diff --git a/README.md b/README.md
index a2ee9a718f..e714505bfe 100644
--- a/README.md
+++ b/README.md
@@ -5,63 +5,12 @@ UAVCAN - CAN bus for UAV
 
 Reference implementation of the [UAVCAN protocol stack](http://uavcan.org/).
 
-## Usage
+## Documentation
 
-Please refer to <http://uavcan.org/Implementations>.
-
-## Installation
-
-### Posix
-
-Prerequisites:
-
-* CMake v2.8+
-* Python 3.2+ or Python 2.7
-* Any C++03 or C++11 (preferred) compiler
-
-Installation:
-```bash
-mkdir build
-cd build
-cmake .. # Optionally, set the build type: -DCMAKE_BUILD_TYPE=Release (default is RelWithDebInfo)
-make
-make install
-```
-
-The make command will generate the C++ headers for all standard DSDL types and build the static library for libuavcan.
-
-The make install command will install the following components:
-
-* Libuavcan library.
-* All standard DSDL type definitions.
-* All generated headers for the standard DSDL types.
-* Pyuavcan package (it will be installed for the default Python version).
-* Libuavcan DSDL compiler - `libuavcan_dsdlc` (use `--help` to get usage info).
-* *Linux only:* Linux drivers for libuavcan (see `libuavcan_drivers/linux/`).
-
-### Microcontrollers
-
-No installation required.
-
-#### Using non-make build system
-
-1. Invoke the libuavcan DSDL compiler `libuavcan_dsdlc` to generate C++ headers, or include the headers directly from the system directories if they are installed on your host system (described above).
-2. Add the source files and include directories into your project:
-    1. Libuavcan source files.
-    2. Libuavcan include directory.
-    3. Directory containing the hierarchy of generated headers.
-    4. Source files of the libuavcan driver for your platform (refer to the directory `libuavcan_drivers/`).
-    5. Include directories of the libuavcan driver for your platform.
-3. Build.
-
-#### Using make
-
-It's much easier.
-
-1. Include `libuavcan/include.mk`.
-2. Use the variables `LIBUAVCAN_*` to retrieve the list of source files and include directories.
-3. Use the variable `LIBUAVCAN_DSDLC` to invoke the DSDL compiler to generate headers (i.e. add a make target for that). Alternatively, invoke the compiler by hand, or include the headers directly from the system directories if they are installed on your host system (described above).
-4. Use the make script for your platform driver. Normally it's `libuavcan_drivers/<PLATFORM>/driver/include.mk`. Refer to the relevant examples to your platform to see how exactly.
+* [UAVCAN specification](http://uavcan.org/UAVCAN_specification)
+* [Libuavcan overview](http://uavcan.org/Libuavcan)
+* [List of platforms officially supported by libuavcan](http://uavcan.org/List_of_platforms_officially_supported_by_libuavcan)
+* [Libuavcan tutorials](http://uavcan.org/Libuavcan_tutorials)
 
 ## Library development
 
@@ -72,6 +21,7 @@ Prerequisites:
 * Google test library for C++ - gtest
 * Static analysis tool for C++ - cppcheck
 * C++03 *and* C++11 capable compiler with GCC-like interface (e.g. GCC, Clang)
+* CMake 2.8+
 
 Building the debug version, running the unit tests and the static analyzer:
 ```bash