Is it necessary to store 10, 100 or 1000 locations per minute in the tangle? Now we can. How? Using IOTA’s workers.
We discuss how we try to increase the number of transactions we make to the tangle with the hardware we have.
We show how install and configure Jura in a real environment.
We are pleased to present Firma (it signs), a signer, encrypter and validator of locations.
Using Jura code we have developed a Kura’s package to test the efficiency of a device making transactions to the IOTA’s tangle.
Why our proposal is a Trusted IPS for Nursing Homes? Because we believe it is useful and we can deal with the above problems in this area
Ubica (it locates) is another part of Jura and its function is to locate BLE beacons
Graba (it records) is part of Jura and its function is to record datasets.
Taking advantage of Kura 3.1 examples we have developed Faro, a Kura configurable service for BLE Beacons which supports different protocols (iBeacon and Eddystone) as well as diverse working modes (advertiser and scanner)
Taking advantage of the creation of the Git repository for Jura, we made several commits in order to exemplify the process of adapting a Kura application project to the deployment mode recommended here
