Testnets

Encointer maintains two testnets: Gesell and Cantillon.

The networks differ in their goals and designs:

Gesell

Aimed at automated testing of the protocol.

  • Time-warping allows to script bot populations and hold ceremonies every 30min.
  • Complete transparency of all registries and balances. Everything happens on-chain.

Cantillon

The main purpose of Cantillon is to test our mobile phone app for physical meetups and to test privacy features. Aimed at experimenting with real ceremony meetups, physically meeting people. Bot communities can still be grown but we expect them to be loctated in off-shore locations in order not to interfere with physical communities.

  • Accelerated ceremony schedule to avoid long wait times. Ceremonies every three days.
  • Privacy enhancement through Trusted Execution environments (with enclaves still in development mode, so privacy is not guaranteed before we move to production mode)

Cantillon is planned to become a parachain to Kusama

Watch our demo video on bootstrapping a bot community

Outlook on Mainnet

The mainnet is planned to become a parachain of Polkadot. The security will depend on polkadot relay chain.

Time Warping for Testnets

In order to understand the different timing on our networks, we offer the following figure:

Phase Timing

Testing Cantillon's Teeproxy System Locally

You can run an entire Demo locally on any properly set up SGX machine. This is for advanced users or developers. The instructions assume that you are able to build substrate blockchains.

Build client and worker

along the substraTEE-worker instructions. With the following differences:

git clone https://github.com/encointer/encointer-worker.git
cd encointer-worker
./ci/install-rust.sh
make

Because the enclave cannot yet be built deterministically, you'll have to use our build if you intend to serve the same shards that we do (feel free to start new currencies on your own shard with different MRENCLAVE, but you won't be able to process the state of our/other shards):

cd bin
wget https://github.com/encointer/encointer-worker/releases/download/v0.6.11-sub2.0.0-alpha.7/enclave-0.6.11-devsgx02.signed.so
rm enclave.signed.so
ln -s enclave-0.6.11-devsgx02.signed.so enclave.signed.so

Moreover, you will need to provision secrets (the shielding key and the state encryption key) to the enclave. In the future, this will be done by workers automatically mutually, as demonstrated in SubstraTEE M3.

# still inside ./bin
# get our symmetric state encryption key
wget https://github.com/encointer/encointer-worker/releases/download/v0.6.10-sub2.0.0-alpha.7/aes_key_sealed.bin
# get our RSA shielding key
wget https://github.com/encointer/encointer-worker/releases/download/v0.6.10-sub2.0.0-alpha.7/rsa3072_key_sealed.bin

Build node

along the substraTEE-node instructions. With the following differences:

git clone https://github.com/encointer/encointer-node.git
cd encointer-node
git checkout sgx-master
cargo build --release

Run dev node locally

..encointer-node# ./target/release/encointer-node-teeproxy --dev --ws-port 9979

Run dev worker with a few insightful logs locally

cd encointer-worker/bin
./encointer-worker init-shard
./encointer-worker shielding-key
./encointer-worker signing-key
export RUST_LOG=info,substrate_api_client=warn,sp_io=warn,ws=warn,encointer_worker=info,substratee_worker_enclave=debug,sp_io::misc=debug,runtime=debug,substratee_worker_enclave::state=warn,substratee_stf::sgx=debug
./encointer-worker -p 9979 run