Proof of Trust (PoT) Summary [Cryptocurrency consensus mechanisms]

See Also

Proof of Location (PoL) Summary [Cryptocurrency consensus mechanisms]
In a Proof of Location consensus algorithm, users’ geospatial coordinates are accounted for as proof of value. This kind of algorithm is usually employed in cryptocurrency geomining systems. In a geomining application, users earn rewards for being at a certain place at a certain time. If, for example, a company wished to gather participants for […] Proof of Activity (PoA) Summary [Cryptocurrency consensus mechanisms]
Proof of Activity (PoA) is a cryptocurrency consensus mechanism which combines Proof of Work (PoW) and Proof of State (PoW) into a hybrid mining system. In a PoA system, validators begin by applying a Proof of Work stage to block headers until they find a desirable hash. The block headers are then passed onto a […] Proof of Capacity (PoC) Summary [Cryptocurrency consensus mechanisms]
Proof of Capacity (PoC) consensus algorithms require network participants to prove they have performed a certain amount of storage operations in order to mine a valid block. Where Proof of Work consensus requires users to prove they have performed computations in time (to guarantee a 10 minute space between Bitcoin blocks, for example), Proof of […] Proof of Space Time (PoST) Summary [Cryptocurrency consensus mechanisms]
Physicists have been discussing spacetime since the early 1900’s. A very smart person, by the name of Albert Einstein, modeled space as 4 dimensions rather than just 3. The axis were then X, Y, Z and …. time. Fortunately, you don’t need to understand Relativity Theory in order to grasp Proof of Spacetime! PoST Fast […]