Helium (HNT) positions itself as a people-powered network to start a wireless revolution. The “people’s network” represents a paradigm shift for decentralized wireless infrastructure through the Helium blockchain. The network is currently live with over 462,000 hotspots, being the fastest growing wireless network. Moreover, it makes the concept of mining cryptocurrency more accessible to everyone, as anyone can install the necessary hardware at home or in an office.

Helium was established in 2013 by Shawn Fanning, Amir Haleen, and Sean Carey. The mainnet went live in July 2019.

How Does Helium Work?

The primary component of Helium is the Helium Hotspot. The proprietary hardware makes it possible for network participants to create a wireless gateway to connect devices and earn compensation in HNT, the native ecosystem token. Deploying a hotspot is straightforward, as users will submit proof of wireless coverage in a cryptographically verified location.

Once the Helium network is deployed, any sensor interfacing with the Helium LongFi wireless protocol can request a network connection. The created network is designed primarily for battery-powered devices used to send minor amounts of information over a long distance.

Every hotspot receives HNT rewards depending on the quality of the coverage they offer and the amount of LongFi sensor data they facilitate.

• 30% goes to network data transfer (facilitated by HotsSports)
• 35% goes to hotspot infrastructure
• 35% goes to Helium, INC, and investors
• Rates will adjust yearly, with network data transfer allocation increasing by 2.5%, Hotspot infrastructure allocation decreasing by 1.5%, and Helium, INC and investors allocation decreasing by 1%.

What Makes Helium Unique?

Furthermore, the proprietary Proof Of Coverage model serves as an incentive to get more hotspots online worldwide and helps ensure users receive HNT tokens based on their performance and overall coverage. It also helps hotspots assert their current location based on GPS information, allowing owners to prove their coverage. Every hotspot on the Helium network has a score between 0.0 and 1, with higher scores indicating better network confidence and higher coverage quality.

The new consensus algorithm also borrows elements from HoneyBadger Byzantine Fault Tolerance, dubbed Helium Consensus Protocol.

Provision of long-range wireless coverage is made possible through LongFi, an open-source protocol is the sub-GHz frequency band. Any device can broadcast messages within the coverage area of the Helium network for a fee.