SwiffyLabs is a world-leading B2B SaaS platform headquartered in Bangalore, with strategic offices across key global financial hubs. We are revolutionizing the financial industry by empowering both established institutions and emerging fintech innovators to launch and scale cutting-edge lending and payment products.
Our cloud-native, AI-driven platform is built for speed, efficiency, and uncompromised security. In our fast-paced environment, we value Extreme Ownership, high technical craftsmanship, and an unwavering commitment to shipping reliable software at startup velocity.
Overview :
SwiffyLabs is hiring an SDET Lead to own end-to-end quality architecture for our cloud-native B2B fintech platform. You will build scalable test frameworks using TypeScript and Playwright, translate complex lending/payment workflows into automated suites, and act as the final sign-off authority for production releases.
The Role :
As an SDET 3 / Lead SDET, you will be the quality architect and strategy driver for our core B2B SaaS platform. This is a hands-on technical leadership role designed for someone who pairs deep hands-on expertise in TypeScript and Playwright with a sharp business mind.
You won't just write automation scriptsyou will architect resilient quality frameworks, influence product design, mentor junior/mid-level SDETs, and ensure our multi-tenant fintech engine executes complex financial workflows flawlessly. You will own the quality narrative across the entire SDLC and serve as the final gatekeeper for production deployments.
Key Responsibilities :
- Automation Architecture : Design and maintain E2E UI and API automation frameworks using TypeScript and Playwright.
- CI/CD Integration : Embed automated test suites into deployment pipelines (GitHub Actions/GitLab CI) for continuous testing.
- Business Logic Testing : Validate complex SaaS/fintech workflows including multi-tenant isolation, RBAC, lending calculations, and ledger balances.
- Quality Governance : Own release sign-offs, production readiness assessments, and root-cause analysis (RCA) for live defects.