Thanks for the feedback! It only uses around 1-2% battery per day and with a minimal data load. The calculation for the verification/block generating process is very lightweight. The chain can also run on other end user devices like PCs and servers.
Nodes running on end user devices makes total sense for true decentralisation—users being able to verify, not trust by running a full node on the same device they use to transact (send payments, data messages etc.). Most internet traffic is now via the phone.
I didn't get your questions—do you mean what's the algorithm? All the details are in our chain whitepaper.
Happy to answer anything else
Nodes running on end user devices makes total sense for true decentralisation—users being able to verify, not trust by running a full node on the same device they use to transact (send payments, data messages etc.). Most internet traffic is now via the phone.
I didn't get your questions—do you mean what's the algorithm? All the details are in our chain whitepaper.
Happy to answer anything else
Ive read the white paper. Please show us the algo used as it mentions one but doesnt provide any detail at all.
You stated that “All the details are in our chain whitepaper.”. This statement is not true.
It's a VDF-VRF algorithm. In the "9. Algorithms" section there are a few modules mentioned. We'll release more information soon on how those work together. As per our Github system requirements it does not require specialist CPU/GPU/ASIC to run the algorithm (either for mobile node or for commercial nodes).