diff --git a/README.md b/README.md
index 736469a..e9a2dd2 100644
--- a/README.md
+++ b/README.md
@@ -1,9 +1,9 @@
-**Nim-eth-rpc**
+**Json-rpc**
 
 [![Build Status (Travis)](https://img.shields.io/travis/status-im/nim-eth-rpc/master.svg?label=Linux%20/%20macOS "Linux/macOS build status (Travis)")](https://travis-ci.org/status-im/nim-eth-rpc)
 [![Windows build status (Appveyor)](https://img.shields.io/appveyor/ci/jarradh/nim-eth-rpc/master.svg?label=Windows "Windows build status (Appveyor)")](https://ci.appveyor.com/project/jarradh/nim-eth-rpc)
 
-Nim-eth-rpc is designed to provide remote procedure calls to the Nimbus Ethereum research project.
+Json-Rpc is designed to provide an easier interface for working with remote procedure calls.
 
 # Installation
 
@@ -18,34 +18,127 @@ Nim-eth-rpc is designed to provide remote procedure calls to the Nimbus Ethereum
 
 ## Server
 
-```nim
-import rpcserver, asyncdispatch
+Remote procedure calls are created using the `rpc` macro.
+This macro allows you to provide a list of native Nim type parameters and a return type, and will automatically handle all the marshalling to and from json for you, so you can concentrate on using native Nim types for your call.
 
-when isMainModule:
-  var srv = newRpcServer("")
-  asyncCheck srv.serve()
-  runForever()
+Here's a full example of a server with a single RPC.
+
+```nim
+import rpcserver
+
+var srv = newRpcServer("")
+
+# Create an RPC with a string an array parameter, that returns an int
+srv.rpc("myProc") do(input: int, data: array[0..3, int]) -> string:
+  result = "Hello " & $input & " data: " & $data
+
+asyncCheck srv.serve()
+runForever()
+```
+
+Parameter types are recursively traversed so you can use any custom types you wish, even nested types. Ref and object types are fully supported.
+
+```nim
+type
+  Details = ref object
+    values: seq[byte]
+
+  Payload = object
+    x, y: float
+    count: int
+    details: Details
+  
+  ResultData = object
+    data: array[10, byte]
+
+srv.rpc("getResults") do(payload: Payload) -> ResultData:
+  # Here we can use Payload as expected, and `result` will be of type ResultData.
+  # Parameters and results are automatically converted to and from json
+  # and the call is intrinsically asynchronous.
+  
+```
+
+Behind the scenes, all RPC calls take a single json parameter that must be defined as a `JArray`.
+At runtime, the json is checked to ensure that it contains the correct number and type of your parameters to match the `rpc` definition.
+The `rpc` macro takes care of the boiler plate in marshalling to and from json.
+
+Compiling with `-d:nimDumpRpcs` will show the output code for the RPC call.
+
+The following RPC:
+
+```nim
+srv.rpc("myProc") do(input: string, data: array[0..3, int]):
+  result = %("Hello " & input & " data: " & $data)
+```
+Will get transformed into something like this:
+
+```nim
+proc myProc*(params: JsonNode): Future[JsonNode] {.async.} =
+  params.kind.expect(JArray, "params")
+  if params.len != 2:
+    raise newException(ValueError, "Expected 2 Json parameter(s) but got " &
+        $params.len)
+  var input: string
+  input = unpackArg(params.elems[0], "input", type(string))
+  var data: array[0 .. 3, int]
+  data = unpackArg(params.elems[1], "data", type(array[0 .. 3, int]))
+  result = %("Hello " & input & " data: " & $data)
 ```
 
 ## Client
 
+Below is the most basic way to use a remote call on the client.
+Here we manually supply the name and json parameters for the call. 
+
 ```nim
 import rpcclient, asyncdispatch, json
 
-proc main {.async.} =
+proc main =
   var client = newRpcClient()
   await client.connect("localhost", Port(8545))
-  let response = waitFor client.web3_clientVersion(newJNull())
+  let response = waitFor client.call("myRpc", %[])
+  # the call returns a `Response` type which contains the result
   echo response.result.pretty
 
 waitFor main()
-
 ```
 
+To make things more readable and allow better checking client side, Json-Rpc supports generating wrappers for client RPCs using `createRpcSigs`.
+
+This macro takes the path of a file containing forward declarations of procedures that you wish to convert to client RPCs.
+Because the signatures are parsed at compile time, the file will be error checked and you can use import to share common types between your client and server. 
+
+For example, to support this remote call:
+
+```nim
+server.rpc("bmi") do(height, weight: float) -> float:
+  result = (height * height) / weight
+```
+
+You can have the following in your rpc signature file:
+
+```nim
+proc bmi(height, weight: float): float
+```
+
+When parsed through `createRpcSigs`, you can call the RPC as if it were a normal procedure.
+So instead of this:
+
+```nim
+let bmiIndex = await client.call("bmi", %[%120.5, %12.0])
+```
+
+You can use:
+
+```nim
+let bmiIndex = await client.bmi(120.5, 12.0)
+```
+
+
 # Contributing
 Pull requests are welcome. For major changes, please open an issue first to discuss what you would like to change.
 
 Please make sure to update tests as appropriate.
 
 # License
-[MIT](https://choosealicense.com/licenses/mit/)
+[MIT](https://choosealicense.com/licenses/mit/)
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