Building asynchronous, event-driven systems can be daunting. Managing states, ensuring resilience, maintaining traceability, and handling a myriad of other challenges often require more effort than building the functionality itself. This talk will dive into my journey at Twilio, where I faced these complexities firsthand and turned to workflow orchestrators as a solution. I'll share practical examples from our projects, the challenges we faced, and how we overcame them.
We will explore the landscape of various workflow orchestrators, using our experience to highlight why we chose Temporal over other options like Apache Airflow and AWS Step Functions. Moreover, we'll examine strategies for handling partial and known failures, and how orchestrators can simplify and expedite these processes.
In the end, the audience will take away an in-depth understanding of workflow orchestrators' transformative role in asynchronous systems, empowering developers to build reliable, efficient, and easy-to-navigate systems.
- Gaining insights into the challenges encountered while developing asynchronous systems, including state management, resilience, traceability, observability, and maintainability.
- Understanding the value of workflow orchestrators in building reliable and efficient asynchronous systems, and how they can significantly reduce the development overhead.
- Understanding different workflow orchestrators available today, and their unique features and suitability for various use cases.
Sai Pragna Etikyala
Technical Lead @Twilio
Sai Pragna Etikyala is a Technical Lead at Twilio, currently leading the team responsible for A2P 10DLC compliance for messaging. Utilizing her extensive experience with asynchronous systems, she has efficiently re-architected Twilio's complex compliance systems, leading to notable improvements in manageability and operational efficiency. Before joining Twilio, she worked at Amazon Web Services, Yahoo, and Cerner. Throughout her tenure at these companies, she developed robust end-to-end solutions and successfully managed complex operations. This has enriched her expertise not only in asynchronous computing but also in software development, cloud computing, and healthcare IT solutions. She holds a Master's degree in Computer Science from Arizona State University. Her innovative and agile approach to software engineering and leadership distinguishes her as a significant contributor to the telecommunications realm and beyond.