Stop wrestling with complex IoT deployments. EdgeVance, powered by Peeriot.Swarm technology, brings cloud-like convenience to the IoT edge.
Empowering you to own your data, process it locally, and accelerate innovation.
EdgeVance is a unified and intelligent software platform meticulously designed for today’s IoT edge challenges. It leverages the power of decentralization and peer-to-peer communication to transform your connected devices into an intelligent, self-organizing “smart swarm.”
Say goodbye to the limitations of traditional architectures that rely on sending all data to a central cloud. With EdgeVance, you gain direct ownership and control over your devices, data, and applications right where data is generated.
EdgeVance directly addresses the frustrations of traditional IoT:
At its heart, EdgeVance utilizes Peeriot.Swarm technology, enabling your devices (nodes) to auto-discover, connect, and collaborate for distributed data processing and task execution. Our lightweight software stack includes:
Key Benefits:
EdgeVance is built for those who build. We provide:
EdgeVance is packed with powerful features designed to simplify your IoT edge development:
Swarm Intelligence & Operations
Application Development & Management
Data Handling & Security
Deployment & Compatibility
Devices running EdgeVance, automatically find and connect with each other to form a resilient network. This “zero hassle” approach means you can get your network up and running by simply starting a binary on each participating device.
Leverage the combined power of your edge devices, as EdgeVance allows tasks to be intelligently distributed and processed collaboratively across multiple nodes in the swarm.
Engineered for robust, continuous operation, EdgeVance features adaptive communication protocols and redundant data storage mechanisms to ensure high availability and fault tolerance. It also supports failover and standby functions to maintain continuous operation.
EdgeVance provides comprehensive support for the entire lifecycle of your IoT applications. This includes initial design, deployment to edge nodes, device onboarding, ongoing monitoring and control, network inspection, and integration with other systems.
This serves as your intuitive access point and central hub for designing, managing, monitoring, and interacting with your edge applications and the entire device swarm.
Accelerate your development with a powerful drag-and-drop environment that allows users to visually design complex, multi-level data processing flows and application logic.
Define your application’s behavior with Python, supported for versatile scripting and implementing application logic directly on your edge devices.
Run high-performance, portable code modules using WebAssembly (Wasm), allowing you to deploy computationally intensive tasks written in languages like Rust.
Move from development to deployment with exceptional ease, as EdgeVance features simplified one-click deployment of your applications across the entire swarm of devices.
Keep your data at the edge with integrated capabilities for storing data locally. EdgeVance ensures data redundancy and recoverability within the swarm through automated replication and backup mechanisms.
The platform ensures secure device onboarding, so only authorized devices can join the swarm and access resources. It also supports secure and efficient Over-the-Air (OTA) updates for software and firmware on your edge devices.
EdgeVance is designed to work with your existing and preferred infrastructure, being “sensor agnostic” and “transport agnostic”.
EdgeVance’s lightweight software stack can be installed on a diverse range of hardware, including small embedded devices like microcontrollers and SoCs. This has been demonstrated with Nordic boards, including nRF53-series chips for Bluetooth Low Energy (BLE) applications and nRF91-series chips for LTE-M connectivity.
Be among the first to leverage the transformative power of EdgeVance. Join our Early Access Program to get hands-on experience, provide valuable feedback, and shape the future of decentralized IoT.
