diff --git a/README.md b/README.md
index d80fe53..867f8ce 100644
--- a/README.md
+++ b/README.md
@@ -6,7 +6,7 @@
 + Manuel Hude (01502712)
 + Martin Schett (01633073)
 + Martin Weick (01627760)
-+ Marco Zeisler (01628030) 
++ Marco Zeisler (01628030)
 
 
 ## Who worked on what?
@@ -19,29 +19,36 @@
 
 ## How to start the program
 
-* In the project root run: `docker-compose up -d`
+* In the project root run: `docker-compose up --build -d`
 * Go to `http://localhost:8080` for the frontend
 * Run `docker ps` to see the container ID of the image aic_g4t2_iot_client
-* Enter `docker exec -it <ContainerID> /bin/bash` to enter the shell of the iot_client
-* Get a usage message by entering `help`
+* Enter `docker exec -it <ContainerID> /bin/bash` to get a shell of the IoT-Client
+* To start the simulated IoT-Client, run `python iot_client.py -t`
 
+Alternatively you can use the provided Makefile:
+
+* Run `make start` to start all containers
+* The frontend should now be available at `http://localhost:8080`
+* To get into the IoT-Client, run `make iot` (needs `grep` and `awk`)
+* `python iot_client.py -t` will start the simulation
 
 ## Technologies used
 
 * Python 3.8.6 with Django for the backend
 * Angular 9 for the frontend
-* Dropbox API for an image storage
-* AWS S3 as an object storage
-* MongoDB as a metadata storage
+* Dropbox API for storing images
+* AWS S3 for object storage
+* MongoDB for storing metadata
 
 ## Detailed description of a usecase
 
-Follow: [How to start the program](#How-to-start-the-program) to setup the program. To simulate that a device sent some 
-picture enter `trigger` into the iot_client. You can now see the pictures distributed over the 
-different storages. Write `set 0` to position the cursor to the first image sent. Issue `update` to update the image. 
-The new image shows up in the dashboand and a new version in the corresponding storages is created. Navigate  to the Map 
-in the frontend to see a location marker where the image was taken.
-
+Follow: [How to start the program](#How-to-start-the-program) to setup the
+program. To simulate that a device sent some picture enter `trigger` into the
+iot_client. You can now see the pictures distributed over the different
+storages. Write `set 0` to position the cursor to the first image sent. Issue
+`update` to update the image. The new image shows up in the dashboard and a
+new version in the corresponding storages is created. Navigate to the Map in
+the frontend and reload it to see a location marker where the image was taken.
 
 ## Credentials for AWS and Dropbox
 
@@ -55,3 +62,5 @@ in the frontend to see a location marker where the image was taken.
 
 * Username: e01633073@student.tuwien.ac.at
 * Password: aicdropboxpassword
+
+The relevant folder where all images are uploaded to is called `AIC Federated Storage Infrastructure`.