Use Cases

The Neuron network provides a platform for innovation by linking unstoppable pub/sub real-time data transport with the dynamic ecosystem of decentralized applications.

One of the network's primary functions is to receive data from numerous sources, or publishers, and allow multiple listeners to subscribe to the network in many-to-one, one-to-many, or many-to-many applications. These are just a few examples of the possibilities. Neuron has virtually no limitations on the type, format, or amount of data that can be inputted into the network, including digital images, streaming video, or other domain-specific data.

Data Monetisation

Data Communities enable the buying and selling of access to ethically sourced data networks. This represents a significant advancement in the creation of a fair data economy based on ethical principles. The Neuron Network is fully aligned with this initiative, as it offers a community-owned and permissionless alternative to the data brokering monopolies that currently dominate the industry.

DevOps

Collecting metrics from decentralized systems like blockchain networks is vital for obtaining detailed, real-time insights into the status of nodes within the network. This information is invaluable for diagnosing problems and enhancing overall performance.

Gaming

The Neuron Network can function as a real-time networking layer for massively multiplayer games, utilizing light nodes that can be run directly in the browser. This enables truly decentralized multiplayer experiences that are not dependent on any centralized infrastructure.

IoT messaging

The Neuron Network enables the publication and broadcasting of messages from any type of internet-enabled device. This feature has numerous practical applications, including the transmission of sensory data on speed and orientation, geolocation information, ambient temperature and humidity readings, social media messages, stock market events, mobile ad impressions, networking middleware, metadata for VoIP or WebRTC signaling, blockchain networking, and DDoS-resistant block transfer or broadcast of signed transactions with low and predictable latency.