Every program in the XCHG network has its own address. One XCHG token activates this address for 24 hours.

The economy is simple and transparent: 1 XCHG powers one address in the network for a full day.

XCHG is not just a speculative asset but a real resource. The more tokens you hold, the more addresses you can operate daily.

Each application must hold its own XCHG to function every day. This creates stable demand and a strong network economy.

The XCHG network automatically distributes rewards to application developers and node operators who provide routing for the traffic.

Every transaction in the network generates fair compensation: developers receive a share for building applications, while router owners are rewarded for forwarding data.

With automated payouts, XCHG ensures that everyone who contributes to the network — from developers to infrastructure providers — gets rewarded transparently and instantly.

The XCHG network is governed through a DAO, where voting power is proportional to the size of the stake. The architecture is fully decentralized, covering everything from protocol upgrades to reward distribution rules.

The XCHG token can also be used to access APIs of various services — from blockchain oracles to weather data providers.

XCHG enables secure, low-latency data exchange between IoT devices such as ESP32 or Arduino, without relying on centralized servers. Metrics, sensor readings, and control commands can be transmitted directly between devices using the decentralized XCHG network. This approach simplifies cloud integration, reduces operational costs, and ensures data privacy — all while maintaining seamless connectivity across diverse environments.

With XCHG, developers can expose API endpoints located behind NAT or firewalls — without opening ports or configuring routers. The XCHG network routes encrypted requests directly to the target device, allowing any application or service to act as an accessible API provider from anywhere. This makes it possible to publish private, peer-hosted APIs with zero infrastructure and full end-to-end security.

XCHG allows makers and hobbyists to connect PCs and custom-built devices without needing a personal server or a fixed IP address. It provides a simple way to establish secure, peer-to-peer communication between your projects — whether it’s a home automation setup, a robot, or a custom sensor module. With XCHG, even small DIY systems gain the connectivity power of the cloud, but with no central point of control.

XCHG enables secure remote control of devices and computers without relying on VPNs or external servers. Commands and data streams are delivered through the decentralized XCHG network, ensuring low latency and full encryption. Whether you need to control an industrial controller, a remote PC, or a microcontroller board, XCHG makes it possible to reach any device, anywhere.

XCHG provides a decentralized solution for monitoring systems and devices without the need for centralized servers. Data from sensors, applications, or infrastructure can be securely transmitted through the XCHG network to monitoring dashboards or alerting systems. This approach ensures data integrity and privacy while enabling real-time insights into system performance from anywhere in the world.

XCHG enables secure, peer-to-peer file exchange without relying on centralized services. Files can be shared directly between devices through the decentralized XCHG network, ensuring end-to-end encryption and data integrity. This makes it easy to transfer documents, media, or any other files between users or devices, while maintaining full control over access and distribution.