Update link in base.html to point to https://cookbook_ao.arweave.net/…

docs/run/running-a-hyperbeam-node.md

@@ -38,7 +38,7 @@ To successfully build and run a HyperBEAM node, your system needs several softwa
 *   `git`: Version control for fetching the source code.
 *   `pkg-config`: Helps find installed libraries during compilation.
 *   `ncurses-dev` / `ncurses`: Required for some terminal interface elements used by Erlang/OTP.
-*   `libssl-dev` / `openssl`: Necessary for cryptographic operations and secure connections (HTTPS). You might need to set specific environment variables for `openssl` during Erlang compilation if building from source on macOS.
+*   `libssl-dev` / `openssl`: Necessary for cryptographic operations and secure connections (HTTPS). You might need to set specific environment variables for `openssl` during Erlang compilation if[...]
 *   `sudo` (Linux/macOS): Needed for system-level installations.
 *   `curl`: Used for downloading dependencies or interacting with web services.
 *   `ca-certificates` (Linux): Required for validating SSL certificates (often handled by the OS on macOS/Windows).
@@ -84,7 +84,7 @@ Installation methods:
     ```
 
 === "Linux / macOS (Direct Download)"
-    Get the `rebar3` binary from the [official website](https://rebar3.org/). Place the downloaded `rebar3` file in your system's `PATH` (e.g., `/usr/local/bin`) and make it executable (`chmod +x rebar3`).
+    Get the `rebar3` binary from the [official website](https://rebar3.org/). Place the downloaded `rebar3` file in your system's `PATH` (e.g., `/usr/local/bin`) and make it executable (`chmod +x [...]`
 
 <!-- === "asdf (Recommended)"
     If using `asdf`, you can install it via the `rebar` plugin:
@@ -137,7 +137,7 @@ Before starting a node, ensure you have:
 *   Installed the [system dependencies](#system-dependencies) mentioned above.
 *   Cloned the [HyperBEAM repository](https://github.com/permaweb/HyperBEAM) (`git clone ...`).
 *   Compiled the source code (`rebar3 compile` in the repo directory).
-*   An Arweave **wallet keyfile** (e.g., generated via [Wander](https://www.wander.app)). The path to this file is typically set via the `hb_key` configuration option (see [Configuring Your HyperBEAM Node](./configuring-your-machine.md)).
+*   An Arweave **wallet keyfile** (e.g., generated via [Wander](https://www.wander.app)). The path to this file is typically set via the `hb_key` configuration option (see [Configuring Your HyperBEAM [...]
 
 ## Starting a Basic Node
 
@@ -147,6 +147,9 @@ The simplest way to start a HyperBEAM node for development or testing is using `
 rebar3 shell
 ```
 
+>[!NOTE]
+>For current process operations, start HyperBEAM with the <code>genesis_wasm</code> profile by running <code>rebar3 as genesis_wasm shell</code>.
+
 This command:
 
 1.  Starts the Erlang Virtual Machine (BEAM) with all HyperBEAM modules loaded.
@@ -180,7 +183,7 @@ rebar3 as rocksdb, genesis_wasm shell
 
 ## Node Configuration
 
-HyperBEAM offers various configuration options (port, key file, data storage, logging, etc.). These are primarily set using a `config.flat` file and can be overridden by environment variables or command-line arguments.
+HyperBEAM offers various configuration options (port, key file, data storage, logging, etc.). These are primarily set using a `config.flat` file and can be overridden by environment variables or [...]
 
 See the dedicated [Configuring Your HyperBEAM Node](./configuring-your-machine.md) guide for detailed information on all configuration methods and options.
 
@@ -196,7 +199,7 @@ A JSON response containing node information indicates success.
 
 ## Running for Production (Mainnet)
 
-While you can connect to the main AO network using the `rebar3 shell` for testing purposes (potentially using specific configurations or helper functions like `hb:start_mainnet/1` if available and applicable), the standard and recommended method for a stable production deployment (like running on the mainnet) is to build and run a **release**.
+While you can connect to the main AO network using the `rebar3 shell` for testing purposes (potentially using specific configurations or helper functions like `hb:start_mainnet/1` if available an[...]
 
 **1. Build the Release:**
 
@@ -214,7 +217,7 @@ This command compiles the project and packages it along with the Erlang Runtime
 
 **2. Configure the Release:**
 
-Navigate into the release directory (e.g., `cd _build/default/rel/hb`). Ensure you have a correctly configured `config.flat` file here. See the [configuration guide](./configuring-your-machine.md) for details on setting mainnet parameters (port, key file location, store path, specific peers, etc.). Environment variables can also be used to override settings in the release's `config.flat` when starting the node.
+Navigate into the release directory (e.g., `cd _build/default/rel/hb`). Ensure you have a correctly configured `config.flat` file here. See the [configuration guide](./configuring-your-machine.md[...] 
 
 **3. Start the Node:**
 
@@ -248,3 +251,4 @@ To stop the node running *within the `rebar3 shell`*, press `Ctrl+C` twice or us
 *   **Configure Your Node:** Deep dive into [configuration options](./configuring-your-machine.md).
 *   **TEE Nodes:** Learn about running nodes in [Trusted Execution Environments](./tee-nodes.md) for enhanced security.
 *   **Routers:** Understand how to configure and run a [router node](./joining-running-a-router.md).
+*   **Scheduler Device:** Learn how to [set up a Scheduler device](./setting-up-a-scheduler-device.md) to announce your node as an AO scheduler.

docs/run/setting-up-a-scheduler-device.md

@@ -0,0 +1,47 @@
+# Setting Up a Scheduler Device
+
+> **Note:** When your node launches, it will normally post (announce) its scheduler location automatically. This guide is useful if you need to re-announce the location or manually update the published location data.
+
+This guide is for operators who are already running a production HyperBEAM node and want to register it as an AO scheduler.
+
+## Prerequisites
+
+If you started your node using the default device list in [hb_opts.erl](../../src/hb_opts.erl), both `~location@1.0` and `~scheduler@1.0` are already onboarded — no additional configuration is required.
+
+You must set `host` in your `config.flat` so the `~location@1.0` device announces the correct public URL for your node.
+
+Example:
+
+```erlang
+host = "your-node-domain.example.com".
+```
+
+## Announcing Your Scheduler Location
+
+To register your node as a scheduler on the AO network, you need to call the `~location@1.0` device endpoint **from the node host itself** (i.e. run the command on the same machine running HyperBEAM).
+
+Run the following curl command on your node host (Linux/Mac):
+
+```bash
+curl -sS -H 'Accept: application/json' http://127.0.0.1:8734/~location@1.0/node
+```
+
+### What Success Looks Like
+
+A successful call returns an **HTTP 200 OK** response from `~location@1.0` in the node logs and will give you some details in your local console. This publishes a transaction to the network announcing your scheduler location.
+
+## Emitted Transaction Tags
+
+The published transaction should include tags similar to the following:
+
+```
+data-Protocol: ao
+variant: ao.N.1
+type: location
+url: https://your-node-domain.example.com
+nonce: <nonce-value>
+time-to-live:  TTL
+codec-device: Codec
+```
+
+> **Note:** The `url` field should point to your node's publicly accessible address (for example, `https://push.forward.computer`). The `nonce` value is generated automatically.

docs/theme/templates/base.html

@@ -664,7 +664,7 @@ <h2>
                                         </div>
 
                                     <a
-                                        href="https://cookbook_ao.arweave.net/welcome/ao-core-introduction.html"
+                                        href="https://cookbook_ao.arweave.net/welcome/index.html"
                                     >
                                         <button class="main-button">
                                             <svg
@@ -912,4 +912,4 @@ <h2>
 		{% endfor %}
 	  {% endblock %}
 	</body>
-  </html>
+  </html>