etherlinkcom · lthms · Aug 19, 2026 · Aug 19, 2026 · Aug 19, 2026 · Aug 19, 2026
diff --git a/docs/evm/developing/fees.md b/docs/evm/developing/fees.md
@@ -90,7 +90,7 @@ Etherlink EVM<!--TEVM--> calculates the inclusion fee with this equation:
 inclusion_fee = 0.000004 XTZ * (150 + tx.data.size() + tx.access_list.size())
 ```
 
-For EIP-7702 transactions, there is an additional term: the size of the authorization list.
+For EIP-7702 transactions, there is an additional term: the size of the authorization list (125 bytes per authorization).
 
 ## Gas limit
 

diff --git a/docs/evm/get-started/network-information.mdx b/docs/evm/get-started/network-information.mdx
@@ -228,7 +228,7 @@ These precompiled contracts are specific to Etherlink EVM{/* TEVM */}:
       <td><InlineCopy code="0xff00000000000000000000000000000000000002" href="https://shadownet.explorer.etherlink.com/address/0xff00000000000000000000000000000000000002" abbreviate="5,4"></InlineCopy></td>
     </tr>
     <tr>
-      <td><Link to="/evm/nac-usage">Native Atomic Calls</Link></td>
+      <td><Link to="/evm/nac-usage">Native Atomic Composability (NAC)</Link></td>
       <td><InlineCopy code="0xff00000000000000000000000000000000000007" href="https://explorer.etherlink.com/address/0xff00000000000000000000000000000000000007" abbreviate="5,4"></InlineCopy></td>
       <td><InlineCopy code="0xff00000000000000000000000000000000000007" href="https://shadownet.explorer.etherlink.com/address/0xff00000000000000000000000000000000000007" abbreviate="5,4"></InlineCopy></td>
     </tr>

diff --git a/docs/michelson/bridging.md b/docs/michelson/bridging.md
@@ -9,4 +9,4 @@ This page is under construction, the bridging website is being worked out.
 Come back soon!
 :::
 
-In the meantime, you can [bridge tokens to the EVM interface](/evm/bridging/) and control them via [Native Atomic Calls](/michelson/nac-usage).
+In the meantime, you can [bridge tokens to the EVM interface](/evm/bridging/) and control them via [Native Atomic Composability (NAC)](/michelson/nac-usage).
diff --git a/docs/overview/accounts-and-aliases.md b/docs/overview/accounts-and-aliases.md
@@ -37,7 +37,7 @@ evm_alias = keccak256(utf8(tz_address_base58check))[0:20]
 
 When an EVM account interacts with the Michelson runtime for the first time, a Michelson alias is created as a **KT1 smart contract**. This contract automatically forwards any tez it receives back to the native EVM account via the gateway.
 
-The KT1 alias address is computed by applying **BLAKE2b with a 20-byte output** to the the UTF-8 bytes of the lowercase hex string including the `0x` prefix, then encoding the result as a KT1 contract hash:
+The KT1 alias address is computed by applying **BLAKE2b with a 20-byte output** to the UTF-8 bytes of the lowercase hex string including the `0x` prefix, then encoding the result as a KT1 contract hash:
 
 ```
 kt1_alias = KT1(blake2b_160(utf8("0x" + lowercase_hex(evm_address))))

diff --git a/docs/overview/architecture.md b/docs/overview/architecture.md
@@ -7,7 +7,7 @@ title: Architecture
 ## Seamless integration
 
 To enable the seamless integration of the two ecosystems (EVM and Michelson) in a single blockchain, Etherlink<!--TX--> provides **Native Atomic Composability** (sometimes shortened as NAC): smart contracts in one interface can call contracts in the other within a single atomic transaction.
-Thanks to the atomic composition combined with the use of the same native token, Etherlink<!--TX--> can be seen as **unified execution layer**, constituting a single economical space.
+Thanks to the atomic composition combined with the use of the same native token, Etherlink<!--TX--> can be seen as **a unified execution layer**, constituting a single economic space.
 
 Each interface is implemented by a dedicated runtime exposing a standard RPC endpoint.
 
@@ -24,22 +24,21 @@ When an EVM contract calls a Michelson contract on Etherlink<!--TX-->, both exec
 
 ```mermaid
 graph TB
-	subgraph tools["Developer Tools :"]
-       eth["Ethereum tools :<br/>(MetaMask,<br/>Hardhat,<br/>Foundry...)<br/><br/>"]
-       tez["Tezos tools :<br/>(Temple,<br/>Taquito,<br/>tzkt...)<br/><br/>"]
-	end
-    subgraph chain["Etherlink chain :"]
-       evm["EVM runtime :<br/>Ethereum<br/>JSON-RPC<br/><br/>"]
-       mic["Michelson runtime :<br/>Tezos<br/>JSON-RPC<br/><br/>"]
-       evm <-->|"cross-runtime , <br/>atomic calls<br/><br/>"| mic
+    subgraph tools["Developer tools"]
+       eth["Ethereum tools<br/>(MetaMask,<br/>Hardhat,<br/>Foundry...)"]
+       tez["Tezos tools<br/>(Temple,<br/>Taquito,<br/>TzKT...)"]
+    end
+    subgraph chain["Etherlink chain"]
+       evm["EVM runtime<br/>Ethereum JSON-RPC"]
+       mic["Michelson runtime<br/>Tezos RPC"]
+       evm <-->|"cross-runtime<br/>atomic calls"| mic
     end
 
-    l1["Tezos Layer1 :<br/>(Smart<br/>Rollup)<br/><br/>"]
+    l1["Tezos Layer 1"]
 
     eth --> evm
     tez --> mic
-    evm --> l1
-    mic --> l1
+    chain -->|"anchored as a Smart Rollup"| l1
 ```
 
 This is fundamentally different from **L1↔L2 bridging** (moving assets between Tezos L1 and Etherlink<!--TX-->) or **cross-chain bridging** (connecting two independent chains through a third-party relayer).
@@ -50,8 +49,8 @@ In both bridging cases, the two sides are separate ledgers that must be reconcil
 | Chains / layers involved | 2 | 3+ | 1 |
 | Number of transactions | 2+ | 4+ | 1 |
 | Atomic (all-or-nothing) | No | No | Yes — reverts entirely |
-| Latency | Minutes to hours | Minutes to hours | Same block (~500 ms) |
-| Asset representation | Wrapped tokens | Doubly-wrapped tokens | Native tokens |
+| Latency | Minutes (deposits) to days (withdrawals) | Minutes to hours | Same block (~500 ms) |
+| Asset representation | Native tez; wrapped FA tokens | Doubly-wrapped tokens | Native tokens |
 | Trust assumption | Bridge operator | Multiple bridge operators | None — same kernel |
 
 ### NAC call sequence
@@ -75,7 +74,7 @@ sequenceDiagram
     GW-->>EVM: outcome
     EVM-->>U: transaction receipt
 
-    Note over EVM,M: One atomic block — all or nothing
+    Note over EVM,M: One atomic transaction — all or nothing
 ```
 
 Because the two runtimes share the same ledger, there are no wrapped tokens to mint or burn, no bridge relayer to trust, and no risk of one side completing while the other fails.

diff --git a/docs/progress/upgrades.md b/docs/progress/upgrades.md
@@ -173,10 +173,13 @@ For more information, see [Announcing Etherlink 6.6: a security hardening kernel
 
 ## Etherlink 7.0 (Ganesha)
 
-The Etherlink 7.0 upgrade went live on 13 August 2026 through the slow kernel governance process and introduced a series of new features preparing for the launch of Tezos X.
-In particular, it added the new Michelson interface allowing to run Michelson smart contracts, and Native Atomic Calls for seamlessly combining EVM and Michelson contracts.
+The Etherlink 7.0 upgrade went live on 20 August 2026 through the fast kernel governance process and brought the largest expansion of Etherlink's scope since launch.
+In particular, it added the new Michelson interface, which runs Michelson smart contracts and brings the Tezos account model to Etherlink, and Native Atomic Composability (NAC) for seamlessly combining EVM and Michelson contracts.
 
-For more information, see [Announcing Ganesha: A 7th Upgrade Proposal for Etherlink Mainnet](https://medium.com/@etherlink/announcing-ganesha-a-7th-upgrade-proposal-for-etherlink-mainnet-ae0a3af93aba).
+Etherlink 7.0 was initially proposed through the slow kernel governance process on 2 August 2026.
+After a security vulnerability was found in that kernel during continued testing, bakers were asked to reject the proposal — Etherlink Mainnet was never exposed to the vulnerability — and a patched kernel was resubmitted through the fast kernel governance process on 19 August 2026.
+
+For more information, see [Announcing Ganesha: A 7th Upgrade Proposal for Etherlink Mainnet](https://medium.com/@etherlink/announcing-ganesha-a-7th-upgrade-proposal-for-etherlink-mainnet-ae0a3af93aba) and [Etherlink 7.0 (Ganesha): resubmission via Fast governance](https://forum.tezosagora.org/t/etherlink-7-0-ganesha-resubmission-via-fast-governance-on-wednesday-august-19th/7159).
 
 ## Changelog
 

diff --git a/docs/testing/testnet.mdx b/docs/testing/testnet.mdx
@@ -42,5 +42,5 @@ Examples of using test networks are on other pages in this documentation.
 
 ## Etherlink{/* TX */} Previewnet
 
-The [Previewnet test network](/testing/previewnet) is a temporary testnet made available before the addition of the Michelson interface to Etherlink{/* TX */}, for developers trying to test Native Atomic Calls before Etherlink upgrade 7.
+The [Previewnet test network](/testing/previewnet) is a long-running test network that runs the upgrade-7 feature set (the Michelson interface and Native Atomic Composability) ahead of the other Etherlink{/* TX */} networks.
 Previewnet is still available for some time.