The PoC that is already running contains the following features.
PoC:
Run a demo script that sends some market orders via RPC to the worker, which executes the market logic and sends a merkle-root of the executed orders to the Integritee development. The rust-cli can retrieve a merkle-proof of the the executed order for a particular user, which can then look on the Integritee parachain for the merkle root. Currently, it skips sending the remote attestation for now.
Remaining Tasks for the field test
[x] #45 precondition for some of the other tasks.
[x] #40, needed such that the OLI Systems software can communicate with the worker without having to re-implement the protocol in python.
[x] #43
[x] #36, currently we are only running short ephemeral demos against local Integritee test-nodes. We need to deploy an actual long-running Best-Energy worker instance.
[ ] #44
[ ] #42
[ ] #46
Nice to have Optimizations
These optimizations simply increase efficiency and slightly decrease the operational costs (which are anyhow already quite low)
The PoC that is already running contains the following features.
PoC:
Run a demo script that sends some market orders via RPC to the worker, which executes the market logic and sends a merkle-root of the executed orders to the Integritee development. The rust-cli can retrieve a merkle-proof of the the executed order for a particular user, which can then look on the Integritee parachain for the merkle root. Currently, it skips sending the remote attestation for now.
Remaining Tasks for the field test
Nice to have Optimizations
These optimizations simply increase efficiency and slightly decrease the operational costs (which are anyhow already quite low)