Skills rivet-workflows
📦

rivet-workflows

Content revision r1 Safe ⚙️ External commands🌐 Network access🔑 Env variables

Build Durable Rivet Workflows

Distributed workflows can fail during retries, timeouts, and service calls. This skill helps you design replayable Rivet workflows with clear recovery and coordination patterns.

Supports: Claude Codex Code(CC)
🥉 77 Bronze

Install with my Agent

Copy this request to your Agent. It includes the canonical Skill page and manifest.

Agent request
Review the Skillstore skill "rivet-workflows" from https://skillstore.io/skills/rivet-dev-rivet-workflows.md and its manifest at https://skillstore.io/api/skills/rivet-dev-rivet-workflows/manifest. Verify the artifact. You may proceed after verification, subject to the environment's own policy.

Your Agent should still show its plan and request any confirmation required by the security policy.

Agent-readable resources

Use these links when an AI agent, crawler, or script needs clean context instead of reading the full page.

Markdown detail GET /skills/rivet-dev-rivet-workflows.md Signed manifest GET /api/skills/rivet-dev-rivet-workflows/manifest Signed lockfile GET /api/skills/rivet-dev-rivet-workflows/lockfile

Test it

Using "rivet-workflows". Create a durable order workflow that reserves inventory, charges payment, and fulfills the order.

Expected outcome:

  • Start with an order actor that records state transitions.
  • Use separate steps for inventory, payment, and fulfillment.
  • Add idempotency keys, bounded retries, and compensation for failed later steps.

Using "rivet-workflows". Explain how to handle a payment timeout after inventory reservation.

Expected outcome:

Record the pending payment state, retry with the same idempotency key, and release inventory after the retry policy is exhausted.

Using "rivet-workflows". Review a workflow that sends several independent requests before joining their results.

Expected outcome:

  • Use fan-out for independent requests and join only after all required results arrive.
  • Define per-request timeouts and a policy for partial failure.
  • Make each side effect replay-safe before enabling automatic retries.

Security Audit

Safe
v1 • 8/28/2026 Open versioned report

All 99 static matches are false positives in documented TypeScript examples and Markdown links. The review found no shell execution, malicious network destination, credential exfiltration, system reconnaissance, or prompt injection.

40
Files scanned
1,788
Lines analyzed
0
Review items
0
False positives ignored

Risk Factors

⚙️ External commands (26)
examples/docs/actors-workflows/approval-gate.ts:36 examples/docs/actors-workflows/approval-gate.ts:43 examples/docs/actors-workflows/approval-gate.ts:49 examples/docs/actors-workflows/cross-actor-saga.ts:11 examples/docs/actors-workflows/cross-actor-saga.ts:18 examples/docs/actors-workflows/fan-in-out.ts:44 examples/docs/actors-workflows/fan-in-out.ts:45 examples/docs/actors-workflows/get-version.ts:13 examples/docs/actors-workflows/join/index.ts:49 examples/docs/actors-workflows/join/index.ts:50 examples/docs/actors-workflows/loops/index.ts:40 examples/docs/actors-workflows/race/index.ts:40 examples/docs/actors-workflows/race/index.ts:49 examples/docs/actors-workflows/rollback.ts:51 examples/docs/actors-workflows/rollback.ts:59 examples/docs/actors-workflows/rollback.ts:68 examples/docs/actors-workflows/setup-teardown/index.ts:58 examples/docs/actors-workflows/setup-teardown/index.ts:81 examples/docs/actors-workflows/setup-teardown/index.ts:94 examples/docs/actors-workflows/setup-teardown/index.ts:98 examples/docs/actors-workflows/simple-workflow/index.ts:33 examples/docs/actors-workflows/simple-workflow/index.ts:48 examples/docs/actors-workflows/simple-workflow/index.ts:68 examples/docs/actors-workflows/timeouts.ts:5 examples/docs/actors-workflows/try-step.ts:33 SKILL.md:20
🌐 Network access (50)
examples/docs/actors-workflows/approval-gate.ts:35 examples/docs/actors-workflows/approval-gate.ts:43 examples/docs/actors-workflows/approval-gate.ts:49 examples/docs/actors-workflows/approval-gate.ts:36 examples/docs/actors-workflows/approval-gate.ts:43 examples/docs/actors-workflows/approval-gate.ts:49 examples/docs/actors-workflows/cross-actor-saga.ts:79 examples/docs/actors-workflows/cross-actor-saga.ts:97 examples/docs/actors-workflows/cross-actor-saga.ts:79 examples/docs/actors-workflows/cross-actor-saga.ts:97 examples/docs/actors-workflows/fan-in-out.ts:44 examples/docs/actors-workflows/fan-in-out.ts:44 examples/docs/actors-workflows/join/client.ts:4 examples/docs/actors-workflows/join/index.ts:49 examples/docs/actors-workflows/join/index.ts:49 examples/docs/actors-workflows/loops/client.ts:4 examples/docs/actors-workflows/loops/index.ts:32 examples/docs/actors-workflows/loops/index.ts:32 examples/docs/actors-workflows/race/client.ts:4 examples/docs/actors-workflows/race/index.ts:40 examples/docs/actors-workflows/race/index.ts:49 examples/docs/actors-workflows/race/index.ts:40 examples/docs/actors-workflows/race/index.ts:49 examples/docs/actors-workflows/request-response-queue/client.ts:4 examples/docs/actors-workflows/request-response/client.ts:4 examples/docs/actors-workflows/rollback.ts:43 examples/docs/actors-workflows/rollback.ts:51 examples/docs/actors-workflows/rollback.ts:57 examples/docs/actors-workflows/rollback.ts:66 examples/docs/actors-workflows/rollback.ts:43 examples/docs/actors-workflows/rollback.ts:51 examples/docs/actors-workflows/rollback.ts:57 examples/docs/actors-workflows/rollback.ts:66 examples/docs/actors-workflows/setup-teardown/client.ts:4 examples/docs/actors-workflows/setup-teardown/index.ts:54 examples/docs/actors-workflows/setup-teardown/index.ts:70 examples/docs/actors-workflows/setup-teardown/index.ts:93 examples/docs/actors-workflows/setup-teardown/index.ts:54 examples/docs/actors-workflows/setup-teardown/index.ts:70 examples/docs/actors-workflows/setup-teardown/index.ts:94 examples/docs/actors-workflows/simple-workflow/client.ts:4 examples/docs/actors-workflows/simple-workflow/index.ts:31 examples/docs/actors-workflows/simple-workflow/index.ts:40 examples/docs/actors-workflows/simple-workflow/index.ts:60 examples/docs/actors-workflows/simple-workflow/index.ts:31 examples/docs/actors-workflows/simple-workflow/index.ts:40 examples/docs/actors-workflows/simple-workflow/index.ts:60 examples/docs/actors-workflows/store-progress/client.ts:4 examples/docs/actors-workflows/timers/client.ts:4 SKILL.md:8
🔑 Env variables (4)
examples/docs/actors-workflows/rollback.ts:59 examples/docs/actors-workflows/rollback.ts:68 examples/docs/actors-workflows/rollback.ts:59 examples/docs/actors-workflows/rollback.ts:68
No confirmed security findings were detected by the latest completed static and semantic audit. This does not prove the skill has no side effects.
Audited by: codex
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Academic citations (APA · BibTeX · CFF)

APA citation

rivet-dev. (2026). rivet-workflows security audit report (audit version 1) [Author version unspecified]. Skillstore. https://skillstore.io/skills/rivet-dev-rivet-workflows/audits/1

BibTeX citation

@techreport{rivet-dev-rivet-dev-rivet-workflows-2026, author = {rivet-dev}, title = {rivet-workflows security audit report (audit version 1)}, institution = {Skillstore}, year = {2026}, number = {1}, url = {https://skillstore.io/skills/rivet-dev-rivet-workflows/audits/1}, note = {Author version unspecified} }

CITATION.cff

cff-version: 1.2.0 message: "If you use this Skill, cite its author and this versioned security audit report." title: "rivet-workflows security audit report (audit version 1)" version: "unspecified" type: report authors: - name: "rivet-dev" date-released: "2026-08-28" url: "https://skillstore.io/skills/rivet-dev-rivet-workflows/audits/1" identifiers: - type: other value: "skillstore:rivet-dev-rivet-workflows:audit:1" description: "Skillstore immutable audit report identifier"

Skillstore Score

Why this score Evidence Confidence: Medium
55
Architecture
85
Maintainability
87
Content
65
Community
83
Spec Compliance

What You Can Build

Design a Reliable Workflow

Plan a durable workflow with explicit steps, retries, timeouts, and recovery behavior before implementation.

Coordinate Business Operations

Model reservations, payments, fulfillment, and compensation actions across several services.

Review Workflow Failure Modes

Inspect an existing workflow for replay safety, idempotency gaps, queue behavior, and migration risks.

Try These Prompts

Explain the Basics 
Explain how Rivet actors and workflow steps coordinate a durable multi-step operation. Use a simple order example.
Plan a Workflow 
Design a Rivet workflow for [business process]. Identify actors, steps, state, retries, timeouts, and expected failure recovery.
Add Compensation 
Extend this workflow with reservation, payment, and fulfillment actions. Define compensation steps, idempotency keys, and retry limits.
Audit Production Readiness 
Review this Rivet workflow for replay safety, concurrency races, timeout behavior, secret handling, external calls, and version migration risks.

Best Practices

  • Make every side-effecting step idempotent and safe to replay.
  • Keep workflow state explicit, small, and versionable.
  • Set bounded retries, timeouts, and compensation behavior for external services.

Avoid

  • Do not perform non-idempotent side effects without an idempotency key.
  • Do not hide business state in process memory between workflow steps.
  • Do not retry payment or fulfillment requests without bounded policies and failure handling.

Frequently Asked Questions

What does this skill help me build?
It helps you design durable Rivet workflows that coordinate multi-step operations and recover from failures.
Does it run workflows for me?
No. It provides design guidance and examples. You still need the Rivet runtime, services, credentials, and deployment setup.
Which language do the examples use?
The examples are TypeScript-oriented and demonstrate actors, steps, queues, timers, and external service calls.
How should retries handle external APIs?
Use bounded retries with idempotency keys, explicit timeouts, and compensation for side effects.
Can it help review an existing workflow?
Yes. Ask it to inspect state transitions, replay behavior, concurrency, recovery, secrets, and version migrations.
Are the example service URLs production-ready?
No. Replace placeholder endpoints, configure authentication securely, and add service-specific validation before production use.

Developer Details

Author

rivet-dev

License

MIT

Skillstore revision

r1

Version notice

The author did not declare a version.

Repository

https://github.com/rivet-dev/skills/tree/1b41bfb0a8e367d39ab08ad695adc48222ef5250/rivet-workflows

Ref

9a62684f1bab88568abf70fd3f1e241017c6e251

Maintenance freshness

8/29/2026

Usage

0 downloads · 1 views

File structure

📁 examples/

📁 docs/

📁 actors-workflows/

📄 approval-gate.ts

📄 batch-drainer.ts

📄 bounded-drain.ts

📄 checkpoint-friendly.ts

📄 child-worker-orchestration.ts

📄 coordinator-worker.ts

📄 cron.ts

📄 cross-actor-saga.ts

📄 error-hooks.ts

📄 fan-in-out.ts

📄 get-version.ts

📁 join/

📄 client.ts

📄 index.ts

📁 loops/

📄 client.ts

📄 index.ts

📄 poll-backoff.ts

📄 queue-worker.ts

📁 race/

📄 client.ts

📄 index.ts

📁 request-response/

📄 client.ts

📄 index.ts

📁 request-response-queue/

📄 client.ts

📄 index.ts

📄 rollback.ts

📄 scatter-gather.ts

📁 setup-teardown/

📄 client.ts

📄 index.ts

📄 setup-teardown-pattern.ts

📄 signal-control-loop.ts

📁 simple-workflow/

📄 client.ts

📄 index.ts

📁 store-progress/

📄 client.ts

📄 index.ts

📄 timeout-fallback.ts

📄 timeouts.ts

📁 timers/

📄 client.ts

📄 index.ts

📄 try-step.ts

📄 versioned-workflow.ts

📄 SKILL.md