Omniyond vs Trigger.dev: which scheduler for AI agents?

You need something to run on a schedule. Maybe a daily digest, a follow-up three hours from now, or a job your AI agent decides to set up on its own. Two tools come up: Omniyond vs Trigger.dev. They sound similar — both run jobs, both retry on failure — but they solve the problem from opposite ends.

Trigger.dev runs your code on their compute, billed monthly. Omniyond runs an HTTP call you point it at, billed per run, with no subscription and no account required if your agent pays with a wallet.

This post lays out the difference honestly. Trigger.dev is the better tool for some jobs, and we'll say exactly when. If you're scanning for a Trigger.dev alternative because the subscription or the SDK is more than you need, that case is here too.

TL;DR

Short version: if the work is code — branching logic, multiple dependent steps, things that run for minutes — Trigger.dev is built for that. If the work is "call this URL on a timer and tell me what happened," Omniyond does it for a cent a run with nothing to deploy.

How each one works

The whole difference comes down to where your logic lives.

Trigger.dev: your code on their compute

Trigger.dev is a background-jobs platform for TypeScript teams. You install the SDK, write a task as a function, and deploy it. From then on Trigger.dev runs that function on its own workers — triggered by an event, an API call, or a schedule — and gives you retries, queues, and a dashboard around it.

// A Trigger.dev task — your logic runs on their workers
import { schedules } from "@trigger.dev/sdk/v3";

export const dailyDigest = schedules.task({
  id: "daily-digest",
  cron: "0 8 * * *",
  run: async () => {
    const data = await fetchStuff();
    const summary = await summarize(data);
    await sendEmail(summary);
  },
});

The strength here is real: that run function can do anything. Call three APIs, branch on the results, wait for a human to approve, retry one step without redoing the others. Trigger.dev keeps the workflow durable across all of it. That's a genuinely hard problem and they solve it well.

The cost of that power is that you're now running code on their platform. You deploy it, you version it, you keep the SDK current, and you pay a monthly subscription for the privilege of having compute available.

Omniyond: point at a URL

Omniyond doesn't run your code. It calls an endpoint you already have.

You make one HTTP request that says "call this URL, on this cadence, with these retries, and here's where to put the result." That's the whole setup. Your logic stays in your app, your function, your existing webhook — wherever it already lives. Omniyond is just the clock and the delivery guarantee around it.

# Schedule any URL — once or recurring. Nothing to deploy.
curl -X POST https://omniyond.com/v1/schedule \
  -H "Authorization: Bearer $OMNIYOND_KEY" \
  -d '{
    "url": "https://yourapp.com/cron/daily-digest",
    "every": "1d",
    "deliver": { "callback": "https://yourapp.com/hooks/digest-done" }
  }'

It fires on schedule, retries on failure (30s, then 5m, then 30m), drops dead jobs into a dead-letter queue, and either stores the result or POSTs it to your callback. If your endpoint already does the work, Omniyond is the missing piece that makes it run on time — and that's all it tries to be.

The trade is the mirror image of Trigger.dev's: you don't get to run arbitrary logic on Omniyond. The logic has to live behind a URL. For most "do this thing on a schedule" features, it already does.

The agent angle

There's a second difference that matters if you're building with AI agents.

An LLM agent can call an API in milliseconds, but it can't wait, and it can't pay. Omniyond is built around closing both gaps. It ships a built-in MCP server (plus an npx omniyond-mcp bridge), so an agent inside Claude Desktop, Cursor, or your own framework can discover scheduling as a tool and set up a job itself — no glue code. And it speaks x402: an agent holding a USDC wallet on Base can pay per call with a signature, no account and no API key.

So an agent can decide "follow up with this lead in three hours," schedule it, and pay for it — with no human wiring up billing first. Trigger.dev has no MCP server and no x402 path; it's designed for a developer to deploy tasks, not for an agent to provision its own. That's not a knock — it's just a different audience.

If the "agent needs to act later" framing is your actual problem, we wrote it up in more depth in cron for AI agents.

Pricing compared

This is where the two diverge hardest, so let's be precise.

Trigger.dev is subscription-first. Plans run from $10/mo (Hobby) to $50/mo (Pro), with usage-based overages on top — roughly $0.25 per 10,000 task invocations, plus per-second compute for the time your code actually runs. That's a fair model for a team running production workflows all day; you're paying for compute you're genuinely using, and the per-invocation rate is cheap at scale.

Omniyond has no subscription. Each scheduled run is $0.01. You either let an agent pay per call with x402, or buy a prepaid credit pack once — $9, $29, or $99 — and the credits never expire.

The honest read: at high, steady volume — millions of invocations a month of real compute — Trigger.dev's model can work out cheaper per unit, and you get a lot of platform for the price. The monthly floor stops mattering when you're well past it.

But for a single feature, a side project, or anything you run intermittently, a monthly subscription is the wrong shape. If you fire 200 jobs in a month, $0.01 each is $2 against a balance that doesn't expire — versus a $10–$50 subscription whether you use it or not. Pay-per-use wins decisively at the low and bursty end. Pick the shape that matches your usage, not the lower sticker number.

When Trigger.dev is the better choice

We mean this. There are jobs where Trigger.dev is clearly the right tool and Omniyond is the wrong one.

• Your "job" is real code with branching logic. If the work is fetch-transform-decide-retry-notify with conditionals between steps, you want that running as code on a platform built for it. Stuffing all of that behind a single URL Omniyond can call is awkward and fragile.
• You need durable, long-running workflows. Tasks that run for minutes, pause for a human approval, fan out and back in, or survive a worker restart mid-run. Trigger.dev's durable execution and step-level retries are the core of the product. Omniyond retries the whole call; it doesn't resume a multi-step workflow from step four.
• You want deep run-level observability. Per-run logs, traces, replays, and a dashboard your whole team lives in. Trigger.dev's observability is a real strength.
• You're a TypeScript team standardizing on one platform. If everyone's writing tasks in the SDK and you want one place for all background work, the consistency is worth the subscription.

If that's you, use Trigger.dev. Omniyond isn't trying to replace a workflow engine, and pretending otherwise would waste your time.

When Omniyond is the better choice

Omniyond fits a different and very common situation: you don't need a platform, you need one scheduled thing to happen reliably.

• It's one feature, not a workload. A daily digest, a weekly cleanup ping, a follow-up webhook. Standing up the Trigger.dev SDK, a deploy pipeline, and a monthly bill for a single recurring call is more machinery than the job deserves. Point Omniyond at the URL and move on.
• The work already lives behind a URL. Your app already has the endpoint that does the thing. You don't need to move that logic onto someone else's compute — you just need something to call it on time, with retries and a dead-letter queue when it fails.
• You don't want to run or deploy infra. No SDK to keep current, no worker to babysit, no functions to redeploy when you change a cadence. The schedule is data, not code you ship.
• An AI agent should set it up — and pay for it. This is the case nothing else covers. With the built-in MCP server, an agent discovers scheduling as a tool and provisions a job on its own. With x402, it pays per run in USDC on Base, no account, no human. If you're building agents that act on their own timeline, this is the gap Omniyond was made for.
• You want one key for more than scheduling. The same balance also covers page extraction (URL → clean markdown), Open Graph images, PDFs, QR codes, and short links. One key, one balance, instead of a separate subscription per tool.

The pattern: Trigger.dev is the right answer when the logic is the hard part. Omniyond is the right answer when the timing and delivery are the hard part and the logic already exists.

Pros and cons

Omniyond

• Pros: no subscription; $0.01 a run; credits never expire; nothing to deploy; MCP-native; agent can pay with x402; one balance across a toolbox of utilities.
• Cons: it calls a URL, it doesn't run your code; no durable multi-step workflows; lighter observability than a full jobs platform; best when your logic already lives behind an endpoint.

Trigger.dev

• Pros: durable long-running workflows; full TypeScript SDK; step-level retries; strong observability dashboard; built for production dev teams; cheap per-invocation at scale.
• Cons: monthly subscription floor; you deploy and maintain task code on their compute; no MCP server; no x402 / agent-pays path; heavier than needed for a single scheduled call.

So which one?

Decide by where the difficulty lives.

If you're building multi-step workflows in TypeScript and want a platform to run, observe, and retry real code — Trigger.dev. It's good at that, and the subscription buys you a lot.

If you need to fire an HTTP call on a schedule — for one feature, a side project, or an agent that should act later and pay for itself — Omniyond does it for a cent a run, with no subscription, no infra, and no account if your agent holds a wallet.

There's no free trial to sign up for, because there's barely anything to sign up for. Grab a $9 starter pack (around 900 runs, and it never expires) and schedule your first job in a few minutes — or, if you're an agent with a wallet, skip the account entirely and pay per call with x402. Either way, start at omniyond.com.