Application of Mechanism Design
Sefilata’s distributed ledger is called the ‘Tangle’. It is based on a data structure called Directed Acyclic Graph (DAG). Unlike the DAG structure of many other crypto assets like IOTA, Sefilata’s DAG data structure does not have central coordinators; it has proof of stake.The Sefilata network is powered by Sefilata hotspots built and run by the communities to provide connectivity. Unlike Helium, Sefilata uses DAG than blockchain. Hotspots node act as a network and wireless access points and Sefilata Wi-Fi routers devices is placed in the house or office windows. These Sefilata Wi-Fi router devices connect to the internet with a 4G sim card, Starlink internet, or home internet, powered with batteries charged with solar power or normal electricity PowerPoint and provide wireless coverage to millions of IoT devices.
….The Sefilata network can provide connectivity 200 times further than WiFi due to its combination of Decentralized Acyclic Graph technology with LoRaWAN.
of hotspot nodes, hotspot aggregates and hotspot validators. The hotspot nodes are the hotspots that initiate the coverage. Hotspot aggregates are groups of one or more hotspot notes linked together to verify that the hotspot notes are providing wireless coverage. Hotspot node validators are selected on the network to validate the hotspot node transactions verified by the proof of coverage. their crypto in exchange for a chance to validate transactions and earn a reward. All hotspot nodes require earning propagation incentives. They are dropped by their neighbouring hotspot nodes if they do not provide wireless coverage.
connectivity 200 times further than WiFi due to its combination of Decentralized Acyclic Graph technology with LoRaWAN. Communities and Individuals that run the Sefilata hotspots are incentivized with SIOT the native tokens for building and running the network. The best part about these hotspots and the technology it uses is that the network only requires 500–1000 hotspots to cover a village or city.
in Sefilata’s network are not stored in a queue. Instead, each hotspot node is connected to several other nodes like IOTA Tangle. For any hotspot note on the Sefilata network to provide wireless coverage, the hotspot needs to approve two previous hotspot notes providing wireless coverage from other hotspot nodes. The awaiting verifications, called ‘end’, for the other two hotspot nodes, are made by performing a small amount of ‘Proof of Work’ for them. The ‘Proof of Work’ is usually a simple puzzle or mathematical problem. Once the hotspot node provides wireless coverage, it is finally