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//devdigest@devdigest.today · 4w ago

⚡️ Modern authentication in ASP.NET Core: 2FA and passkeys 🏷️ #devdigest #dotnet #net #net #aspnet #asp https://devdigest.today/goto/6670

Modern authentication in ASP.NET Core with 2FA and passkey

This walkthrough builds a .NET 10 ASP.NET Core Web API (TwoFaNET10) implementing two-factor authentication and WebAuthn/FIDO2 passkey login, using Microsoft.AspNetCore.Identity.EntityFrameworkCore with Npgsql PostgreSQL, JWT bearer tokens, and a custom ApplicationUser extending IdentityUser.

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//devdigest@devdigest.today · last mo.

⚡️ F# Weekly #31, 2026 🏷️ #devdigest #dotnet #net #microsoft #ide #visualstudio #csharp #fp #fsharp #git #git #github #microsoft #net https://devdigest.today/goto/6667

F# Weekly #31 — MCP C# SDK v2.0, Unit-Test Agent, and MSBuild Binlog in VS Code

Welcome to F# Weekly, A roundup of F# content from this past week: News What’s new in 2.0 | Elmish Land Microsoft News Announcing v2.0 of the official MCP C# SDK From generated code to truste…

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//devdigest@devdigest.today · last mo.

⚡️ Haiqu applies quantum optimization to wireless network design 🏷️ #devdigest #ai #data https://devdigest.today/goto/6666

#quantumoptimization #wireless #iot #networks #transferlearning | Mykola Maksymenko

The path toward useful quantum computing is not one breakthrough. It is a continuous process of innovation in inventing new algorithms, testing them on real problems, and running them on real quantum hardware. Our research team at Haiqu is committed to this challenge. In a recent work that will be presented this week at the International Conference on Computer Communications and Networks, our team developed a new #QuantumOptimization approach for solving the connected dominating set problem, applied it to a practical network-design challenge, and tested it at scale on a QPU. #Wireless mesh, #IoT, and ad-hoc #networks often need a small subset of devices to relay traffic and keep the full network connected. The challenge is to make this subset as small as possible without losing network coverage or connectivity. Instead of asking a quantum computer to find the best answer in one attempt, our algorithm starts from a candidate solution, explores alternatives around it, and iteratively searches for improvements. We implemented the approach on 73 qubits and ran it on an IBM Quantum Kingston quantum processor. To make the circuits executable on the hardware, we used Haiqu’s hardware-aware optimization, reducing the two-qubit gate count from 6,648 to 2,002 and the circuit depth from 980 to 335. The method consistently outperformed the standard LR-QAOA quantum baseline and produced smaller virtual backbones on average. It can also use #transferlearning to carry parameters from smaller network instances to the larger problem, reducing the amount of costly tuning required directly on quantum hardware. See Maxence Grandadam present this work at the International Conference on Computer Communications and Networks this Thursday, during the Quantum Machine Learning session.

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//devdigest@devdigest.today · last mo.

⚡️ AKS without a hypervisor: Microsoft runs Kubernetes straight on bare metal 🏷️ #devdigest #azure #cloud #cloud #azure #git #microsoft https://devdigest.today/goto/6665

Azure Kubernetes Service (AKS) on Bare Metal

Many organizations need to run Kubernetes on-premises, at the edge, or in sovereign environments, while still benefiting from the simplicity and consistency of Azure. That's exactly where Azure Kubernetes Service (AKS) on bare metal comes in. In this post, I'll walk you through what AKS on bare metal is, why it matters, and how you can deploy it on Azure Local Small Form Factor (SFF) to bring a fully managed Kubernetes experience to virtually any location. https://www.youtube.com/watch?v=dtoVd2HKAyg 👉 You can also watch the full walkthrough on my YouTube channel: Azure Kubernetes Service (AKS) on bare metal What is AKS on

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//devdigest@devdigest.today · 2mo ago

🎥 A Microsoft lecture on the engineering path to a utility-scale quantum computer 🏷️ #devdigest #ai #data #cloud #aws #microsoft https://devdigest.today/post/6653

A Microsoft lecture on the engineering path to a utility-scale quantum computer

Microsoft has published a lecture from its educational series "Building the Modern Quantum Architecture," devoted to the engineering path toward a utility-scale quantum computer — one capable of solving problems classical machines cannot touch. The presenter, Microsoft Technical Fellow Dr. Matthias Troyer, explains why the most promising applications lie in chemistry and materials science — from better batteries to sustainable coolants — and how quantum computing will work alongside AI and high-performance computing (HPC) to accelerate scientific discovery. He also explores the idea of teaching AI the laws of quantum physics to predict material properties more accurately.

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//devdigest@devdigest.today · 2mo ago

⚡️ OWASP releases Top 10 security risks for agentic AI applications for 2026 🏷️ #devdigest #news #bing #microsoft https://devdigest.today/goto/6649

OWASP Top 10 for Agentic Applications for 2026

The OWASP Top 10 for Agentic Applications 2026 is a globally peer-reviewed framework that identifies the most critical security risks facing autonomous and agentic AI systems. Developed through extensive collaboration with more than 100 industry experts, researchers, and practitioners, the list provides practical, actionable guidance to help organizations secure AI agents that plan, act, and make decisions across complex workflows. By distilling a broad ecosystem of OWASP GenAI Security guidance into an accessible, operational format, the Top 10 equips builders, defenders, and decision-makers with a clear starting point for reducing agentic AI risks and supporting safe, trustworthy deployments.

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