updated info

ReadMe.md

@@ -8,8 +8,10 @@ And provide code samples to the diy community.
 If you..
 - want to contribute to this project
 - have found bugs
-- miss information of how to use it 
+- miss information of how to use it
+
 <br> contact us at contact@growautomation.at
+
 ## Version information
 
 __The code is currently not in a stable state !__
@@ -18,11 +20,14 @@ Version: 0.5
 
 ### Currently active
 - updating action-handling
-  - implementing complexer condition matching for actions
+  - testing action-profile handling
   - updating and testing action-master module
 - updating the installation script
 
 ### New features
+- version 0.5
+    - added action-profiles for complexer condition matching
+    - split-up some core modules for better overview
 - version 0.4
     - written basic [manual](https://github.com/growautomation-at/controller/blob/master/manual/agent/manual.md)
     - sensor data collection working
@@ -40,15 +45,25 @@ Version: 0.5
     - linking of sensor and action devicetypes for easy action management
 
 ### On hold 
-- documenting server installation on intel nuc
 - documenting clean and easy wiring [as displayed here](https://github.com/growautomation-at/controller/blob/master/manual/hardware/cable-management.png) _(how-to video)_
 
+### Optimizations
+- optimizing database queries and adding indices
+- splitting up grown-up modules
+  - cleaner implementation of the config-interface (_split into muliple modules etc._)
+- rework shell-input class
+
 ### Future features
+- web interface for user interactions
+- agent/server installation
+  - documenting server installation on intel nuc and as vm
+  - give users the option to use the official growautomation-server
+    - to view data of their agents
+    - to manage their agents and agent-actions
+    - they only need to install the agent and give it network access
 - creating a troubleshooing script to gather error logs
-- implement server/agent cofiguration
-- webserver for observation and manual actions
-- implementation of an air speed sensor
-- implementation of 3d-printable window openers (with dc motors)
-- checking clean solutions to implement analog sensors on the raspberry pi (p.e. ADS1115)
-- testing a standalone solution with higher quality hardware (_gpio alternatives [?]_)
+- add support for more sensors/actions
+  - implementation of an air speed sensor
+  - implementation of 3d-printable window openers (with dc motors)
+  - checking clean solutions to implement analog sensors on the raspberry pi (p.e. ADS1115)