testRigor alternative: Plain English on top. Different machines underneath.
testRigor is the most credible name in natural-language testing, and this page treats it that way. The real split is not the language — it is what gets stored under your English, where the browser lives, and what a verdict is allowed to mean.
Last reviewed · See a real graded run
What testRigor genuinely gets right
Platform breadth on one language
Web across browsers, native and hybrid iOS and Android, native Windows desktop, API calls with response validation, email and SMS flows, even mainframe — all driven from the same English. If you need mobile and desktop coverage this quarter, they have it and we do not.
A real on-ramp for manual QA
Recorder to editable English to AI-generated steps is a genuine path for non-engineers, and the free-forever tier for public test suites is a generous way to learn it. This category owes them for proving plain-English authoring at scale.
An honest healing audit trail
When their AI repairs a step, the step is labeled fixed-by-ai with a warning — transparency many rivals skip. And the company is no fly-by-night: they cite a 2023 Gartner Cool Vendor nod and a 2025 Inc. 5000 ranking (their numbers, not ours).
A locator by another name
What testRigor stores and shows you is English — and to be precise, it is not a brittle XPath or CSS selector. Their engine searches by visible text first, then placeholders, test IDs, labels and other attributes. That is genuinely better than a DOM path.
But read their own self-healing page: on the first successful run the system will "internally record the end-user's way of explaining your locator" — and later runs replay that recorded association until it breaks, at which point healing re-binds it. That is the whole story of self-healing: it exists because a stored binding exists. The English is the label; the binding is the test.
- Their artifact: English steps, plus an internal element association bound on first success and replayed after — repaired by AI when the app drifts.
- Our artifact: intent — a prompt and an expected outcome in versionable YAML. There is no selector layer anywhere in the file, so there is no binding to break and nothing to heal.
- Why it matters: a healed step is a guess that the new element is the old one. An intent-driven run never guesses backwards — it re-reads the live page against the stated expectation, every run.
Their marketing promises "99.5% less test maintenance" than Selenium. We would rather make the structural point: maintenance shrinks when the thing that decays — the element binding — is repaired automatically. It disappears when that thing is never stored at all.
Your Chrome is already inside
testRigor runs your tests on their servers — their FAQ says so plainly, and pitches it as a feature: no infrastructure to manage. For a public marketing site, it is one.
For the app your team actually ships — behind a VPN, behind Okta, full of real staging data — a cloud browser is on the wrong side of the wall. testRigor can get through: whitelist their static IPs, configure your own VPN or proxy in their settings, set up tunneling, or buy on-premise. Every one of those is real, documented, and work — a security exception filed so a vendor's browser can imitate the access your own machine already has. Nothing in their docs claims tests can reuse your live logged-in session; the documented model is a cloud browser that signs in with scripted steps (their 2FA and SMS integrations are how a scripted sign-in gets through those gates).
- TestAutomate drives your actual Chrome. Real logged-in sessions, behind your VPN and SSO, on real staging data — because the browser doing the testing is the one that already has access. No allowlist ticket, no tunnel, no test-only auth path.
- Unattended runs stay honest. A named Auth Catalog (email/password, Google, Okta, magic links, TOTP) handles sign-in for scheduled runs, with a live view and click-to-take-over when SSO or 2FA needs a human.
- Mid-run questions go to you. The agent can ask a human when reality is ambiguous, instead of guessing in a data center.
Their recent codeCake self-hosted agent CLI acknowledges the problem — an agent placed inside third-party environments, syncing to their cloud suite. We think the simpler answer is the browser you already trust.
Red/green is a light, not a grammar
testRigor's documented outcome grammar is pass or fail: the test goes green or red, with screenshots, logs, error messages and video attached, and reports downloadable as PDF or Word. That evidence trail is solid. The grammar is not.
- Where does a broken environment land? In a red/green world, a dead staging server and a product bug are the same color. Our verdicts are pass / fail / blocked — a broken environment can never be reported as a false fail.
- Who confirms a failure? Their FAQ describes reasonable retries for timeouts and browser crashes. We do something stronger: no failure is reported until a second, stronger model re-drives the journey and agrees. Nobody else does two-model failure confirmation.
- Is a retried pass labeled? Not documented on their side. On ours it is mandatory: a pass on retry is marked "passed on retry", never laundered into a clean green. Renamed-but-equivalent UI passes with an advisory flag instead of triggering a repair.
Every verdict we hand you comes with a scrubbable replay and an itemized judgment per expectation, shareable by link, exportable to PDF — and attached to the bug we help you file. Which brings up the loop itself: their documented Jira integration is a Create-an-issue-in-Jira button on a failed test — one click, one direction. Checking the tracker for an existing duplicate first is not documented, and neither is closing the issue once the fix verifies. Our bug loop runs the whole circle: search the tracker, dedupe against it, file with evidence (always confirm-gated), then re-verify the fix and transition the issue closed.
Four design choices, one theme
Store intent, not bindings
Prompt + expected outcome in portable YAML. No element association is ever recorded, so app drift changes nothing about the artifact — the run re-reads reality each time.
Test from inside the wall
Your Chrome, your session, your VPN. The access problem their whitelists, tunnels and on-prem tier exist to solve simply does not occur.
Grade, don't just color
Pass, fail, blocked, advisory flags, labeled retry-passes — and a second model must confirm every failure before you hear about it.
Charge nothing on the meter
Bring your own key and model spend passes through at provider list price with a live dollar meter and a hard ceiling. No key? Managed credits at provider price + 15%, both numbers shown.
Side by side
| testRigor | TestAutomate | |
|---|---|---|
| What you write | Plain English — typed, recorded, or AI-generated | Plain English — typed or voice-dictated |
| What is stored & replayed | English steps + an internal element association recorded on first successful run, re-bound by self-healing when it breaks | Intent: prompt + expected outcome in versionable YAML — no selector layer exists in the artifact |
| Where tests execute | Their cloud servers by default; on-premise offered | Your own Chrome; self-hosted runner or cloud browsers for unattended runs |
| VPN'd staging & SSO | Reachable via static-IP whitelisting, your own VPN/proxy, tunneling, or on-prem | Already inside — it is your browser, your session, your network |
| Logged-in session state | Cloud browser signs in via scripted steps; reusing your live session is not documented | Real logged-in sessions, plus a named Auth Catalog for unattended sign-in |
| Verdict grammar | Pass or fail — no documented verdict for a blocked environment distinct from failure | Pass / fail / blocked, advisory flags, "passed on retry" labels |
| Failure confirmation | Reasonable retries for timeouts and browser crashes (their FAQ's wording) | A stronger model re-drives every failure and must agree before it is reported |
| Evidence per verdict | Screenshots, logs, error messages, video; reports export to PDF/Word | Scrubbable replay + itemized verdict per expectation, share-by-link, PDF, evidence attached to filed bugs |
| Bug-tracker loop | Jira: one-click issue creation from a failed test; dedupe and close-on-fix not documented | Dedupe against the live tracker, confirm-gated filing with evidence, close-fixed transitions after re-verification |
| Pricing model | Infrastructure/parallelization licenses: free public tier; private from $300/mo (sign-up page, as of Sep 1, 2026); mid-tier price unpublished | BYOK at provider cost — never marked up — with live meters and hard budget ceilings; managed keys at provider price + 15%, shown |
| Test export | English test files can live in your repo via their agent CLI; bulk export or migration to another framework not documented; only their cloud interpreter runs them | Portable human-readable YAML, one-click full-suite export |
| Self-hosting | On-premise available on request; self-hosted agent CLI still syncs to their cloud | Entire stack self-hosts on Node + Postgres — self-host and BYOK together |
One row deserves a plain-language footnote: their pricing is honestly unit-priced — infrastructure and parallel capacity, not seats or test counts, and anyone in the company can log in. What it is not is fully published: the "most popular" tier has no public number, and the pricing itself lives on the sign-up page rather than a standalone pricing page. Ours is arithmetic you can check against your provider's price list.
TestAutomate vs testRigor, asked directly
Isn't testRigor selector-free too?
It is free of hand-written selectors, and its runtime search (visible text first, then attributes) is smarter than XPath. But their self-healing documentation describes recording an internal element association on the first successful run and replaying it until it fails — at which point AI re-binds it. That is a locator lifecycle, managed well. TestAutomate stores only the prompt and the expected outcome; there is no recorded association to replay, break, or heal.
Can testRigor test apps behind a VPN?
Yes — we won't pretend otherwise. Their documented paths are whitelisting their static IPs, supplying your own VPN or proxy in settings, tunneling, or an on-premise deployment. The difference is ergonomic: each of those is security work you do so an outside browser can get in. TestAutomate runs in your own Chrome, which is already in.
Which one costs less?
We can only compare what is published. As of September 1, 2026 their sign-up page lists a free public tier, a private tier from $300/month, an unpublished "most popular" tier, and custom enterprise pricing — billed by infrastructure and parallelization, with unlimited users. TestAutomate passes model spend through at your provider's list price on your own key, with a live meter and a hard ceiling; managed credits show provider price + 15% explicitly. We will not quote their mid-tier because they don't.
Can I take my tests with me?
testRigor's recent agent CLI lets English test files live in your repo, which protects the prose — but those files only execute on their cloud interpreter, and no bulk export or migration path to another framework is documented. TestAutomate tests are human-readable YAML with one-click full-suite export, and the whole stack (Node + Postgres) self-hosts. Leaving us is a copy, not a rewrite.
Does TestAutomate cover mobile apps like testRigor does?
No. testRigor drives native and hybrid iOS and Android, Windows desktop, API checks, email and SMS, and mainframe from one language — a real advantage. TestAutomate is web-first: your Chrome, your sessions, your staging. If mobile-native coverage is your gating requirement today, they are the safer pick, and the full comparison grid says so too.
Bring the app they can't reach
Point TestAutomate at the staging environment behind your VPN, in your own logged-in Chrome, and watch a graded verdict arrive with a replay attached — at your provider's list price.