Update Automation Registry/Registrar addresses + Migrate to Arbitrum …

…Sepolia (#1647) * update addresses * update arb goerli * update to arbitrum sepolia * update Getting Started + Supported Networks * add goerli back * Apply suggestions from code review Co-authored-by: Dwight Lyle <dwightjl@gmail.com> --------- Co-authored-by: Crystal Gomes <thedriftofwords@users.noreply.github.com> Co-authored-by: Dwight Lyle <dwightjl@gmail.com>
smartcontractkit · Nov 18, 2023 · b3bff0a · b3bff0a · vercel · Nov 18, 2023
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diff --git a/src/content/chainlink-automation/overview/getting-started.mdx b/src/content/chainlink-automation/overview/getting-started.mdx
@@ -33,13 +33,13 @@ Click the tabs below to use Chainlink Automation with each type of trigger:
   <Fragment slot="panel.timeBased">
       **Increment a counter every 5 minutes using our example contract.**
 
-      1. Navigate to the [Chainlink Automation app](https://automation.chain.link/) and connect to **Arbitrum Goerli** in the top dropdown menu.
+      1. Navigate to the [Chainlink Automation app](https://automation.chain.link/) and connect to **Arbitrum Sepolia** in the top dropdown menu.
 
-      2. Connect your cryptocurrency wallet to the app if you haven't done so already. You may also need to fetch Arbitrum Goerli testnet LINK [here](https://faucets.chain.link/arbitrum-goerli).
+      2. Connect your cryptocurrency wallet to the app if you haven't done so already. You may also need to fetch Arbitrum Sepolia testnet LINK [here](https://automation.chain.link/arbitrum-sepolia).
 
       3. Click **Register new Upkeep** and select **Time-based** trigger.
 
-      4. Under _Target contract address_, enter `0x698a3a4B0a98dda279795521Bd6f63cdBE605125`. This is a simple counter contract that will just increment with each call. Source code is [here](https://goerli.arbiscan.io/address/0x8D6e9b3dcb5148C1eF501C8407C83D6Aa9b7720e#code).
+      4. Under _Target contract address_, enter `0x698a3a4B0a98dda279795521Bd6f63cdBE605125`. This is a simple counter contract that will just increment with each call. Source code is [here](https://sepolia.arbiscan.io/address/0x083935210524c0A8922ec610d1063Aa0A54d9d70#code).
 
       5. In the _Contract call_ section, enter `addInteger` under _Target function_. In the _Function inputs_ section, enter a number to increment by under _intToAdd_. Then click **Next**.
 
@@ -63,13 +63,13 @@ Click the tabs below to use Chainlink Automation with each type of trigger:
   <Fragment slot="panel.customLogic">
       **Increment a counter using custom logic stored on-chain.**
 
-      1. Navigate to the [Chainlink Automation app](https://automation.chain.link/) and connect to **Arbitrum Goerli** in the top dropdown menu.
+      1. Navigate to the [Chainlink Automation app](https://automation.chain.link/) and connect to **Arbitrum Sepolia** in the top dropdown menu.
 
-      2. Connect your cryptocurrency wallet to the app if you haven't done so already. You may also need to fetch Arbitrum Goerli testnet LINK [here](https://faucets.chain.link/arbitrum-goerli).
+      2. Connect your cryptocurrency wallet to the app if you haven't done so already. You may also need to fetch Arbitrum Sepolia testnet LINK [here](https://automation.chain.link/arbitrum-sepolia).
 
       3. Click **Register new Upkeep** and select **Custom logic** trigger.
 
-      4. Under _Target contract address_, enter `0xC3d3656868594db09abD410821c9F9ab9812B4d1`. This contract uses logic stored on-chain and on-chain state to determine when to perform, incrementing a counter. It is an example of an Automation-compatible contract and can be read [here](https://goerli.arbiscan.io/address/0xC3d3656868594db09abD410821c9F9ab9812B4d1#code). Click **Next**.
+      4. Under _Target contract address_, enter `0xC3d3656868594db09abD410821c9F9ab9812B4d1`. This contract uses logic stored on-chain and on-chain state to determine when to perform, incrementing a counter. It is an example of an Automation-compatible contract and can be read [here](https://sepolia.arbiscan.io/address/0x6C0AAAeBcDb6F5D03759B8BF14b47BE491755530#readContract). Click **Next**.
 
          <ClickToZoom src="/images/automation/getting-started/gs_clu_contract_address.png" />
 
@@ -90,15 +90,15 @@ Click the tabs below to use Chainlink Automation with each type of trigger:
 
       **Increment an on-chain counter using a log as trigger.**
 
-      1. Navigate to the [Chainlink Automation app](https://automation.chain.link/) and connect to **Arbitrum Goerli** in the top dropdown menu.
+      1. Navigate to the [Chainlink Automation app](https://automation.chain.link/) and connect to **Arbitrum Sepolia** in the top dropdown menu.
 
-      2. Connect your cryptocurrency wallet to the app if you haven't done so already. You may also need to fetch Arbitrum Goerli testnet LINK [here](https://faucets.chain.link/arbitrum-goerli).
+      2. Connect your cryptocurrency wallet to the app if you haven't done so already. You may also need to fetch Arbitrum Sepolia testnet LINK [here](https://automation.chain.link/arbitrum-sepolia).
 
       3. Click **Register new Upkeep** and select **log trigger**.
 
-      4. Under _Contract to automate_, enter `0xcf39b55F3E583DdEc8D418dB4708A71aA8453a83`. This is a simple `iLogAutomation`-compatible example contract that will increment a counter when a log is detected. The code is [here](https://goerli.arbiscan.io/address/0xcf39b55F3E583DdEc8D418dB4708A71aA8453a83#code). Click **Next**.
+      4. Under _Contract to automate_, enter `0xcf39b55F3E583DdEc8D418dB4708A71aA8453a83`. This is a simple `iLogAutomation`-compatible example contract that will increment a counter when a log is detected. The code is [here](https://sepolia.arbiscan.io/address/0xe817e4A71C69C72C01B31906F9F8591FbaB6b448#code). Click **Next**.
 
-      5. Under _Contract emitting logs_, enter `0xeB4ABE57c2ba0A467273f9b7fDed130AD863e923`. This is the contract Automation will listen to for emitted logs. The code is [here](https://goerli.arbiscan.io/address/0xeB4ABE57c2ba0A467273f9b7fDed130AD863e923#code). Click **Next**.
+      5. Under _Contract emitting logs_, enter `0xeB4ABE57c2ba0A467273f9b7fDed130AD863e923`. This is the contract Automation will listen to for emitted logs. The code is [here](https://sepolia.arbiscan.io/address/0x1260206b960bB07F12d48C19fad505CeFc071bDd#code). Click **Next**.
 
          <ClickToZoom src="/images/automation/getting-started/gs_ltu_log_trigger_details.png" />
 
@@ -112,7 +112,7 @@ Click the tabs below to use Chainlink Automation with each type of trigger:
 
       9. Click **Register Upkeep** and wait for the transaction to complete.
 
-      10. To trigger your upkeep call _bump_ on the trigger contract by navigating to the Arbitrum Goerli [scanner](https://goerli.arbiscan.io/address/0xeB4ABE57c2ba0A467273f9b7fDed130AD863e923#writeContract), connecting your wallet and executing the bump function. You can observe your upkeep's perform in the Automation dashboard.
+      10. To trigger your upkeep call _bump_ on the trigger contract by navigating to the Arbitrum Sepolia [scanner](https://sepolia.arbiscan.io/address/0x1260206b960bB07F12d48C19fad505CeFc071bDd#writeContract), connecting your wallet and executing the bump function. You can observe your upkeep's perform in the Automation dashboard.
 
       You have successfully automated your first log trigger upkeep. To learn more about creating log trigger upkeeps, read [here](/chainlink-automation/guides/log-trigger).
 

diff --git a/src/content/chainlink-automation/overview/supported-networks.mdx b/src/content/chainlink-automation/overview/supported-networks.mdx
@@ -37,6 +37,7 @@ Chainlink Automation is available on the following networks. All networks operat
 - [Arbitrum](#arbitrum)
   - Mainnet
   - Goerli testnet
+  - Sepolia testnet
 - [Optimism](#optimism)
   - Mainnet
   - Goerli testnet

diff --git a/src/features/chainlink-automation/data/chainlink-automation-addresses.json b/src/features/chainlink-automation/data/chainlink-automation-addresses.json
@@ -48,8 +48,12 @@
     "registrarAddress": "0x86EFBD0b6736Bed994962f9797049422A3A8E8Ad"
   },
   "ARBITRUM_GOERLI": {
-    "registryAddress": "0x37D9dC70bfcd8BC77Ec2858836B923c560E891D1",
-    "registrarAddress": "0x86EFBD0b6736Bed994962f9797049422A3A8E8Ad"
+    "registryAddress": "0xaB9718E1DC7BD61Bd3440Fb771CC23DA0C0181a1",
+    "registrarAddress": "0xA6deE996014d9670144943c2bc90755829398d07"
+  },
+  "ARBITRUM_SEPOLIA": {
+    "registryAddress": "0x8194399B3f11fcA2E8cCEfc4c9A658c61B8Bf412",
+    "registrarAddress": "0x881918E24290084409DaA91979A30e6f0dB52eBe"
   },
   "OPTIMISM_MAINNET": {
     "registryAddress": "0x696fB0d7D069cc0bb35a7c36115CE63E55cb9AA6",

diff --git a/src/features/chainlink-automation/data/chainlink-automation-config.json b/src/features/chainlink-automation/data/chainlink-automation-config.json
@@ -46,7 +46,7 @@
     "maxPerformDataSize": 2000,
     "flatFeeMicroLink": 10000,
     "stalenessSeconds": 90000,
-    "registrar": "0x9a811502d843E5a03913d5A2cfb646c11463467A",
+    "registrar": "0xb0E49c5D0d05cbc241d68c05BC5BA1d1B7B72976",
     "transcoder": "0x0000000000000000000000000000000000000000"
   },
   "ETHEREUM_GOERLI": {
@@ -146,7 +146,7 @@
     "maxPerformDataSize": 5000,
     "flatFeeMicroLink": 0,
     "stalenessSeconds": 90000,
-    "registrar": "0xe601C5837307f07aB39DEB0f5516602f045BF14f",
+    "registrar": "0x0Bc5EDC7219D272d9dEDd919CE2b4726129AC02B",
     "transcoder": "0x0000000000000000000000000000000000000000"
   },
   "POLYGON_MUMBAI": {
@@ -321,7 +321,32 @@
     "maxPerformDataSize": 2000,
     "flatFeeMicroLink": 0,
     "stalenessSeconds": 90000,
-    "registrar": "0x1433C1BDfCF1b2E1CE843Ede6FcC5d6e409fE56E",
+    "registrar": "0xA6deE996014d9670144943c2bc90755829398d07",
+    "transcoder": "0x0000000000000000000000000000000000000000"
+  },
+  "ARBITRUM_SEPOLIA": {
+    "paymentPremiumPPB": 500000000,
+    "blockCountPerTurn": "Not Applicable",
+    "maxCheckDataSize": 5000,
+    "checkGasLimit": 10000000,
+    "gasCeilingMultiplier": 5,
+    "minUpkeepSpend": {
+      "type": "BigNumber",
+      "hex": "0x016345785d8a0000"
+    },
+    "maxPerformGas": 5000000,
+    "fallbackGasPrice": {
+      "type": "BigNumber",
+      "hex": "0x3b9aca00"
+    },
+    "fallbackLinkPrice": {
+      "type": "BigNumber",
+      "hex": "0xe16633456f732"
+    },
+    "maxPerformDataSize": 2000,
+    "flatFeeMicroLink": 0,
+    "stalenessSeconds": 90000,
+    "registrar": "0x881918E24290084409DaA91979A30e6f0dB52eBe",
     "transcoder": "0x0000000000000000000000000000000000000000"
   },
   "OPTIMISM_MAINNET": {
@@ -371,7 +396,7 @@
     "maxPerformDataSize": 2000,
     "flatFeeMicroLink": 0,
     "stalenessSeconds": 90000,
-    "registrar": "0x4F3AF332A30973106Fe146Af0B4220bBBeA748eC",
+    "registrar": "0xCA7A0b1F8153EcD3861899d468dC946F22B39114",
     "transcoder": "0x395C8461299c9981E9D1A30d116F0c80a927d2A4"
   }
 }