Tusk

AI verification layer that writes and heals tests from live traffic

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Screenshot of Tusk, AI verification layer that writes and heals tests from live traffic

What is Tusk?

Tusk generates and maintains automated tests for API, unit and integration testing, using live production traffic to catch regressions in pull requests. It runs through a CLI with autonomous test iteration and self-healing suites. Note that the company has announced it is sunsetting.

Tusk is an AI verification layer aimed at teams that ship code with coding agents and want a safety net before merge. Its pitch is straightforward: use production traffic and business context to generate test cases that catch real world regressions, rather than relying on synthetic examples that never touch how the product is actually used. The company reports that its generated tests surface issues in 43% of pull requests, and it frames the product as a way to keep agent written code honest without slowing engineers down. In practice the workflow runs through a CLI. A single install command sets Tusk up in the service root, and a setup command configures Drift, the component that works from real API traffic. From there Tusk adds generated tests locally or to an existing branch, runs them locally or in CI, and comments on pull requests with the suites it has produced. The system is described as fully autonomous: when a generated test fails on its own errors, it iterates without a human prompting an AI copilot back and forth. Existing suites are maintained too, with self-healing tests refreshed on every commit so they track current business logic. Coverage is the headline outcome. Tusk positions itself around reaching coverage goals, fixing functional bugs, and detecting regressions in the pull request stage, alongside enforcement of coverage and quality requirements. Published customer accounts describe large jumps: Hamming moving from roughly 2,500 to more than 7,000 tests on a core area within a month, and TeamFeePay attributing about three quarters of a recent coverage increase on a legacy codebase to Tusk. Buyers should note a significant caveat that appears on the site itself: a resources post dated June 2026 announces that Tusk is sunsetting. That makes the listing relevant mainly to teams evaluating the approach or reading the case studies rather than planning a long term rollout. Pricing is not published on the homepage, and evaluation starts through a demo request.

How do you use Tusk?

  1. 1Review the docs and book an evaluation
    Start with the automated tests documentation to understand how Drift and generated coverage work, then book a demo to discuss access and pricing, since neither is published on the site.
    Tusk — Review the docs and book an evaluation
  2. 2Install the Tusk CLI in your service root
    Run the install script from the service root to add the Tusk CLI to your environment. This is the only setup step the homepage shows before configuration.
    Tusk — Install the Tusk CLI in your service root
  3. 3Configure Drift for your service
    Run tusk drift setup to configure the traffic based test generation. Use tusk drift list and tusk drift run to inspect and execute the suites it produces.
  4. 4Add generated tests to a branch
    Have Tusk write tests locally or onto an existing branch, then commit them like any other change so they go through your normal review path.
  5. 5Wire Tusk into CI and pull requests
    Run the generated tests in CI so each pull request is checked for regressions before merge, and let the self-healing behaviour refresh suites on later commits.

Pros and cons

Pros

  • Generates tests from real production traffic, which targets regressions synthetic examples tend to missAI
  • Fully autonomous iteration: it retries and fixes its own failing tests without copilot back and forthAI
  • Self-healing suites are refreshed on every commit so tests keep pace with changing business logicAI
  • Setup is a single CLI install plus one configuration command, and it fits existing CI and pull request reviewAI
  • Published case studies from named engineering teams document substantial coverage gains on core and legacy codeAI

Cons

  • The company has announced that Tusk is sunsetting, so new adoption carries obvious continuity riskAI
  • No pricing is published on the site, which means cost can only be established through a sales conversationAI
  • The workflow is CLI driven, so teams without engineering bandwidth for setup and CI wiring will find it heavier than a managed serviceAI
  • Effectiveness depends on having meaningful live traffic to learn from, which is a weak fit for new or low volume servicesAI
  • Most evidence of results comes from vendor published case studies rather than independent benchmarksAI

How much does Tusk cost?

Support

Support runs through a demo booking flow and published documentation. Customers quoted on the site describe the team as responsive and note that help continued after onboarding, though no formal support tiers are described.

Learn more

Integrations

The homepage references CI/CD pipelines and pull request workflows, with GitHub style checks shown in the product demo. A Tusk CLI is documented for local and CI use. No named third party integrations are listed on the homepage.

Features

Core capabilities include generation of API, unit and integration tests from live traffic and business context, autonomous self-iteration when generated tests fail, self-healing maintenance of existing suites on every commit, a CLI for setup and local or branch based test runs, pull request checks in CI, and coverage and code quality enforcement. Tusk Drift targets API regressions specifically.

Learn more

Frequently asked questions about Tusk

  • How do you use Tusk?
    The walkthrough on this page covers 5 steps: 1. Review the docs and book an evaluation 2. Install the Tusk CLI in your service root 3. Configure Drift for your service 4. Add generated tests to a branch 5. Wire Tusk into CI and pull requests.
  • What platforms does Tusk support?
    Tusk is available on Web App, MacOS, Linux and Windows.
  • What does Tusk integrate with?
    The homepage references CI/CD pipelines and pull request workflows, with GitHub style checks shown in the product demo. A Tusk CLI is documented for local and CI use. No named third party integrations are listed on the homepage.
  • What are the limitations of Tusk?
    The company has announced that Tusk is sunsetting, so new adoption carries obvious continuity risk. No pricing is published on the site, which means cost can only be established through a sales conversation. The workflow is CLI driven, so teams without engineering bandwidth for setup and CI wiring will find it heavier than a managed service.

Status

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Added10/21/2026

Platforms

Web AppMacOSLinuxWindows

Pricing

Paid