"Beyond Sidecars: Embracing a Sidecarless Future with Istio Ambient" ventures into the evolution of service mesh architecture, propelled by the advent of Istio Ambient. This session aims to dissect the architectural shift towards a sidecarless model, emphasizing the operational efficiencies and performance optimizations it introduces to cloud-native ecosystems.
Diving deep into the mechanics of Istio Ambient, we'll explore its core components, the elimination of sidecar proxies, and the direct impact on service-to-service communication. Key highlights include:
- A comparative analysis of sidecar-based vs. sidecarless models in service mesh, focusing on performance metrics and deployment complexities. - Technical walkthroughs of Istio Ambient integration patterns, showcasing seamless adoption in microservices infrastructures. - Best practices for migrating to a sidecarless architecture, supported by case studies of early adopters.
Designed for engineers and architects, this talk aims to equip you with the knowledge to leverage Istio Ambient effectively, ensuring you're well-prepared for the next wave of service mesh innovation.
Petr, Engineer on the Partner Team at Solo.io, comes from a background as a solution architect and developer, now focusing on Service Mesh technologies with public clouds.
Fernando Rocha, Diagrid, Customer Success Engineer
Starting a new project can be daunting. Choosing a technology for messaging, storage, workflows (and others) is a big commitment that takes time for developers. An ever increasing number of libraries, frameworks, cloud services and infrastructure lead to code sprawl, refactoring, lock-in, and security vulnerabilities, forcing developers to become experts of everything and ship code that’s hard to maintain. Switching between technologies is a risky, incredibly complex, and costly process. The flexibility is there, but it has a big price.
Meet Catalyst!
Powered by Dapr (Distributed Application Runtime), the 12th largest Cloud Native Computing Foundation project, Catalyst provides developers with APIs that remain consistent while the underlying infrastructure can be swapped out with little to no code changes. For teams using multiple programming languages or running in multiple clouds, Catalyst provides a single API for interacting with the underlying infrastructure, drastically reducing the amount of code and maintenance you’re on the hook for. Not only that, these APIs already embed best practices on security and reliability. If that's not amazing enough, Catalyst runs as-a-service, so there’s nothing to install or manage!
Join us to learn how Catalyst can add infrastructure flexibility, zero trust security, and fault tolerance to your distributed solutions with no extra development time!
Fernando is a Customer Success Engineer @ Diagrid.io specializing in distributed architectures on Dapr OSS.Fernando is also a founding member of the Cloud Native Vancouver Chapter. For the last 10 of his 15 years of experience in IT, Fernando has been helping teams modernize and innovate... Read More →
Observability is a critical aspect of MLOps, as it enables teams to gain insights into the behavior and performance of their ML models along with the underlying infrastructure in production. Kubernetes provides a platform for orchestrating ML workloads. Cloud providers such as AWS, offer a lot of tools to enable observability of MLOps. In this session, we will provide guidance for observing machine learning infrastructure and workloads running on Kubernetes in AWS.
Steven David is a Principal Solutions Architect at Amazon Web Services (AWS). He has over 20 years of experience designing solutions for large enterprises. Through these engagements he has developed deep expertise in application development technologies and methodologies. In addition... 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 →
Event driven architecture provides a robust mechanism for microservices communication over an event bus, providing scale and durability of the flows. Event Driven Microservices in recent times have gained popularity because of these reasons and are especially useful when implementing asynchronous flows.
In this talk, we will discuss strategies and framework that allows building and scaling your microservices using event driven architecture leveraging open source Netflix conductor.
Viren is the CTO at Orkes, leading core engineering.Prior to founding Orkes, Viren led engineering teams at Google building products at internet scale with Firebase and Google Play.Viren built and architected Netflix Conductor during his time at Netflix and is the key committer to... Read More →
The shift towards microservices has introduced a range of transactional complexities that cannot be efficiently managed through traditional ACID transaction models. My presentation will explore the implementation of the Saga pattern, using Apache Kafka for messaging, to ensure data consistency and integrity across distributed systems.
Principal Software Engineer with over 15 years of hands-on experience architecting and building distributed cloud-native applications. Authored a couple of books on enterprise Java application development.
Bala Siva Sai Akhil Malepati, Intel, Staff Engineer
Confidential Computing is an emerging field which makes it possible to protect and secure data in use. Microservices built for this ecosystem have fundamental uniqueness in terms of architecture and design. There are many offerings in the Confidential Computing ecosystem which can help developers build Microservices with more ease. In this session, will cover about above and more specifically fundamentals of Confidential Computing such as Attestation, Sealing, etc. along with how Microservices should be thought of, built, deployed and managed for this emerging ecosystem.
I love distributed and decentralized systems. Currently working as Staff Engineer at Intel. Working on Research and Development of Distributed and Secure Platforms and Services. Previously worked on various layers and aspects in terms of innovation, architecture, design and development... Read More →
GraphQL is powerful. SQL is powerful. Combining them safely enables data scientists, researchers, R&D engineers, and due diligence teams to validate and analyze information immediately. With NSF Engines and EDA Tech Hubs popping up everywhere, there are billions being poured into figuring out how to commercialize IP and scale revenue streams asap.
Anthony Molzahn is the CEO and co-founder of Devii, a company specializing in a middleware capable of automating the generation of GraphQL schemas and APIs for any and all SQL-based relational databases.With 16+ years of experience in B2B SaaS and startup environments, Anthony has... Read More →
In the modern era of the cloud environment, users needs to think about handling the temporary service interruptions caused by API and micro-services failure. As the applications interact with remote services and cloud resources, transient faults are more likely to be encountered. Events such as API’s throttle limits, connection failures, Quota exhaustion, power outage etc. can lead to such unwanted faults and not so good user experience.
The best practice in such scenarios is to come up with an automated and intelligent retry mechanism which can hide the temporary exceptions from the customers. Challenges faced while designing such strategy are fault identification, tracking Retry counter, appropriate log instrumentation and custom fallback. This presentation will focus on defining a smart Retry strategy along with specific guidelines to overcome such challenges gracefully. Through a deep dive into real world scenario, this session will walk-through the design/architecture of RESTful API’s to provision OpenShift VMs along with NoSQL. It will showcase the profound Retry Logic implementation using the Cron job and scheduler which can significantly improve user experience.
Vicky Deliwala is a Software Engineering Leader at Cisco Systems, who shepherds B2B API modernization. He is responsible to provide the technical thought leadership, establish innovative enterprise-level strategy and build highly resilient APIs for Commerce Workspace.12+ years of... 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.
Brijesh Deo is a CMTS in the Blockchain and Distributed Transactions Technology team in the Database organization at Oracle. He is passionate about distributed systems and cloud technologies and specializes in Kubernetes, Microservices, and Java. Brijesh has a rich industry experience... Read More →
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 integrations. 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 →
"Beyond Sidecars: Embracing a Sidecarless Future with Istio Ambient" ventures into the evolution of service mesh architecture, propelled by the advent of Istio Ambient. This session aims to dissect the architectural shift towards a sidecarless model, emphasizing the operational efficiencies and performance optimizations it introduces to cloud-native ecosystems.
Diving deep into the mechanics of Istio Ambient, we'll explore its core components, the elimination of sidecar proxies, and the direct impact on service-to-service communication. Key highlights include:
- A comparative analysis of sidecar-based vs. sidecarless models in service mesh, focusing on performance metrics and deployment complexities. - Technical walkthroughs of Istio Ambient integration patterns, showcasing seamless adoption in microservices infrastructures. - Best practices for migrating to a sidecarless architecture, supported by case studies of early adopters.
Designed for engineers and architects, this talk aims to equip you with the knowledge to leverage Istio Ambient effectively, ensuring you're well-prepared for the next wave of service mesh innovation.
Petr, Engineer on the Partner Team at Solo.io, comes from a background as a solution architect and developer, now focusing on Service Mesh technologies with public clouds.
Fernando Rocha, Diagrid, Customer Success Engineer
Starting a new project can be daunting. Choosing a technology for messaging, storage, workflows (and others) is a big commitment that takes time for developers. An ever increasing number of libraries, frameworks, cloud services and infrastructure lead to code sprawl, refactoring, lock-in, and security vulnerabilities, forcing developers to become experts of everything and ship code that’s hard to maintain. Switching between technologies is a risky, incredibly complex, and costly process. The flexibility is there, but it has a big price.
Meet Catalyst!
Powered by Dapr (Distributed Application Runtime), the 12th largest Cloud Native Computing Foundation project, Catalyst provides developers with APIs that remain consistent while the underlying infrastructure can be swapped out with little to no code changes. For teams using multiple programming languages or running in multiple clouds, Catalyst provides a single API for interacting with the underlying infrastructure, drastically reducing the amount of code and maintenance you’re on the hook for. Not only that, these APIs already embed best practices on security and reliability. If that's not amazing enough, Catalyst runs as-a-service, so there’s nothing to install or manage!
Join us to learn how Catalyst can add infrastructure flexibility, zero trust security, and fault tolerance to your distributed solutions with no extra development time!
Fernando is a Customer Success Engineer @ Diagrid.io specializing in distributed architectures on Dapr OSS.Fernando is also a founding member of the Cloud Native Vancouver Chapter. For the last 10 of his 15 years of experience in IT, Fernando has been helping teams modernize and innovate... Read More →
Observability is a critical aspect of MLOps, as it enables teams to gain insights into the behavior and performance of their ML models along with the underlying infrastructure in production. Kubernetes provides a platform for orchestrating ML workloads. Cloud providers such as AWS, offer a lot of tools to enable observability of MLOps. In this session, we will provide guidance for observing machine learning infrastructure and workloads running on Kubernetes in AWS.
Steven David is a Principal Solutions Architect at Amazon Web Services (AWS). He has over 20 years of experience designing solutions for large enterprises. Through these engagements he has developed deep expertise in application development technologies and methodologies. In addition... 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 →
Event driven architecture provides a robust mechanism for microservices communication over an event bus, providing scale and durability of the flows. Event Driven Microservices in recent times have gained popularity because of these reasons and are especially useful when implementing asynchronous flows.
In this talk, we will discuss strategies and framework that allows building and scaling your microservices using event driven architecture leveraging open source Netflix conductor.
Viren is the CTO at Orkes, leading core engineering.Prior to founding Orkes, Viren led engineering teams at Google building products at internet scale with Firebase and Google Play.Viren built and architected Netflix Conductor during his time at Netflix and is the key committer to... Read More →
The shift towards microservices has introduced a range of transactional complexities that cannot be efficiently managed through traditional ACID transaction models. My presentation will explore the implementation of the Saga pattern, using Apache Kafka for messaging, to ensure data consistency and integrity across distributed systems.
Principal Software Engineer with over 15 years of hands-on experience architecting and building distributed cloud-native applications. Authored a couple of books on enterprise Java application development.
Bala Siva Sai Akhil Malepati, Intel, Staff Engineer
Confidential Computing is an emerging field which makes it possible to protect and secure data in use. Microservices built for this ecosystem have fundamental uniqueness in terms of architecture and design. There are many offerings in the Confidential Computing ecosystem which can help developers build Microservices with more ease. In this session, will cover about above and more specifically fundamentals of Confidential Computing such as Attestation, Sealing, etc. along with how Microservices should be thought of, built, deployed and managed for this emerging ecosystem.
I love distributed and decentralized systems. Currently working as Staff Engineer at Intel. Working on Research and Development of Distributed and Secure Platforms and Services. Previously worked on various layers and aspects in terms of innovation, architecture, design and development... Read More →
GraphQL is powerful. SQL is powerful. Combining them safely enables data scientists, researchers, R&D engineers, and due diligence teams to validate and analyze information immediately. With NSF Engines and EDA Tech Hubs popping up everywhere, there are billions being poured into figuring out how to commercialize IP and scale revenue streams asap.
Anthony Molzahn is the CEO and co-founder of Devii, a company specializing in a middleware capable of automating the generation of GraphQL schemas and APIs for any and all SQL-based relational databases.With 16+ years of experience in B2B SaaS and startup environments, Anthony has... Read More →
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.
Brijesh Deo is a CMTS in the Blockchain and Distributed Transactions Technology team in the Database organization at Oracle. He is passionate about distributed systems and cloud technologies and specializes in Kubernetes, Microservices, and Java. Brijesh has a rich industry experience... Read More →
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 integrations. 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 →
