Agent Teams for Delivery

By the Syncfusion DevTutorials team · Last updated October 20, 2026

How specialist agents deliver one feature together: team structures, assigning and merging work, messages and handoffs, deadlock prevention, and docs and deploy agents.

Think about a team building a treehouse.

One person is in charge. They look at the plan and assign jobs: one person cuts the wood, two people build the platform, and another paints the railings. Different people can work on different parts at the same time.

When the platform is finished, the person in charge checks it before anyone climbs on it. At the end, someone records what was built, and only then is it opened for the kids.

Now imagine two builders without anyone coordinating them. One says, "I'll start when you tell me how high the floor is." The other says, "I'll tell you when I know how long the ladder is." Each waits for the other, so nothing happens. This is called a deadlock.

The main idea: An agent team divides a large task among specialist agents. A good team has clear roles, clear handoffs, a way to combine everyone's work, and rules that prevent agents from waiting on each other forever.

A Real-World Example

You have already met all of the specialists in Chapter 8. Now they work together to deliver the export status feature in a single workflow on the same project files:

1. Planner: creates 6 tasks.
2. Design: creates the status panel.
3. Frontend and backend, running at the same time: the component, and the contract plus endpoint.
4. Review: reviews the combined changes.
5. Testing: increases coverage to 80%.
6. Docs: updates the changelog.
7. Deploy: runs only if tests, contract checks, and accessibility checks all pass.

A manager agent assigns each task, collects the results, and combines the frontend and backend work.

In simple words: One manager, clear responsibilities, and every handoff documented.

What You Will Learn

In this lesson, you will learn:

1. Three ways to organize an agent team: manager-worker, hierarchical, and peer teams.
2. How work is assigned, shared, and merged across agents.
3. How agents communicate through messages, shared state, and handoffs.
4. What a deadlock is and how to prevent it.
5. What documentation and DevOps agents contribute at the end of the process.

Team Structures

Manager-Worker

In a manager-worker team, one manager agent assigns tasks to worker agents and collects their results. Workers communicate only with the manager, not with each other.

This structure is simple to understand and easy to debug because every message passes through a single point.

Hierarchical

A hierarchical team contains managers under other managers.

For example, a frontend lead agent could split work between a component agent and a styling agent.

This structure scales well for large projects, but every extra management layer adds more messages and more delay.

Peer Teams

In a peer team, agents communicate directly with one another without a manager.

This can be fast, but it is harder to follow and more difficult to coordinate. It is also the structure where deadlocks are most likely to happen.

Count the message paths in each structure

function paths(structure, workers) {
  if (structure === "manager-worker") return workers;
  if (structure === "peer") return (workers * (workers - 1)) / 2;
}

for (const n of [3, 6, 10]) {
  console.log(n + " agents: manager-worker " + paths("manager-worker", n) + " paths, peer " + paths("peer", n) + " paths");
}

Expected output:

3 agents: manager-worker 3 paths, peer 3 paths
6 agents: manager-worker 6 paths, peer 15 paths
10 agents: manager-worker 10 paths, peer 45 paths

With 6 workers, peer teams create 15 possible conversations to track. A manager-worker team has only 6. That is why the delivery team in this lesson uses a manager.

Work Distribution

Task Assignment

Task assignment means giving each task to the agent best suited to complete it. The planning agent has already assigned an owner to every task, so the manager simply follows the plan.

Assign tasks by owner

const plan = [
  { id: "contract", owner: "backend" },
  { id: "design", owner: "design" },
  { id: "api", owner: "backend" },
  { id: "panel", owner: "frontend" },
  { id: "tests", owner: "testing" },
];

const inbox = {};
for (const t of plan) (inbox[t.owner] ??= []).push(t.id);
for (const [agent, tasks] of Object.entries(inbox)) console.log(agent.padEnd(9) + tasks.join(", "));

Expected output:

backend  contract, api
design   design
frontend panel
testing  tests

Work Sharing

Work sharing means running independent tasks at the same time. Once the contract is finished, the frontend and backend tasks no longer depend on each other, so they can run in parallel. As you learned in Lesson 12, tasks should run in parallel only when there is no dependency between them.

Result Merging

Result merging combines the work produced by multiple agents running in parallel. Each agent changes its own files, so the manager can merge both sets of changes.

If two agents change the same file, a merge conflict occurs. In that situation, the manager must stop and resolve the conflict before continuing.

Merge two agents' changes, or find a conflict

function merge(base, a, b) {
  const clash = Object.keys(a).filter((path) => path in b);
  if (clash.length) return "CONFLICT: both changed " + clash.join(", ");
  return "merged: " + Object.keys({ ...base, ...a, ...b }).length + " files";
}

const base = { "web/format.js": "…", "api/openapi.json": "…" };
const frontend = { "web/TicketPage.js": "…" };
const backend = { "api/openapi.json": "…", "api/export.js": "…" };
console.log(merge(base, frontend, backend));
console.log(merge(base, { "api/openapi.json": "…" }, backend));

Expected output:

merged: 4 files
CONFLICT: both changed api/openapi.json

Giving each agent its own folder (web/ for frontend and api/ for backend) makes conflicts much less likely. The folder boundaries you learned about in Lesson 1 help teams as well as individual agents.

Agent Communication

Message Routing

Message routing decides which agent receives each message. In a manager-worker team, every message either comes from the manager or goes to the manager. The Team tab shows all of these messages, such as: "manager → backend: Task contract + api".

State Sync

State sync keeps all agents working from the same version of the truth. In the Agent Lab, that shared truth is the project files. Each stage starts with the files produced by the stage before it.

Handoffs

A handoff passes work and its context to the next agent. A good handoff explains what was completed, where the result is located, and what the next agent needs to know.

For example: "Panel ready: web/export-panel.html passes a11y and token checks."

A handoff message with everything the next agent needs

function handoff(from, to, done, where, next) {
  return from + " -> " + to + ": Done: " + done + ". Where: " + where + ". Next: " + next + ".";
}

console.log(handoff("design", "frontend", "export panel, 4 states", "web/export-panel.html", "build it in TicketPage.js; a11y and tokens already pass"));
console.log(handoff("backend", "frontend", "export endpoint", "api/openapi.json", "read status and rows from GET /tickets/{id}/export"));

Expected output:

design -> frontend: Done: export panel, 4 states. Where: web/export-panel.html. Next: build it in TicketPage.js; a11y and tokens already pass.
backend -> frontend: Done: export endpoint. Where: api/openapi.json. Next: read status and rows from GET /tickets/{id}/export.

Done, where, next: three short parts. The next agent gets everything it needs without having to guess.

Deadlock Prevention

A deadlock is a circle of waiting: Agent A waits for Agent B, and Agent B waits for Agent A. Neither agent can continue, so the work stops.

The solution is to break the circle. Something must be provided before either agent starts waiting. In the delivery team, the planner publishes the contract first, so both the frontend and backend agents already have the information they need.

Find a circle in who waits for whom

function deadlock(waitsFor) {
  for (const a of Object.keys(waitsFor)) {
    let x = a;
    const seen = [a];
    while (waitsFor[x]) {
      x = waitsFor[x];
      if (x === a) return "deadlock: " + seen.join(" -> ") + " -> " + a;
      if (seen.includes(x)) break;
      seen.push(x);
    }
  }
  return "no deadlock";
}

console.log(deadlock({ frontend: "backend", backend: "frontend" }));
console.log(deadlock({ frontend: "planner", backend: "planner" }));
console.log(deadlock({ a: "b", b: "c", c: "a" }));

Expected output:

deadlock: frontend -> backend -> frontend
no deadlock
deadlock: a -> b -> c -> a

In the Team tab, press Peers, no shared contract. The frontend waits for the contract from the backend, and the backend waits for the field list from the frontend.

The deadlock check finds the cycle at tick 1. Then press Peers, contract first. The planner publishes the contract at tick 0, allowing both agents to start immediately. Both finish at tick 1.

Full-Stack Work

Full-stack work spans every layer: design, frontend, backend, and testing. The team approach works because each layer has a specialist agent with the correct tools, folder boundaries, and validation checks.

No single agent needs every tool, which also makes the overall system safer.

Docs and DevOps Agents

Two small agents complete the delivery process.

The docs agent writes the changelog in user-focused language. It reads the feature request rather than the code so the description matches what users asked for.

The deploy agent is a DevOps agent that releases the code to a server. It acts as the final gate before deployment.

The deploy agent deploys only when the tests, contract check, and accessibility check all pass. Its report also includes an incident summary, which lists anything that went wrong during deployment or states "none" if there were no issues.

On the unfinished project, the tests and the contract check fail, so the deployment is blocked. A blocked deployment means the deploy agent is doing its job correctly.

Press Run the pipeline in the Team tab. All 8 stages succeed, and the deploy agent deploys version 1.4.0. Open Messages to read every handoff between agents.

Common Mistakes

Exercises

Each exercise ends with a value on the last line. Press Check to compare it with the expected answer.

What to Remember

• One boss, own folders, written handoffs, contract first.
• The manager-worker model is the simplest team structure to understand and manage. Peer teams create many more communication paths.
• Run independent agents in parallel, but stop immediately if a merge conflict is found.
• A deadlock is a circle of waiting. Prevent it by publishing shared information, such as the contract, before agents depend on it.
• The docs agent writes for users. The deploy agent is the final gate before release.

Next: Security Guardrails, how to keep agents safe when the input itself is an attack.