Build Your First Encrypted Agent Swarm Using Phoenix (Drag Connect Deploy)

Source: Dev.to

What You’re About to Build

In this tutorial, you’ll learn how to:

• Create a Workspace in Phoenix
• Drag agents into the canvas
• Connect and configure them
• Apply constraints
• Validate the swarm
• Build a deployment

This covers the full workflow: Drag agents → constraints → deploy → locked‑down distributed system.

What Is Phoenix?

Phoenix is the GUI cockpit for MatrixOS, a fully encrypted, identity‑driven agent operating system.

• Phoenix = Visual editor, validator, and deployment builder
• MatrixOS = Runtime engine that spawns, monitors, and secures every agent

Official Links

• MatrixOS GitHub:
• Phoenix GitHub:
• Discord:
• YouTube tutorials:
• X / Twitter:

Part 1 — Building a Swarm in the Phoenix Workspace

Step 1 — Create a Workspace

1. Open Phoenix.
2. Unlock your vault.
3. Navigate to Workspace → New Workspace.

This gives you a clean canvas to design your swarm.

Step 2 — Add Agents via Drag‑and‑Drop

• Open the Agent Palette on the left.
• Drag any agent onto the canvas, e.g.:
  • matrix_websocket (secure egress / ingress)
  • matrix_https (TLS/mTLS ingress)
  • oracle (LLM cognitive engine)
  • Custom agents you’ve added to MatrixOS

Phoenix treats each icon you drag as a real agent that will spawn on the server.

Step 3 — Build a Hierarchy

• Phoenix uses a real agent tree.
• Drag one agent onto another to make it a child.

This defines the parent → child spawn chain MatrixOS will use to bring your universe online.

• Parents spawn children
• Children inherit identity and cryptographic context
• Each agent only receives its own signed subtree

This is a true operating‑system topology, not just a diagram.

Step 4 — Configure Agents

Click any agent to open the Inspector Panel. You can modify:

• Ports
• Allowlist IPs
• SMTP / IMAP / API settings
• Oracle parameters
• Roles and subscriptions
• Security keys
• Logging options

Phoenix dynamically generates these fields from metadata — no manual JSON editing required.

Step 5 — Define Constraints

Constraints tell Phoenix how your swarm should connect and behave. Example constraint types:

• outgoing.command → which agent sends commands to the swarm
• hive.rpc.route → RPC router
• matrix_websocket → ingress agent
• service-manager roles
• tripwire.guard.* services
• Any custom service roles from your agents

Constraints ensure your swarm has:

• A valid ingress
• A valid egress
• Valid RPC paths
• Correct cryptographic handshakes
• No circular routing

They make the swarm safe before deployment.

Step 6 — Validate the Swarm

Navigate to Workspace → Validate. Phoenix performs:

• Structural validation
• Constraint validation
• Metadata validation
• Security + certificate presence checks
• Tree shape verification

If something’s wrong, Phoenix shows exactly what needs fixing.

Step 7 — Save the Workspace

Select Workspace → Save. This produces a complete bundle containing:

• Agent tree
• Configuration stack
• Cryptographic vault
• Verified constraints
• Directive bundle

Your workspace is the deployable universe.

Step 8 — Build the Deployment

Click Deploy → New Deployment. Phoenix will:

• Generate crypto identities
• Sign the directive tree
• Build agent vaults
• Compile deployments
• Prepare the swarm for the server

The result is a signed, encrypted deployment that Railgun can install remotely.