diff --git a/docker/README.md b/docker/README.md
index 8e690cf..8f0d350 100644
--- a/docker/README.md
+++ b/docker/README.md
@@ -41,7 +41,7 @@ bellow.
 | Environment variable | Default value | Usage |
 | --- | --- | --- |
 | ACCOUNTS_NUMBER | 10 | Set the number of accounts generated |
-| ACCOUNTS_ETHER | 10 | Set the amount of ETH assigned to each account |
+| ACCOUNTS_ETHER | 100 | Set the amount of ETH assigned to each account |
 | MNEMONIC | NaN | The mnemonic phrase sued as a seed for deterministic account generation |
 | HOST | 0.0.0.0 | The hostname to listen on |
 | PORT | 8545 | The port to listen on |
@@ -52,7 +52,8 @@ Note that the Ganache instance running inside the container will save the genera
 you can mount a volume to this path to have easier access.
 
 Also, the database used by Ganache for storing blockchain information is placed in the path `/home/ganache_db/`. You can
-maintain the blockchain state between runs by mounting a volume to the database path.
+maintain the blockchain state between runs by mounting a volume to the database path. To do that, add the docker flag 
+`-v host/absolute/path/to/ganache_db:/home/ganache_db`.
 
 ### Rendezvous
 
@@ -77,11 +78,11 @@ The image makes use of the environment variables described bellow.
 
 | Environment variable | Default value | Usage |
 | --- | --- | --- |
-| MIGRATE_NETWORK | develop | Set the network where the contracts will be deployed/tested (set to env unless you know what you're doing) |
-| DEPLOY_CHAIN_HOST | NaN | Set the hostname of the blockchain network that will be used for deployment |
-| DEPLOY_CHAIN_PORT | NaN | Set the port of the blockchain network that will be used for deployment |
-| TEST_CHAIN_HOST | NaN | Set the hostname of the blockchain network that will be used for testing |
-| TEST_CHAIN_PORT | NaN | Set the port of the blockchain network that will be used for testing |
+| MIGRATE_NETWORK | develop | Set the network where the contracts will be deployed/tested (set this to "env" unless you know what you're doing) |
+| DEPLOY_CHAIN_HOST | NaN | Set the hostname of the blockchain network that will be used for deployment (requires network to be "env") |
+| DEPLOY_CHAIN_PORT | NaN | Set the port of the blockchain network that will be used for deployment (requires network to be "env") |
+| TEST_CHAIN_HOST | NaN | Set the hostname of the blockchain network that will be used for testing (requires network to be "env") |
+| TEST_CHAIN_PORT | NaN | Set the port of the blockchain network that will be used for testing (requires network to be "env") |
 
 You can find the contract artifacts in the directory `/usr/src/concordia/packages/concordia-contracts/build/` inside
 the image.
@@ -171,42 +172,25 @@ The results should be printed in the terminal, but are also available in the dir
 
 #### Production
 
-Build the ganache image and spin up a blockchain and a rendezvous server:
+Just run the target:
 
 ```shell
 make run
 ```
 
-Build the migration stage of the contracts image:
+And you' re done! Head to [localhost:7777](localhost:7777) and voilà, a working Concordia instance appears! The
+blockchain is exposed in the address `localhost:8545`.
 
-```shell
-make build-contracts-migrate
-```
-
-Deploy the contracts to the blockchain:
-
-```shell
-make run-contracts-migrate
-```
-
-**Attention**: this step must be executed before building the application image (next step).
-
-Build the application image:
-
-```shell
-make build-app
-```
-
-Deploy the application:
-
-```shell
-make run-app
-```
+**Tip**: the accounts (private keys) generated by Ganache are available in the file `./volumes/ganache_keys/keys.json`.
 
-Head to [localhost:8473](localhost:8473) and voilà, a working Concordia instance appears! The blockchain is exposed in
-the address `localhost:8545`.
+Note that the `make run` command might take several minutes to execute (depending on your system). What happens under
+the hood is that:
 
-**Tip**: the accounts (private keys) generated by Ganache are available in the file `./volumes/ganache_keys/keys.json`.
+- the ganache image is built
+- blockchain and rendezvous server containers are started
+- migration stage of the contracts image is built
+- the contracts are deployed to the blockchain:
+- the application image is built and then deployed
 
 ### Env Files