Putting the asm in Wasm & Algorithm Of Massively Parallel Networking In C++

Are you a developer, software engineer, or backend specialist with a deep technical background, always seeking to push the boundaries of system performance and runtime efficiency? Our new meetup in Berlin will bring together industry experts to explore these cutting-edge topics!

🔔 Agenda Preview:

🔹 Part 1: WebAssembly Function Calls – From Bytecode to Execution
📢 Speaker: Edoardo Vacchi, Staff Research Engineer, Dylibso

During my PhD Edoardo researched language design and implementation at University of Milan. Edoardo has worked at UniCredit Bank’s R&D department, and at Red Hat on Drools and Kogito, and Tetrate on the Wazero WebAssembly runtime. Today he joined Dylibso as a Staff Research Engineer, where he is working on several Wasm runtimes, and the mcp.run project.

About Speaker’s company
Dylibso develops products to help engineering, DevOps, SRE, and security teams along every step of their WebAssembly journey: from first line of code all the way to production observability. Their latest product is mcp.run, an App store for portable and secure code for AI Apps and Agents.

💡 What you’ll learn:

• How WebAssembly runtimes enable execution across different OS and architectures
• A deep dive into wazero and how function calls are translated into machine code
• A technical comparison of WebAssembly runtimes and past technologies tackling similar challenges

🔹 Part 2: Algorithm Of Massively Parallel Networking In C++
📢 Speaker: Vladislav Shpilevoy, Senior Developer, VirtualMinds

Vladislav specializes in high-performance backend systems and C++ network algorithms. In his work he designed a new task scheduling algorithm to optimize CPU load distribution across cores. In this talk, Vladislav will explore C++ networking in general, the new algorithm specifically, and share insights into building high-performance systems.

💡 What you’ll learn:

• Why Boost::asio is the de facto standard for C++ networking – and when it’s not enough
• A new task scheduling algorithm for fair CPU load distribution
• How C++ coroutines, formal verification with TLA+, and benchmarks led to significant speedups
• An overview of the open-source networking library designed for extreme performance

Join us to gain hands-on insights into optimizing WebAssembly function calls and building scalable, high-performance C++ backends.

📌 Don’t miss this opportunity to learn from industry pioneers! Seats are limited – register now to join us!
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