Wirepas Technology Explained

Mesh networking redefined for massive scale.

Wirepas is a fully decentralized mesh networking technology built for massive-scale, low-power IoT deployments. Unlike traditional star-topology networks, Wirepas devices communicate directly with one another, autonomously routing data hop-by-hop through the mesh until it reaches a sink node connected to the network server. This de-centralized architecture removes any single point of failure and lets networks scale to millions of devices without added infrastructure. Operating in sub-GHz and 2.4 GHz bands, Wirepas supports flexible mesh, tree, and star topologies, making it ideal for dense industrial environments, smart buildings, asset tracking, and logistics, where reliability and self-healing connectivity matter most.

Wirepas Range

Wirepas doesn't rely on a single long-distance radio link — it achieves range through its mesh architecture, where every device extends the network by relaying data to its neighbors. A single hop typically covers tens to a few hundred meters depending on frequency band and environment, but because each node can act as a repeater, the effective coverage of a Wirepas network is virtually unlimited: adding more devices extends reach without adding gateways. This hop-by-hop design also lets Wirepas trade range for bandwidth on demand, using lower data rates to push signals further per hop, or higher data rates when throughput matters more than distance. The result is a self-healing network that automatically re-routes around obstacles or failed nodes, delivering reliable coverage across large industrial facilities, warehouses, and multi-building campuses where a single radio link could never reach every device.

Key Benefits of Wirepas Technology

Wirepas is a leading mesh networking protocol for large-scale IoT deployments, offering massive scalability, self-healing reliability, and low power consumption. These features make Wirepas ideal for diverse use cases, from smart buildings to industrial asset tracking.

Massive Scalability

Wirepas networks can scale to millions of devices within a single deployment, since every device also acts as a router for its neighbors. There's no dependency on centralized infrastructure, so dense networks can grow across large industrial sites, warehouses, and multi-building campuses simply by adding more nodes.

Low Power Consumption

Wirepas devices are optimized for low power consumption, enabling years of operation on small batteries, even while relaying data for neighboring nodes. This makes it ideal for long-term, maintenance-free IoT applications such as asset tracking and industrial sensing.

Cost-Effective Deployment

Because Wirepas devices extend coverage by relaying data through one another, networks need far fewer gateways than traditional star-topology systems. This lowers installation and infrastructure costs, making Wirepas an economical choice for large-scale, high-density IoT deployments.

FAQ – Wirepas

Open all | Close all

Alle öffnen | Alle schliessen

What is Wirepas?

Wirepas is a decentralized mesh networking technology used in large-scale IoT applications because of its scalability and low energy consumption. Unlike networks built around dedicated routers and gateways, Wirepas operates using a mesh topology, in which any element in the network can dynamically establish direct connections with any other element in the network, creating a single flexible connectivity layer that scales from a handful of nodes to millions of devices without added infrastructure.

How does Wirepas work?

Wirepas mesh is a decentralized mesh wireless communication protocol, meaning each node in the network selects its role and maintains and optimizes its connections autonomously based on its environment. It has two operating modes that can be configured at the node level: Low Energy mode for fully battery-operated networks, where even battery-powered devices route traffic, and Low Latency mode for fast transmission on mains-powered devices — the two can be mixed so battery-powered sensors use mains-powered devices as a transmission backbone. Gateways bridge the network to the internet and have no special role in network management, so a system with multiple gateways organizes automatically around them as a multi-gateway system.

What does Wirepas cost?

Unlike royalty-free protocols, Wirepas is commercial software — developers license the Wirepas software to integrate it with their radio hardware, and the model avoids expensive wiring, costly network planning, and recurring subscriptions. A typical Wirepas deployment includes:

End devices: sensors or nodes running the licensed Wirepas stack, available from Wirepas' hardware partners or built in-house.
Sink devices: act as gateways bridging the mesh to the internet; a network can use multiple sinks for load balancing.
Connectivity: sinks need an internet connection via LAN, Wi-Fi, or cellular backhaul.
Network management: Wirepas provides tools for over-the-air updates, provisioning, and monitoring the network once deployed.

How secure is Wirepas?

Wirepas networks use secure, AES-128 standard encryption to protect data in transit, alongside mechanisms for secure over-the-air updates and provisioning of new devices. Because routing decisions are made locally by each device rather than through a single centralized path, there's no single point of failure for an attacker to target.

Why use Wirepas?

Use Wirepas for dense, large-scale IoT deployments where reliability and scalability matter more than raw data throughput — smart buildings, industrial facilities, and asset tracking are common fits. Given it has no single point of failure, it's particularly strong in dense environments, and because the mesh self-heals without needing a dedicated gateway for every few devices, it suits environments too large or too dense for a star-topology network to cover cost-effectively.

Is Wirepas free?

No. Wirepas is a licensed software stack rather than an open, royalty-free protocol, so device manufacturers pay to integrate it. That said, there are no costly network planning requirements or recurring subscriptions once a network is deployed, and Wirepas operates in license-exempt sub-GHz and 2.4 GHz bands, so no radio license is required.

What is the range of Wirepas?

Wirepas doesn't rely on a single long link — each hop between devices typically covers tens to a few hundred meters depending on frequency band and environment. Because mesh networking means devices route traffic via multiple hops, a Wirepas network's overall coverage isn't capped by any single radio link; it extends as far as you add nodes, which is why Wirepas networks have run with tens of thousands, even hundreds of thousands of devices in a single deployment.

Who is behind Wirepas?

Wirepas is a Finnish company that develops and licenses the Wirepas Mesh protocol stack, working with a network of hardware partners who embed it into commercial sensors, lighting systems, and gateways. Wirepas is also the main contributor to DECT-2020 NR, the recently published 5G standard for massive IoT built on the same architecture principles.

LOGIN