Senior Software Engineer
Pubblicato il 04-10-2026 - Shopfully in Italia
We are the platform turning browsing into shopping. We connect 200 million shoppers with deals they love while boosting local sales for hundreds of top retailers and brands.
We help consumers save time and money while making smart shopping decisions, and we support retailers and brands in engaging customers from online research to in-store purchases.
In 2024, Shopfully joined forces with the North American company Flipp, creating a global leader in the sector. Together, we reach 400 million households and serve over 1,000 top retailers and brands across 27 markets, including Europe, Canada, the USA, Latin America, and Australia.
Ready to spark your growth with us?
WHO WE LOOK FOR ?
We are looking for a Senior Software Engineer to join our Audience Platform team within Ad Products.
In this role, you will own and extend the high-throughput, low-latency backend systems, event-driven architectures, and distributed data pipelines powering 1P, 2P, and 3P audience data for Flipp and Shopfully.
We are looking for a high-autonomy senior contributor who doesn't just write code,
but owns production services end-to-end, drives system design decisions, scales core tables running into tens of billions of rows, and leverages cutting-edge AI tools to maximize engineering throughput.
If you are passionate about backend engineering, low-latency architectures, data at scale, and ad-tech innovation, this role is for you
WHAT YOU WILL DO ?
Own & Extend the Audience Platform: Architect, build, and scale core backend systems including the Audience API, Audience Kafka Topics, User Profile API, Audience Management UI, and 2P/3P data ingestion infrastructure.
Drive Integrations & Data Pipelines: Build and maintain high-volume activation platform integrations (e.g., DV360, Braze, TTD) and collaborate on Databricks segmentation pipelines and core data tables running into tens of billions of rows.
Ensure High Performance & Observability: Design and operate low-latency, high-throughput microse