For over a decade, engineering teams have been forced to rent underpowered virtual machines across the world just to click a button on a phone screen. We believe test execution belongs directly on the developer's native silicon.
Hi, I’m Faraz Ahmed.
I discovered Software QA during my university years. What started with an SQA class, Cypress, and a curiosity for finding things that others missed eventually became my career.
After graduating, I worked across different teams and products as an SQA Engineer, moving from manual testing into automation, API and database testing, mobile testing, and eventually leading QA teams and processes.
And the more I worked in QA, the more I noticed the same problems — fragile automation, difficult mobile testing, flaky workflows, and too much time spent fighting the tools instead of testing the product.
Eventually, I started asking myself:
That question became Gravity QA.
I’m building it from the perspective of someone who actually uses these tools every day — with the goal of making QA faster, more reliable, and closer to the engineer and the system being tested.
And while building Gravity QA, that journey led to Graviton — our deeper attempt to rethink mobile automation from the ground up.
“Gravity QA is built from the problems I’ve experienced firsthand. And I’m building the tools I always wished I had.”
Cloud device farms add 400ms+ of WAN video streaming latency to every assertion. Gravity QA runs directly on your local workstation's hardware pipelines, unlocking instant sub-16ms touch responses.
Test suites shouldn't shatter whenever a product designer adjusts a CSS class or button coordinate. Graviton computes structural AST heuristics to autonomously resolve shifting elements.
No proprietary build artifacts, session credentials, or internal API tokens leave your corporate subnet. Completely compliant with strict banking, defense, and HIPAA constraints.
Stop running separate fragmented tools for mobile devices, web browsers, and backend API mocks. Gravity syncs network traffic, device logs, and assertions in one deterministic timeline.
Built the low-level ADB daemon bypass, native screen compositor streaming at 60fps, and high-throughput bidirectional gRPC harness.
Integrating dynamic accessibility-tree heuristics, automated selector self-healing, and multi-device parallel execution grids.
Native macOS USB driver for physical iPhones and iPads with zero WebDriverAgent overhead, plus optional encrypted CI runners.
Join leading mobile and web engineering teams on the private preview waitlist today.