integrating with telecom infrastructure intelligence.
- Dynamic QoS control, QoS on Demand, Selecting best MEC location
Demo
Contact
IoT is used in diverse locations and applications, leading to hardware and software fragmentation. To expand the IoT ecosystem, a common platform is needed. We want to contribute to this effort using promising technologies such as WebAssembly. As an OSS company with a track record of product releases like Midonet, we understand the importance of the OSS community. By providing easy access to our OSS, we believe we can lower the entry hurdle for IoT app developers and accelerate the expansion of the IoT World Ecosystem.