Our Commitment

To Open Standards

At EfiWifi, we are dedicated to leveraging open standards and protocols to build a more accessible and resilient internet infrastructure. By embracing technologies like Matrix, UniFi, and airMAX, we ensure seamless interoperability, enhanced security, and foster community-driven innovation. Our commitment to open standards empowers communities to replicate and customize our solutions, promoting a decentralized and collaborative approach to network development.

Our Protocol Stack for Next-Gen Connectivity

EfiWifi leverages a robust protocol stack built on open standards to ensure seamless interoperability, enhanced security, and community-driven development. Our commitment to these standards enables us to deliver a next-generation internet utility that is both scalable and resilient, fostering innovation and collaboration within the network.
A detailed network diagram illustrating the Matrix protocol in use within the EfiWifi network, highlighting its role in secure communication and decentralized data management.
Matrix Protocol
Matrix provides end-to-end encrypted communication, ensuring privacy and security for all users. Its decentralized nature promotes resilience and prevents single points of failure, making it ideal for community networks.
A photograph of Ubiquiti UniFi hardware, showcasing its ease of deployment and management in creating a unified wireless network infrastructure for EfiWifi.
UniFi Integration
UniFi offers a centralized management platform for wireless access points, simplifying network administration and ensuring consistent performance across the entire EfiWifi network. Its scalability makes it suitable for growing communities.
An image of Ubiquiti airMAX equipment deployed in a rural setting, demonstrating its long-range capabilities and suitability for extending EfiWifi's coverage to remote areas.
airMAX Technology
airMAX utilizes advanced TDMA technology to maximize network capacity and minimize interference, enabling EfiWifi to deliver reliable internet access even in challenging environments. Its long-range capabilities extend coverage to remote areas.