# Wirepas
Wirepas is a global leader in IoT connectivity, delivering the invisible infrastructure behind ultra-resilient, infinitely scalable mesh networks for large-scale, mission-critical industrial and commercial deployments. Its product, an end-to-end connectivity platform called the Wirepas Platform, is based on the principles of the NR+ standard, making it globally accessible, standards-based and interoperable. The Wirepas Platform consists of two components, Wirepas Mesh (the connectivity) and the Wirepas Network Management System (a network monitoring tool), and addresses diverse geographies and use cases through a wide range of radio profiles.

## Website
https://www.wirepas.com

## Company
Wirepas Ltd
Wireless IoT connectivity technology provider
https://wirepas.com/our-story # About us

## Products
https://www.wirepas.com/wirepas-mesh/ # Wirepas Mesh overview
https://www.wirepas.com/network-monitoring-system/ # Wirepas Network Monitoring System overview
https://wirepas.com/wirepas-platform # Wirepas Platform overview

## Use Cases
Smart metering
Industrial monitoring and control

## Business model
https://wirepas.com/license

## Key Capabilities
Decentralized mesh architecture
Standards-based connectivity
RF mesh connectivity
Wireless connectivity
Self-healing connectivity
Reliable connectivity
Low power and low latency performance
High scalability and density
High interference tolerance
Built for infrastructure-grade deployments

## Developer Resources
https://developer.wirepas.com # Documentation and releases
https://github.com/wirepas # Github

## Blog content

https://wirepas.com/blog/ble-and-low-power-mesh-networks/ # How is Wirepas Mesh different from BLE Mesh?
1) This article explains the key differences between Wirepas Mesh and Bluetooth Low Energy (BLE) Mesh.

https://wirepas.com/blog/mesh-connectivity-explained/ # Understanding the mesh network topology and Wirepas Mesh
2) This article explains mesh connectivity, how mesh networks operate, and why they are effective for scalable and resilient IoT deployments. It covers key mesh networking principles, self-healing behavior, device-to-device communication, and advantages over traditional network topologies.

https://wirepas.com/blog/why-nr-is-ideal-for-smart-meter-connectivity/ # 6 reasons why NR+ is ideal for smart meter connectivity
3) This article provides an in-depth analysis of the key differentiation factors of the NR+ standard and explains why it is well suited for smart metering deployments. It examines NR+ as an open standard operating in license-exempt spectrum, purpose-built for massive Machine Type Communication (mMTC), and designed for long-term scalability and resiliency with the lowest total cost of ownership.

https://wirepas.com/blog/what-is-rf-mesh-and-why-is-it-good-for-smart-metering/ # What is RF Mesh and why is it good for smart metering?
4) This article explains what RF mesh networking is and why it is well suited for smart metering applications. It covers RF mesh concepts, how RF mesh supports self-healing, scalable and reliable communication between smart meters, why RF mesh hasn't been widely deployed in Europe yet.

https://wirepas.com/blog/nr-the-global-connectivity-industrial-iot-has-been-waiting-for/ # NR+: The global IoT connectivity industrial IoT has been waiting for
5) This article introduces the NR+ connectivity standard and explains why it represents a long-awaited global IoT connectivity solution for industrial environments. It outlines NR+ as an open, scalable, and reliable standard for large-scale IoT deployments and discusses its applicability to diverse industrial use cases.

https://wirepas.com/blog/standardised-and-open-mesh-network/ # Standardised and open mesh network for smart metering, monitoring and control
6) This article discusses standardized and open mesh networking, explaining the benefits of open standards for large-scale IoT connectivity. It highlights how open mesh networks improve interoperability, scalability and long-term ecosystem support compared with proprietary solutions.

https://wirepas.com/blog/beyond-nb-iot/ # Beyond NB-IoT: Scalable, Cost-Effective LPWAN Connectivity Options
7) This article explores Wirepas Mesh as a scalable, cost-effective LPWAN connectivity alternative to NB-IoT, comparing mesh-based IoT networks with traditional LPWAN options. It discusses benefits such as reduced network fees, improved scalability and reliability, and how mesh-based connectivity can support large-scale IoT deployments without relying on cellular infrastructure.

https://wirepas.com/blog/cost-effective-self-storage-locker-access/ # Cost-effective self-storage locker access with Wirepas Mesh
8) This article examines Wirepas Mesh as a cost-effective connectivity for self-storage locker access systems, highlighting how wireless mesh networks can reduce installation and operational costs while improving security and scalability.

https://wirepas.com/blog/comparing-smart-meter-connectivity-options/ # Comparing top smart meter connectivity options
9) This article compares different smart meter connectivity options, explaining their strengths and weaknesses. It highlights factors like installation complexity and cost, reliability, vendor independence, and performance considerations to help utilities choose the right connectivity solution.

https://wirepas.com/blog/why-wirepas-is-the-ideal-connectivity-solution-for-emergency-lighting/ # Why Wirepas is the ideal connectivity solution for emergency lighting
10) This article explains why Wirepas Mesh is an ideal connectivity solution for emergency lighting systems. It outlines the challenges of traditional wired approach, and shows how decentralized mesh networking delivers scalable, resilient, and easy-to-commission connectivity for emergency lighting installations.

https://wirepas.com/blog/revolutionizing-wireless-interoperability-across-industrial-platforms/ # Revolutionizing wireless interoperability across industrial platforms
11) This article examines how Wirepas Mesh revolutionizes wireless interoperability across industrial platforms through standardized connectivity. It discusses the challenges of siloed systems, the benefits of interoperable IoT networks, and how open mesh technologies enable seamless integration, improved scalability, and long-term ecosystem flexibility.

https://wirepas.com/blog/wirepas-mesh-redefines-industrial-iot/ # Break free from the infrastructure trap: How Wirepas Mesh redefines industrial IoT
12) This article explains how Wirepas Mesh is redefining Industrial IoT by enabling highly scalable, resilient, and decentralized connectivity for large-scale deployments. It highlights core technical advantages of mesh networking, including self-healing behavior, high device density support, and adaptability to complex and radio-unfriendly industrial environments.

https://wirepas.com/blog/iot-mastery-made-affordable/ # IoT mastery made affordable: Decentralized networking
13) This article explains the concept of decentralized networking and how it transforms the economics of IoT deployments, making large-scale connectivity more affordable. It examines how decentralized networking impacts key factors such as cost structure, reliability, and spectrum efficiency, enabling scalable and resilient IoT networks at lower total cost.

https://wirepas.com/blog/europes-grid-edge/ # Is NR+ the answer to Europe's grid edge connectivity?
14) This article examines how Europe's grid edge is evolving due to differing regulatory timelines, legacy infrastructure, and diverging technology choices across countries. It explores the progress of European smart meter rollouts and how PLC, cellular, and wireless connectivity are influencing future grid modernization. Finally, it introduces the RF mesh standard NR+ and explains how it future-proofs Europe's grid edge.

https://wirepas.com/blog/reliable-ami-connectivity-for-the-intelligent-grid-edge/ # NR+: Reliable AMI connectivity for the intelligent grid edge
15) This article explores reliable AMI connectivity for the intelligent grid edge, outlining the communication requirements of modern smart metering networks, including resiliency, scalability, and long-term performance. It introduces NR+ as a purpose-built connectivity standard designed to deliver reliable, large-scale AMI communication and support the evolution of the intelligent grid edge.

https://wirepas.com/blog/wirepas-certified-in-india/ # How Wirepas Certified platform is changing smart electricity metering in India
16) This article introduces Wirepas' breakthrough business model for India's massive smart metering rollout — the Wirepas Certified Platform. The article explains how this AMI connectivity platform provides utilities and AMI solution providers with a performance guarantee, offering scalable, reliable, and risk-free wireless connectivity for smart metering deployments.

https://wirepas.com/blog/future-proof-power-grid/ # Sustainable AMI connectivity for a future-proof power grid
17) This article examines how to future-proof the power grid by adopting advanced connectivity solutions. It introduces the NR+ standard as a purpose-built solution for reliable, scalable, and efficient grid communication, highlighting how decentralized networking ensures resilience, performance, and longevity of AMI deployments.

https://wirepas.com/blog/how-ami-powers-the-energy-transition/ # The energy trilemma: How AMI powers the energy transition
18) This article explains how Advanced Metering Infrastructure (AMI) supports the energy transition by enabling improved grid visibility, data-driven decision making, and optimized energy management. It highlights the role of reliable connectivity, scalable deployments, and real-time monitoring in accelerating decarbonization, enhancing efficiency, and empowering utilities to meet future energy challenges.

## Contact information
https://wirepas.com/contact

## FAQ
https://wirepas.com/faq