Functionize sells a platform. agent-qa is the QA agent that learns inside your workflow.
Functionize packages AI testing as an enterprise platform sale. agent-qa keeps test ownership, model choice, and verification evidence in the developer workflow, no platform between you and your proof.
Try agent-qa, the source-available workflow your coding agents can run and remember.
agent-qa vs Functionize
| Capability | agent-qa | Functionize | Details |
|---|---|---|---|
| Source access | Functionize is not positioned as a repo-owned framework with published source, so behaviour you disagree with is a support ticket. With agent-qa it is a pull request. | ||
| Repo-owned YAML | Functionize keeps the test intent inside its own product. agent-qa keeps intent, config, hooks, memory and suites beside the code they cover, where your engineering process already works. | ||
| Coding-agent native | A coding agent cannot click through a hosted editor. agent-qa ships MCP tools, packaged Skills and a CLI, so the agent that changed the code writes the test, runs it and reads the failure without leaving the loop. | ||
| Bring your own LLM | Whoever picks the model sets your quality ceiling and your bill. agent-qa lets you point at any provider, any compatible endpoint, or a model on your own hardware, and change it in one line. | ||
| Local and CI execution | One command on a laptop, in CI, and from an agent. No run depends on somebody else's control plane being up, and nothing queues behind another tenant. | ||
| Web and mobile QA | Web, Android and iOS from the same natural-language flow and the same evidence model. The surface is a target named in a file, not a different product tier. | ||
| Memory, cache, hooks | Execution memory, a validated action cache and sandboxed hooks compound. A suite that has been running a month is faster, cheaper and better informed about your app than the day it was written. | ||
| No platform lock-in | Every durable asset stays in your repository. Cancel agent-qa tomorrow and the tests, the memory and the evidence are still there and still readable. |
Why teams switch from Functionize
You pick the model, not the vendor
Functionize decides which AI runs your tests, when it changes, and what it costs you. agent-qa is bring-your-own-model: swap providers in one line, put a cheap model on smoke tests and a strong one on the flow that matters, or run against the internal endpoint your security team already signed off.
Your tests stop being hostages
Every test you write in Functionize makes leaving Functionize more expensive. That is not an accident, it is the business model. Every test you write with agent-qa is a YAML file in your repository: reviewed in a pull request, portable to any runner, and still yours the day you cancel.
Platform AI is a black box; repo AI is a diff
When Functionize's cloud AI adapts a test, the adaptation happens inside the platform. When agent-qa adapts, the evidence lands in run artifacts and memory files you can read, and the test itself stays a reviewable YAML document with a git history.
Functionize wraps AI testing in an enterprise platform. agent-qa strips the platform away and leaves what teams actually need: intent in YAML, adaptation with receipts, memory in the repo.
Frequently asked questions
Is agent-qa a good Functionize alternative?
Yes, and the reason is structural rather than a feature count. Functionize is an enterprise AI testing platform where authoring, execution, and AI adaptation happen in the vendor's cloud, which means the asset you are building lives on their side of the line. agent-qa is a source-available QA agent with no paid tier, governed by FSL-1.1-ALv2: tests are plain-English YAML in your repository, runs execute on your laptop, in your CI, or from your coding agent, and every run writes back into memory committed beside the tests. The suite gets better at your app whether or not you renew anything.
How much does agent-qa cost compared to Functionize?
Functionize is priced on enterprise platform contracts, so the bill tracks how much you test. agent-qa has no paid tier, no seats and no platform fee; FSL-1.1-ALv2 governs permitted use. You pay for the model tokens and infrastructure you already control, on the provider you choose, and the validated action cache takes roughly 60% of the tokens off a matched rerun. Adding coverage does not add a line item.
How do I migrate from Functionize to agent-qa?
You are re-describing intent, not porting code, which is why this is far smaller than a normal test migration. Inventory the journeys your Functionize suites cover and restate each as an agent-qa plain-English test; the AI adaptation you relied on comes along, but inspectable this time. Run npx agent-qa init, write each critical flow as a plain-English YAML test, and let the runtime work out the selectors and the recovery. Most teams move a smoke suite in an afternoon, and there is nothing to un-pick later because the output is files in your own repository.
Does agent-qa cover web and mobile like Functionize?
Yes, and from the same file. agent-qa runs end-to-end tests on web, Android and iOS with one natural-language format, one memory store and one evidence model, so a flow written once survives being pointed at another surface. agent-qa's mobile support uses the same YAML contract and CLI as web, so one skill set covers both surfaces.
How does agent-qa's self-healing compare to Functionize's?
Both adapt when the UI changes. The difference is transparency and ownership: agent-qa re-plans from natural-language intent, records what changed in file-backed memory, and caches the corrected plan, all in artifacts your team can audit rather than a platform's internal state.
Sources
This page is based on public product and documentation sources. Verify current features and pricing with each vendor before making a purchase decision.
Where agent-qa pulls ahead of Functionize
The parts of agent-qa that answer what Functionize leaves you carrying.
Natural-language tests
Write actions and assertions in plain English; agent-qa resolves them against the live interface.
Learn about natural language testsPlain-English YAML
Describe the behavior once; it stays as reviewable YAML in your repository.
Learn moreExecution memory
Turn successful runs into reviewable, evidence-backed memory that makes every future run faster.
Learn about memoryProven before it is used
New knowledge must pass replay and live evidence before guiding a run.
Learn moreFaster warm runs
Reuse proven flows and supersede stale facts instead of rediscovering them.
Learn moreA run leaves evidence
Elements that resolved, a flow that worked, and timings that are real, all attached to the steps that produced them.
Version controlled, built for teams
Tests, knowledge, and rules stay as reviewable files shared by teammates, agents, and CI.
Learn about configurationFiles, not a database
Tests, config, memory, and rules stay as files your team can inspect and own.
Learn moreLearning arrives as a diff
New memory and issues arrive as pull-request diffs, with their evidence.
Learn moreOne commit everywhere
Humans, coding agents, and CI share the same knowledge from one commit.
Learn more- Tests
- Configs
- Memory
- Self improvement
- Knowledge
- Engineeragent-qa
- QA engineeragent-qa
- Coding agentagent-qa
- CIagent-qa
Bring your own model
Switch providers, endpoints, or models in config without rewriting a single test.
Learn about LLM providersUse your existing seat
Run with supported Codex or Claude Code subscriptions, with no second bill.
Learn moreCompatible endpoints and Codex subscription workflows.
Compatible endpoints and Claude Code subscription workflows.
Gemini configs with named credentials.
Cloud and open model workflows through compatible endpoints.
Open model workflows through compatible endpoints.
Cloud and open model workflows through compatible endpoints.
Cloud model access through compatible endpoints.Local models through compatible endpoints.
Desktop local model workflows via compatible servers.Route compatible requests across a broad hosted model catalog.
MiMo model workflows through compatible endpoints.
Hunyuan model workflows through compatible endpoints.
DeepSeek model workflows through compatible endpoints.
GLM model workflows through compatible endpoints.
MiniMax model workflows through compatible endpoints.
Nemotron open models through compatible endpoints.
Step model workflows through compatible endpoints.
Ling open models through compatible endpoints.
* This comparison is based on publicly available information. Product capabilities and pricing can change; verify details with each vendor before making a purchase decision.