Aman Sardana, Discover Financial Services, Senior Principal Application Architect
Have you ever wondered what it takes to create resilient and highly available platform services that support mission-critical software systems? Please join me to find out how you can set the right strategy and foundational architecture for building platform services that businesses can trust for their most critical workloads.
Payment systems that support real-time transaction processing are expected to be highly available and highly responsive 24/7/365. These systems must be fault-tolerant and resilient to any failures that might happen during payment transaction processing. Mission-critical payment systems with distributed architecture often depend on platform services like distributed caching, messaging, event streaming, databases, etc. that should be independently designed for high availability and fault tolerance. In this talk, I’ll share the approach we took for architecting and designing platform services within the payments domain that can be applied to any domain that supports business-critical processes. This methodological approach starts with establishing a capability view for platform services and then defining the implementation and physical views. You’ll also gain an understanding of other aspects of platform services like provisioning, security, observability, testing, and automation that are important for creating a well-rounded platform strategy supporting business-critical systems.
Senior Principal Application Architect, Discover Financial Services
I am a technology professional working in the financial services and payments domain. I’m a hands-on technology leader, enabling business capabilities by implementing cutting-edge, modernized technology solutions. I am skilled in designing, developing, and implementing innovative... Read More →
Microservices are currently the architecture du jour for building cloud native applications. This session will describe how microservices, each with their own database, can work together to ensure the data they maintain is consistent with the databases of other microservices. Deciding on a pattern to guarantee data consistency is dependent upon many factors. This session will describe some of those factors and provide practical solutions to ensuring data consistency across a broad range of microservices. At the completion of this session, attendees should understand that it's more important to determine the context and requirements for their application than just going with the current mantra. Hopefully this will lead them to consider simpler design patterns that have been discarded for no other reason than someone decided they're an anti-pattern.
Todd Little is chief architect for transaction processing products at Oracle, including the Oracle Tuxedo product family, Oracle Blockchain Platform, and Oracle Transaction Manager for Microservices (MicroTx). Todd is responsible for defining the technical strategy and direction for... Read More →
Artificial Intelligence is rapidly transforming every facet of our lives, including the way we approach API development. In this talk, we will explore the profound impact AI will have on developers and the necessary steps to harness its full potential. The future of API development will focus heavily on an API-Contract First approach, where developers become architects defining APIs and data flows. The implementation will then be assisted by various AI tools.
Join us to discover how tools like APICHAP enable developers to implement APIs for your services and integrate with any datasource in just a few seconds. Learn how to leverage the power of AI in your daily development work. In the future, the best API developers won't just write code—they'll design the blueprint for AI to follow.
Dominik is an API Advocate with over a decade of experience in building hundreds of APIs, backends, and system integrations. Throughout his career, Dominik has witnessed the evolution of APIs, from the rise of REST APIs and API-Contract development to the advent of AI-assisted API... Read More →
The infrastructure of major cloud providers and private data centers spans countries and continents. This makes it possible to build multi-region microservices that serve user requests with low latency from nearly anywhere, tolerate all sorts of possible outages, and comply with data regulatory requirements.
This hands-on session introduces you to design patterns for building scalable and fault-tolerant microservices that span distant locations. You'll learn the patterns by building a sample microservices. We'll start with a traditional single-region configuration and then switch to a multi-region setting. In the end, we'll have a working prototype of an microservices that handles user traffic with low latency in North America, Europe, and Australia.
Amit Chauhan is a Principal Engineer at Yugabyte with a deep passion for Microservices and API architecture. In his current role, he collaborates with Fortune 500 enterprises to architect their business applications with scalable microservices and geo-distributed, fault-tolerant data... Read More →
