Cloud Development Cloud Architecture Microservice Architecture Web Development IoT Cloud & DevOps Cloud & Infrastructure Machine Leaning Deep Learning Quantum computing Microsoft Azure Azure App Service Azure Api Management Azure Functions Azure Kubernetes Services (AKS) Azure DevOps Azure Quantum Azure IoT Hub Azure Database for PostgreSQL Azure Cosmos DB Azure AI Terraform Docker Kubernetes RabbitMQ Redis PostgreSQL .NET 6 Entity Framework .NET MAUI Blazor CQRS & Event Sourcing
Athens, Attica, Greece
Vyron Vasileiadis holds an MSc in Space Science and a BSc in Computer Science. He is a senior software engineer specializing in microservices and cloud architecture on Azure and has an active interest in quantum computing.
Being an experienced Microsoft Certified Trainer, he is passionate about education and the ecosystem and has taken over the role of mentor in several hackathons and incubators.
The age of quantum computers is at our doorstep. Thousands of eager developers are already taking advantage of the free access to quantum platforms — Microsoft Azure being one of them.
Thus, there is a natural call for architecture to start looking into the roadmap for integrating this new technology into the existing IT landscape.
Join us in this session to explore the current state of proposed architecture solutions for building, deploying, and monitoring quantum software in Microsoft Azure.
Harnessing the unique behavior of quantum physics and applying it to computing, quantum computers introduce new concepts to traditional programming methods such as superposition, entanglement, and interference.
While being a dream a couple of years ago, developers are now able to code and run quantum programs on different types of quantum hardware.
Join us in this demo-packed session to discover the capabilities of Q#, the newest member of the .NET languages family and Azure Quantum.
The age of quantum computers is at our doorstep. Thousands of eager developers are already taking advantage of the free access to quantum platforms — Microsoft Azure being one of them.
Thus, there is a natural call for architecture to start looking into the roadmap for integrating this new technology into the existing IT landscape.
Join this hands-on workshop to explore the current state of proposed architecture solutions for building, deploying, and monitoring quantum software in Azure.
Topics include:
- Introduction to quantum computing with Microsoft Azure and Q#
- Implementation of tightly coupled quantum components
- Implementation of loosely coupled quantum components
- Implementation of Infrastructure as Code provisioning
- Implementation of CI/CD pipelines
Note: Workshop will include hands-on labs. Please, bring your own fully charged laptop. You will also need to have an active Pay-As-You-Go Azure subscription. Required software will be installed during the workshop.
HTTP/3 is the third and upcoming major version of HTTP.
HTTP/3 uses the same semantics as HTTP/1.1 and HTTP/2 but instead of using TCP as the transport layer for the session, it uses QUIC, a new Internet transport protocol.
HTTP/3 and QUIC have a number of benefits including native multiplexing, 0-RTT support, and increased security.
In this session, we will learn how to enable HTTP/3 in a .NET 6 application which is served by Kestrel.
The ASP.NET team has rolled out minimal APIs, a new, simple way to build small microservices and HTTP APIs in ASP.NET Core.
Minimal APIs hook into ASP.NET Core’s hosting and routing capabilities and allow you to build fully functioning APIs with just a few lines of code. No startup.cs, no controllers, Just 4 lines of code to write an API endpoint. It is amazing! Isn’t it?
In this session, we will explore minimal APIs and how to integrate with other powerful features like CORS configuration, Entity Framework, Swagger, and JWT Authentication/Authorization.
Harnessing the unique behaviour of quantum physics and applying it to computing, quantum computers introduce new concepts to traditional programming methods such as superposition, entanglement, and quantum interference.
Microsoft, having a clear mindset towards the coming quantum era, is partnering with quantum hardware companies to provide developers with cloud access to quantum hardware.
Leveraging the Azure Quantum platform and the Q# language, developers are now able to explore quantum algorithms and run their quantum programs on different types of quantum hardware.
In this full-day workshop, we will:
- Learn about the features that make quantum supremacy feasible,
- Learn the basics of Microsoft's Q# programming language
- Create multiple quantum applications, some based on famous algorithms
- Run these applications on real quantum hardware using Azure Quantum.
Harnessing the unique behaviour of quantum physics and applying it to computing, quantum computers introduce new concepts to traditional programming methods such as superposition, entanglement, and quantum interference.
Microsoft, having a clear mindset towards the coming quantum era, is partnering with quantum hardware companies to provide developers with cloud access to quantum hardware.
Leveraging the Azure Quantum platform and the Q# language, developers are now able to explore quantum algorithms and run their quantum programs on different types of quantum hardware.
In this session, we will explore Azure Quantum’s capabilities and run a Q# quantum application on a real quantum computer.
Quantum Machine Learning is a research area that explores the interplay of ideas from quantum computing and machine learning.
In this session, we will explore how a hybrid Quantum-Classical Machine Learning model would work, how it can benefit us in the long run and how we can implement it using Microsoft's quantum programming language, Q#.
Learn about the new Azure SDK for .NET and the improvements to performance, authentication and configuration that Microsoft's engineers have been working on in the last couple of years.
Besides theoretical concepts, we will write some code to explore the new and extensible HTTP Pipeline that all Azure clients internally use, implement authentication with the new Azure.Identity library and connect our app to an Azure Storage account.
In this session we will discuss:
- What is the difference between Artificial Intelligence, Machine Learning, and Deep Learning
- What problems can Deep Learning solve
- What tools and frameworks are available
Athens Deep Learning Meetup
AI spent over half a century being more hype than happening. So, why now? Many people don’t realize that the story of today’s applied AI is actually a story about The Cloud.
Join this session to understand the advantages of building an AI solution on the cloud and take a deep dive into the brand new Enterprise Azure Machine Learning and designer (preview).
Microsoft Ignite The Tour
Cloud Lunch and Learn Weekly Sessions |
21 Sep 2022
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Microsoft Azure + AI Conference Spring 2022 |
5 Apr 2022 - 7 Apr 2022
Las Vegas, Nevada, United States
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Microsoft Azure + AI Conference Fall 2021 |
7 Dec 2021 - 9 Dec 2021
Las Vegas, Nevada, United States
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DeveloperWeek Europe 2021 |
27 Apr 2021 - 28 Apr 2021
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Global Azure Virtual 2021, Greece |
17 Apr 2021
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Global Azure 2021 - Spain |
15 Apr 2021 - 17 Apr 2021
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Virtual Global Azure - Verona 2021 |
16 Apr 2021 - 17 Apr 2021
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Global Azure Austria 2021 |
16 Apr 2021
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IT Pro|Dev Connections 2020 |
12 Dec 2020 - 13 Dec 2020
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Athens Deep Learning Meetup
What exactly is Deep Learning?
|
21 May 2020
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Microsoft Ignite the Tour
Doing AI the Cloud Way: Enterprise Azure Machine Learning
|
11 Mar 2020 - 12 Mar 2020
Amsterdam, North Holland, Netherlands
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Microsoft Ignite the Tour
Intelliwaste: An awarded integrated smart waste management solution powered by Azure
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11 Mar 2020 - 12 Mar 2020
Amsterdam, North Holland, Netherlands
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