Dapr Day is a virtual event for developers and platform engineers to learn about Dapr, the distributed application runtime, a graduated CNCF project used by many organizations to build secure and reliable microservices and agentic AI systems.
During Dapr Day, you’ll hear from users how they use Dapr in production and learn from subject matter experts and maintainers how to use the latest Dapr features. Scroll down to see the full agenda and register for free!
Dapr Day will be held on November 5th, 2025, 17:00 - 21:30 CET / 8am - 12:30pm PST.
Dapr Day is a free community event that is open for everyone. Register using the form below. You’ll first receive a confirmation email. A week before the event you’ll receive another email with the link to join the live event.
Dana Arsovska, Cecil Phillip & Marc Duiker | Dapr Community Managers
Mark Fussell & Yaron Scnheider | Dapr co-creators
Fabian Steinbach | Software architect at ZEISS Group
ZEISS Vision uses Dapr since 2020 to build and run a new cloud native order fulfillment system. 5 years later it is time to reflect on the journey. What kind of challenges have we faced and what are the learnings? What building blocks are we using and what have we learned using them.
As we look ahead to the future of Dapr, we need to identify the key building blocks we want to use to support our continued journey.
Mauricio (Salaboy) Salatino | OSS Software and Ecosystem Engineer @Diagrid / Java Champion / Cloud Native Ambassador
In this session, we will dig deep into the Dapr Spring Boot and Quarkus integration, highlighting the importance of simplifying the developer experience when targeting specific communities that are tied to a particular set of tools and frameworks.
We will be looking at practical examples on the Java SDK including the gaps and missing bits that are still on the roadmap.
With a practical example on how Dapr Workflow integrates with Spring AI, this session is designed to give Java developers an overview about how they can start using Dapr with their Spring Boot and Quarkus applications.
Vishwasrao Salunkhe | Healthcare Enthusiast, Technical Geek, Loves programming.
This presentation demonstrates a real-world proof-of-concept for an electronic prior authorization (e-PA) workflow, built with the dapr. The solution uses microservices for different e-PA stages, leveraging dapr’s Pub/Sub and State Management building blocks for orchestration and state persistence.
A key highlight is Dapr’s seamless integration with Da Vinci Project standards—specifically, the Coverage Requirements Discovery (CRD), Documentation Templates and Rules (DTR), and Prior Authorization Support (PAS) implementation guides via CDS Hooks technology. This approach directly aligns with the CMS HTI-4 Rule (CMS-0057-F) to improve e-PA processes.
The talk also features an advanced Agentic AI use case, where dapr agents automate decision-making. Attendees will learn how to use multiple dapr building blocks to create a scalable, standards-compliant solution for complex healthcare workflows, providing a valuable blueprint for developing future-proof applications.
Walter Coan | UNIVILLE, Professor
Azure IoT Operations (AIO) is the new Industrial IoT platform from Microsoft Azure, and it’s using Dapr as the default way to develop new modules to publish into the AIO Kubernetes device.
This presentation will demonstrate how to use the Dapr Runtime to build an MCP Server, publish it to a Kubernetes cluster running Azure IoT Operations, and query real-state data from an integrated industrial device over the OPC UA protocol.
Patrick Assuied | Elation Health, Director Engineering, Platform
Elation Health, a mission-driven Health Tech company, has supported independent Primary Care providers for 15 years with an All-in-One EHR solution, initially built on a monolithic architecture internally branded as “hippo.” As the company scaled, the growing complexity of this monolith increasingly hampered the engineering team’s ability to rapidly deliver value and innovation. An initial attempt to introduce microservices resulted in a brittle “distributed monolith” due to a lack of standardized framework. To address this, the engineering team pivoted to an event-driven architecture (EDA), leveraging Apache Kafka (managed through Confluent) as the communication backbone. This transition, while necessary, introduced new complexity for engineers managing Pub/Sub applications, leading to inconsistent implementations and inadequate guardrails for fault tolerance (e.g., retries, Dead Letter Queues).
We adopted the Distributed Application Runtime (Dapr), focusing initially on its PubSub building block. Dapr provided excellent Kafka support and a standardized, fault-tolerant programming model, especially crucial for our Python/FastAPI ecosystem. By leveraging Dapr’s SDK, we offered engineers an abstraction that felt familiar—similar to the traditional Request/Response model—while automatically enforcing essential resiliency policies.
This success led us to generalize Dapr across our stack. We developed a comprehensive microservices template using copier and integrated it with a Helm chart that automatically provisions and configures relevant Dapr components. This standardization allows engineers to seamlessly adopt Dapr features in seconds and enables the engineering team to roll out fleet-wide component changes in minutes.
Our Dapr journey is now accelerating our path toward becoming an AI-native EHR. The immediate integration of features like Dapr Workflows is instrumental in quickly innovating and building new AI use cases. Dapr has proven to be a critical accelerator, transforming our delivery velocity and empowering our small, mighty team to focus on clinical value rather than infrastructure complexity.
Rajender Chilukala | Independent author
The banking sector is rapidly embracing cloud-native architectures and intelligent automation to compete with agile fintech innovators. This session explores how Dapr can accelerate digital transformation across three key domains: AI-driven customer onboarding, scalable core banking systems, and real-time fraud detection.
By leveraging OCR and machine learning, digital onboarding eliminates slow, paper-based account opening, while biometric verification ensures both speed and security. Dapr’s distributed application runtime enables modular, event-driven architectures that overcome the rigidity of legacy monoliths, supporting containerized deployments, resilient service-to-service communication, and API-first integration. This shift unlocks continuous operations and seamless scaling for core banking workloads.
Fraud detection is evolving from static rule sets to adaptive machine learning models that continuously learn from transaction streams. Coupled with Dapr’s support for pub/sub messaging and event-driven pipelines, financial institutions can process high-volume, low-latency data to identify anomalies in real time.
This talk also addresses the challenges of integrating Dapr-enabled microservices with established mainframes, meeting diverse regulatory demands, and ensuring data protection. Attendees will gain practical insights into how Dapr empowers banks to deliver elastic scalability, secure customer experiences, and future-ready architectures turning compliance and innovation into complementary forces.
Eduard Keilholz | Cloud Solution Architect @ 4Dotnet | Book Author | International Conference Speaker | Founder of https://spreaview.com
Ready to move your .NET Aspire project from local development to a production-ready cloud environment? This session provides a practical roadmap for deploying multi-service .NET solutions using Azure Container Apps and Dapr, tackling the common challenges of scaling, inter-service communication, and resilience. In this session, you will learn how to:
Join us to gain the skills and confidence needed to operate modern, cloud-native .NET solutions in production. This session is essential for developers and architects looking to simplify their service landscape and accelerate their deployment pipeline.
Dana Arsovska, Cecil Phillip & Marc Duiker | Dapr Community Managers