diff --git a/docs/coins/README.md b/docs/coins/README.md
index a651ac2a3e..c6205b8ed7 100644
--- a/docs/coins/README.md
+++ b/docs/coins/README.md
@@ -15,17 +15,20 @@ algorithm, extended to work on other curves.
## List of used derivation paths
-| coin | curve | path | public node | note |
-| -------- | -------- | ------------------ | ----------- | -------------- |
-| Bitcoin | secp256k | `44'/c'/a'/y/i` | yes | [1](#Bitcoin) |
-| Ethereum | secp256k | `44'/c'/0'/0/a` | yes | [2](#Ethereum) |
-| Ripple | secp256k | `44'/144'/a'/0/0` | | [3](#Ripple) |
-| Cardano | ed25519 | `44'/1815'/a'/y/i` | yes | [4](#Cardano) |
-| Stellar | ed25519 | `44'/148'/a'` | | |
-| Lisk | ed25519 | `44'/134'/a'` | | |
-| NEM | ed25519 | `44'/43'/a'` | | [5](#NEM) |
-| Monero | ed25519 | `44'/128'/a'` | | |
-| Tezos | ed25519 | `44'/1729'/a'` | | [6](#Tezos) |
+| coin | curve | path | public node | note |
+| -------- | --------- | ------------------ | ----------- | -------------- |
+| Bitcoin | secp256k | `44'/c'/a'/y/i` | yes | [1](#Bitcoin) |
+| Ethereum | secp256k | `44'/c'/0'/0/a` | yes | [2](#Ethereum) |
+| Ripple | secp256k | `44'/144'/a'/0/0` | | [3](#Ripple) |
+| EOS | secp256k | `44'/194'/a'/0/0` | | [3](#Ripple) |
+| Tron | secp256k | TODO | | TODO |
+| Ontology | nist256p1 | TODO | | TODO |
+| Cardano | ed25519 | `44'/1815'/a'/y/i` | yes | [4](#Cardano) |
+| Stellar | ed25519 | `44'/148'/a'` | | |
+| Lisk | ed25519 | `44'/134'/a'` | | |
+| NEM | ed25519 | `44'/43'/a'` | | [5](#NEM) |
+| Monero | ed25519 | `44'/128'/a'` | | |
+| Tezos | ed25519 | `44'/1729'/a'` | | [6](#Tezos) |
`c` stands for the [SLIP-44 id] of the currency, when multiple currencies are handled
by the same code. `a` is an account number, `y` is change address indicator (must be
@@ -67,8 +70,8 @@ sends `44'/60'/0'/0` for getPublicKey.
Metamask) do not use such scheme and set `a = 0` and then iterate the address index
`i`. Therefore for compatibility reasons we use the same scheme.
-3. Similar to Ethereum this should be `44'/144'/a'`. But for
- compatibility with other HW vendors we use `44'/144'/a'/0/0`.
+3. Similar to Ethereum this should be `44'/c'/a'`. But for
+ compatibility with other HW vendors we use `44'/c'/a'/0/0`.
4. Cardano has a [custom derivation] algorithm that allows
non-hardened derivation on ed25519.