/Case studies/Rocket
AI / No-Code

AI testing services for next-gen no-code app platform

The way we helped Rocket improve the quality of its AI-generated applications, stabilize their platform, and release their iOS mobile product.

Client

Rocket

Team

Dedicated QA engineers

Engagement

Ongoing

Platforms

Web, iOS

Technologies and tools

Bugasura
BrowserStackBrowserStack
LinearLinear
SupabaseSupabase
GitHubGitHub
Key metrics

Results by the numbers

Test coverage increase

40+

Connectors validated

iOS v1

Mobile app released

100%

Guardrail pass rate

5+

UI bug patterns identified

Daily

Agile QA engagement

About the project

Here's a bit about Rocket

Industry

AI / No-Code

Engagement

Ongoing

Platforms

Web, iOS

Integrations

40+ connectors

Rocket is an AI-driven no-code platform that empowers users to generate fully functional web and mobile applications using natural language prompts. Its platform competes in the rapidly growing AI application builder market, alongside tools like Loveable and Emergent Mind, giving non-developers the ability to create production-grade apps without writing a single line of code.

Rocket offers a distinct value proposition: users describe what they want to build, and the AI generates the application, complete with UI, data layer, and third-party integrations, in real time. As the platform matured, the team recognized that AI-generated applications introduced a new class of quality challenges that traditional QA methods were not equipped to handle.

Impact

Before and after QAble

Before QAble

With QAble

Weeks of manual regression testing required

Cross-template UI regression suite created

AI-generated UI inconsistent across templates

Prompt consistency tested across all templates

No tests executed after developer pull requests

A mini test suite executes after every PR

LLM only supported short, simple prompts

LLM tested and validated for long-form prompts

No special testing environment for AI output

Guardrail and hallucination testing implemented

No third-party connector testing

40+ third-party connectors fully validated

No mobile QA process, iOS app unreleased

iOS mobile application tested and released

Unstructured approach to validating AI output

Structured AI output validation framework established

Supabase data-layer issues undetected in generated apps

Supabase-related bugs identified and resolved
Our approach

Our engagement

Our QA experts joined the Rocket team to implement comprehensive AI-aware testing for their platform. The primary goal was to enhance product quality and minimize the risk of issues creeping into production. Leveraging deep expertise in LLM behavior, our team built a testing framework from scratch covering functional, UI, mobile, integration, and prompt validation.

Additionally, our QA engineers introduced structured regression testing cycles within the Agile sprint process. Daily standups, sprint-aligned test planning, and real-time defect reporting ensured that every release was validated thoroughly. One major outcome was reducing regression cycle time from weeks to a single overnight run.

Another key objective was to stabilize the AI generation engine. We discovered that identical prompts produced inconsistent results across different templates, a checkbox component worked correctly in one template but failed in another. By building cross-template coverage, we helped stabilize the full template library. The team's expertise not only ensured efficient testing but also enabled Rocket to ship their iOS mobile application for the first time.

Engagement highlights

AI-aware testing framework built from scratch
Cross-template prompt consistency matrix
Regression cycle: weeks reduced to overnight
40+ third-party connectors validated
Guardrail and hallucination testing added
First iOS release enabled by QAble
Services provided

What QAble delivered

Services

01

UI and functional testing

Our team designed a comprehensive UI regression suite spanning all component types generated by the Rocket AI engine. We established cross-template parity testing protocols and a living defect taxonomy for AI-generated UI issues. Systematic exploratory testing surfaced bugs that manual testing alone would have missed, particularly Supabase-related data display issues and form component rendering defects.

Cross-template UI regression suite
AI-generated component coverage
Supabase data display bugs found
Living defect taxonomy built

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