🤖 Announcing a brand new workshop for #RustLab2026
“Accurate Robot Simulations with Bevy and WASM”
Build and test robot control algorithms in Rust — fast, flexible, and without real hardware.
With Massimiliano and Michele Mantione.
“Accurate Robot Simulations with Bevy and WASM”
Build and test robot control algorithms in Rust — fast, flexible, and without real hardware.
With Massimiliano and Michele Mantione.
May 21, 2026 at 9:50 AM
🤖 Announcing a brand new workshop for #RustLab2026
“Accurate Robot Simulations with Bevy and WASM”
Build and test robot control algorithms in Rust — fast, flexible, and without real hardware.
With Massimiliano and Michele Mantione.
“Accurate Robot Simulations with Bevy and WASM”
Build and test robot control algorithms in Rust — fast, flexible, and without real hardware.
With Massimiliano and Michele Mantione.
📣 Big news for #RustLab2026!
This year the conference is moving to a brand new location: the beautiful city of Bologna 🇮🇹
❤️ A new city, a new venue, and the same amazing community spirit we love every year.
This year the conference is moving to a brand new location: the beautiful city of Bologna 🇮🇹
❤️ A new city, a new venue, and the same amazing community spirit we love every year.
May 22, 2026 at 8:04 AM
📣 Big news for #RustLab2026!
This year the conference is moving to a brand new location: the beautiful city of Bologna 🇮🇹
❤️ A new city, a new venue, and the same amazing community spirit we love every year.
This year the conference is moving to a brand new location: the beautiful city of Bologna 🇮🇹
❤️ A new city, a new venue, and the same amazing community spirit we love every year.
🎵 Raw audio. FFTs. DSP pipelines.
At #RustLab2026, Bernice Waweru shows how to build high-performance audio processing pipelines in Rust, from samples to frequency-domain analysis.
No unnecessary allocations. Just signal processing.
rustlab.it/talks/writin...
At #RustLab2026, Bernice Waweru shows how to build high-performance audio processing pipelines in Rust, from samples to frequency-domain analysis.
No unnecessary allocations. Just signal processing.
rustlab.it/talks/writin...
July 17, 2026 at 4:57 PM
🎵 Raw audio. FFTs. DSP pipelines.
At #RustLab2026, Bernice Waweru shows how to build high-performance audio processing pipelines in Rust, from samples to frequency-domain analysis.
No unnecessary allocations. Just signal processing.
rustlab.it/talks/writin...
At #RustLab2026, Bernice Waweru shows how to build high-performance audio processing pipelines in Rust, from samples to frequency-domain analysis.
No unnecessary allocations. Just signal processing.
rustlab.it/talks/writin...
🦀 Every Rust developer trusts `match`. But how does exhaustiveness checking actually work?
At #RustLab2026, Iván Ovejero takes us inside the compiler, exploring the algorithms and design decisions behind one of Rust's most beloved guarantees.
At #RustLab2026, Iván Ovejero takes us inside the compiler, exploring the algorithms and design decisions behind one of Rust's most beloved guarantees.
June 18, 2026 at 2:30 PM
🦀 Every Rust developer trusts `match`. But how does exhaustiveness checking actually work?
At #RustLab2026, Iván Ovejero takes us inside the compiler, exploring the algorithms and design decisions behind one of Rust's most beloved guarantees.
At #RustLab2026, Iván Ovejero takes us inside the compiler, exploring the algorithms and design decisions behind one of Rust's most beloved guarantees.
🤖 Robotics is hard. Integrating teams and software stacks is often even harder.
At #RustLab2026, Guillaume Binet will introduce Copper, a Rust-based robotics runtime designed to make complex systems safer, more reliable, and easier to build.
At #RustLab2026, Guillaume Binet will introduce Copper, a Rust-based robotics runtime designed to make complex systems safer, more reliable, and easier to build.
June 30, 2026 at 2:56 PM
🤖 Robotics is hard. Integrating teams and software stacks is often even harder.
At #RustLab2026, Guillaume Binet will introduce Copper, a Rust-based robotics runtime designed to make complex systems safer, more reliable, and easier to build.
At #RustLab2026, Guillaume Binet will introduce Copper, a Rust-based robotics runtime designed to make complex systems safer, more reliable, and easier to build.
🦀 From a simple object to a federated architecture.
At #RustLab2026, Emilio Junior Francischetti and Angelo Rendina will guide participants through a hands-on journey from software fundamentals to advanced architectural patterns like Federation and the Strangler Pattern.
At #RustLab2026, Emilio Junior Francischetti and Angelo Rendina will guide participants through a hands-on journey from software fundamentals to advanced architectural patterns like Federation and the Strangler Pattern.
June 9, 2026 at 10:26 AM
🦀 From a simple object to a federated architecture.
At #RustLab2026, Emilio Junior Francischetti and Angelo Rendina will guide participants through a hands-on journey from software fundamentals to advanced architectural patterns like Federation and the Strangler Pattern.
At #RustLab2026, Emilio Junior Francischetti and Angelo Rendina will guide participants through a hands-on journey from software fundamentals to advanced architectural patterns like Federation and the Strangler Pattern.
🦀 Is `cargo build` the end of the story?
At #RustLab2026, Amos Wenger explores what comes next: hermetic builds, remote execution, perfect caching, and a new approach to Rust build systems inspired by the power of tools like Buck2.
At #RustLab2026, Amos Wenger explores what comes next: hermetic builds, remote execution, perfect caching, and a new approach to Rust build systems inspired by the power of tools like Buck2.
June 16, 2026 at 2:11 PM
🦀 Is `cargo build` the end of the story?
At #RustLab2026, Amos Wenger explores what comes next: hermetic builds, remote execution, perfect caching, and a new approach to Rust build systems inspired by the power of tools like Buck2.
At #RustLab2026, Amos Wenger explores what comes next: hermetic builds, remote execution, perfect caching, and a new approach to Rust build systems inspired by the power of tools like Buck2.
🔋 How do you make a battery-powered device last for months?
At #RustLab2026, Michael Kefeder shares the lessons learned from building low-power BLE firmware for nRF52 devices in Rust.
Embedded systems, power efficiency, and real-world trade-offs.
rustlab.it/talks/learni...
At #RustLab2026, Michael Kefeder shares the lessons learned from building low-power BLE firmware for nRF52 devices in Rust.
Embedded systems, power efficiency, and real-world trade-offs.
rustlab.it/talks/learni...
September 1, 2026 at 12:02 PM
🔋 How do you make a battery-powered device last for months?
At #RustLab2026, Michael Kefeder shares the lessons learned from building low-power BLE firmware for nRF52 devices in Rust.
Embedded systems, power efficiency, and real-world trade-offs.
rustlab.it/talks/learni...
At #RustLab2026, Michael Kefeder shares the lessons learned from building low-power BLE firmware for nRF52 devices in Rust.
Embedded systems, power efficiency, and real-world trade-offs.
rustlab.it/talks/learni...
🦀 New workshop for #RustLab2026
“Hardening the Wire: Building Type-Safe Security Protocols”
Build a secure communication protocol in Rust and learn how to use the type system to enforce security guarantees at compile time.
With Lora Vega Vega.
rustlab.it/talks/harden...
“Hardening the Wire: Building Type-Safe Security Protocols”
Build a secure communication protocol in Rust and learn how to use the type system to enforce security guarantees at compile time.
With Lora Vega Vega.
rustlab.it/talks/harden...
June 4, 2026 at 10:24 AM
🦀 New workshop for #RustLab2026
“Hardening the Wire: Building Type-Safe Security Protocols”
Build a secure communication protocol in Rust and learn how to use the type system to enforce security guarantees at compile time.
With Lora Vega Vega.
rustlab.it/talks/harden...
“Hardening the Wire: Building Type-Safe Security Protocols”
Build a secure communication protocol in Rust and learn how to use the type system to enforce security guarantees at compile time.
With Lora Vega Vega.
rustlab.it/talks/harden...
🦀 New workshop for #RustLab2026
“Make rusty AI: traditional live-coding”
Build AI applications in Rust live with Jorge D. Ortiz Fuentes - from LLMs and RAGs to agents and chatbot REPLs using open-source libraries.
Code along, ask questions, and explore AI in Rust hands-on.
rustlab.it/talks/make-r...
“Make rusty AI: traditional live-coding”
Build AI applications in Rust live with Jorge D. Ortiz Fuentes - from LLMs and RAGs to agents and chatbot REPLs using open-source libraries.
Code along, ask questions, and explore AI in Rust hands-on.
rustlab.it/talks/make-r...
May 28, 2026 at 9:40 AM
🦀 New workshop for #RustLab2026
“Make rusty AI: traditional live-coding”
Build AI applications in Rust live with Jorge D. Ortiz Fuentes - from LLMs and RAGs to agents and chatbot REPLs using open-source libraries.
Code along, ask questions, and explore AI in Rust hands-on.
rustlab.it/talks/make-r...
“Make rusty AI: traditional live-coding”
Build AI applications in Rust live with Jorge D. Ortiz Fuentes - from LLMs and RAGs to agents and chatbot REPLs using open-source libraries.
Code along, ask questions, and explore AI in Rust hands-on.
rustlab.it/talks/make-r...
🦀 Thinking about building your own programming language?
At #RustLab2026, Michael Winkelmann shares the lessons learned from creating µcad, a Rust-based DSL for geometry descriptions.
Parsers, compilers, interpreters, and the mistakes you can avoid.
rustlab.it/talks/your-o...
At #RustLab2026, Michael Winkelmann shares the lessons learned from creating µcad, a Rust-based DSL for geometry descriptions.
Parsers, compilers, interpreters, and the mistakes you can avoid.
rustlab.it/talks/your-o...
August 25, 2026 at 11:57 AM
🦀 Thinking about building your own programming language?
At #RustLab2026, Michael Winkelmann shares the lessons learned from creating µcad, a Rust-based DSL for geometry descriptions.
Parsers, compilers, interpreters, and the mistakes you can avoid.
rustlab.it/talks/your-o...
At #RustLab2026, Michael Winkelmann shares the lessons learned from creating µcad, a Rust-based DSL for geometry descriptions.
Parsers, compilers, interpreters, and the mistakes you can avoid.
rustlab.it/talks/your-o...
🦀 What if domain experts could change business logic without touching the code?
At #RustLab2026, Kostas Passadis shows how Rust was used to build a high-performance DSL and computation engine powering a national electrical grid.
Declarative. Fast. Safe.
rustlab.it/talks/buildi...
At #RustLab2026, Kostas Passadis shows how Rust was used to build a high-performance DSL and computation engine powering a national electrical grid.
Declarative. Fast. Safe.
rustlab.it/talks/buildi...
August 13, 2026 at 11:51 AM
🦀 What if domain experts could change business logic without touching the code?
At #RustLab2026, Kostas Passadis shows how Rust was used to build a high-performance DSL and computation engine powering a national electrical grid.
Declarative. Fast. Safe.
rustlab.it/talks/buildi...
At #RustLab2026, Kostas Passadis shows how Rust was used to build a high-performance DSL and computation engine powering a national electrical grid.
Declarative. Fast. Safe.
rustlab.it/talks/buildi...
🦀 What if your infrastructure could fail at compile time instead of 3am?
At #RustLab2026, Jesús Pérez explores how Rust's type system can bring stronger guarantees to infrastructure, deployments, and system composition.
If it doesn't typecheck, it doesn't ship.
rustlab.it/talks/from-s...
At #RustLab2026, Jesús Pérez explores how Rust's type system can bring stronger guarantees to infrastructure, deployments, and system composition.
If it doesn't typecheck, it doesn't ship.
rustlab.it/talks/from-s...
August 11, 2026 at 11:42 AM
🦀 What if your infrastructure could fail at compile time instead of 3am?
At #RustLab2026, Jesús Pérez explores how Rust's type system can bring stronger guarantees to infrastructure, deployments, and system composition.
If it doesn't typecheck, it doesn't ship.
rustlab.it/talks/from-s...
At #RustLab2026, Jesús Pérez explores how Rust's type system can bring stronger guarantees to infrastructure, deployments, and system composition.
If it doesn't typecheck, it doesn't ship.
rustlab.it/talks/from-s...
🦀 What if you could prove your code is correct instead of just testing it?
At #RustLab2026, William Takeshi Pereira shows how formal verification can be applied to a real-world IoT protocol, bringing stronger guarantees to production systems with zero runtime cost.
Not tested. Proved.
At #RustLab2026, William Takeshi Pereira shows how formal verification can be applied to a real-world IoT protocol, bringing stronger guarantees to production systems with zero runtime cost.
Not tested. Proved.
August 6, 2026 at 11:39 AM
🦀 What if you could prove your code is correct instead of just testing it?
At #RustLab2026, William Takeshi Pereira shows how formal verification can be applied to a real-world IoT protocol, bringing stronger guarantees to production systems with zero runtime cost.
Not tested. Proved.
At #RustLab2026, William Takeshi Pereira shows how formal verification can be applied to a real-world IoT protocol, bringing stronger guarantees to production systems with zero runtime cost.
Not tested. Proved.
🚀 What if old ideas still had something to teach us?
At #RustLab2026, Marcel Koch revisits CGI and shows how Rust can turn a decades-old technology into a lightweight, practical alternative for modern web backends.
Sometimes the future looks surprisingly familiar.
rustlab.it/talks/back-t...
At #RustLab2026, Marcel Koch revisits CGI and shows how Rust can turn a decades-old technology into a lightweight, practical alternative for modern web backends.
Sometimes the future looks surprisingly familiar.
rustlab.it/talks/back-t...
August 4, 2026 at 5:25 PM
🚀 What if old ideas still had something to teach us?
At #RustLab2026, Marcel Koch revisits CGI and shows how Rust can turn a decades-old technology into a lightweight, practical alternative for modern web backends.
Sometimes the future looks surprisingly familiar.
rustlab.it/talks/back-t...
At #RustLab2026, Marcel Koch revisits CGI and shows how Rust can turn a decades-old technology into a lightweight, practical alternative for modern web backends.
Sometimes the future looks surprisingly familiar.
rustlab.it/talks/back-t...
👻 There are ghosts in your heap.
At #RustLab2026, Arya Dradjica dives into the dark side of concurrent programming: lock-free data structures, memory management, and the strange bugs that appear when performance comes first.
Equal parts fascinating and terrifying.
rustlab.it/talks/talkin...
At #RustLab2026, Arya Dradjica dives into the dark side of concurrent programming: lock-free data structures, memory management, and the strange bugs that appear when performance comes first.
Equal parts fascinating and terrifying.
rustlab.it/talks/talkin...
July 30, 2026 at 5:15 PM
👻 There are ghosts in your heap.
At #RustLab2026, Arya Dradjica dives into the dark side of concurrent programming: lock-free data structures, memory management, and the strange bugs that appear when performance comes first.
Equal parts fascinating and terrifying.
rustlab.it/talks/talkin...
At #RustLab2026, Arya Dradjica dives into the dark side of concurrent programming: lock-free data structures, memory management, and the strange bugs that appear when performance comes first.
Equal parts fascinating and terrifying.
rustlab.it/talks/talkin...
🦀 Tired of Arc> everywhere?
At #RustLab2026, Rafael Bachmann shows how Tokio's actors, channels, and async primitives can help you build applications that are easier to test, maintain, and reason about.
Beyond async. Beyond locks.
rustlab.it/talks/more-a...
At #RustLab2026, Rafael Bachmann shows how Tokio's actors, channels, and async primitives can help you build applications that are easier to test, maintain, and reason about.
Beyond async. Beyond locks.
rustlab.it/talks/more-a...
July 28, 2026 at 5:12 PM
🦀 Tired of Arc> everywhere?
At #RustLab2026, Rafael Bachmann shows how Tokio's actors, channels, and async primitives can help you build applications that are easier to test, maintain, and reason about.
Beyond async. Beyond locks.
rustlab.it/talks/more-a...
At #RustLab2026, Rafael Bachmann shows how Tokio's actors, channels, and async primitives can help you build applications that are easier to test, maintain, and reason about.
Beyond async. Beyond locks.
rustlab.it/talks/more-a...
🌐 What if your server could choose how it looks on the network?
At #RustLab2026, Joe Dye explores TCP/IP fingerprint spoofing, user-space networking, and how Rust powers high-performance systems serving thousands of requests per second.
Networking, but with a twist.
rustlab.it/talks/tcpip-...
At #RustLab2026, Joe Dye explores TCP/IP fingerprint spoofing, user-space networking, and how Rust powers high-performance systems serving thousands of requests per second.
Networking, but with a twist.
rustlab.it/talks/tcpip-...
July 21, 2026 at 5:16 PM
🌐 What if your server could choose how it looks on the network?
At #RustLab2026, Joe Dye explores TCP/IP fingerprint spoofing, user-space networking, and how Rust powers high-performance systems serving thousands of requests per second.
Networking, but with a twist.
rustlab.it/talks/tcpip-...
At #RustLab2026, Joe Dye explores TCP/IP fingerprint spoofing, user-space networking, and how Rust powers high-performance systems serving thousands of requests per second.
Networking, but with a twist.
rustlab.it/talks/tcpip-...
🦀 Sometimes scaling isn't about adding more servers. It's about changing the architecture.
At #RustLab2026, Dylan Martin shares the story of rewriting a feature flag platform handling hundreds of thousands of requests per minute, moving from Django to Rust to overcome scaling limits
At #RustLab2026, Dylan Martin shares the story of rewriting a feature flag platform handling hundreds of thousands of requests per minute, moving from Django to Rust to overcome scaling limits
July 14, 2026 at 4:53 PM
🦀 Sometimes scaling isn't about adding more servers. It's about changing the architecture.
At #RustLab2026, Dylan Martin shares the story of rewriting a feature flag platform handling hundreds of thousands of requests per minute, moving from Django to Rust to overcome scaling limits
At #RustLab2026, Dylan Martin shares the story of rewriting a feature flag platform handling hundreds of thousands of requests per minute, moving from Django to Rust to overcome scaling limits
⌨️ Keyboards, game controllers, stream decks... what if you could build your own?
At #RustLab2026, Frank Lyaruu will show how Rust makes it surprisingly accessible to create custom HID devices, from embedded fundamentals to real-world hardware projects.
At #RustLab2026, Frank Lyaruu will show how Rust makes it surprisingly accessible to create custom HID devices, from embedded fundamentals to real-world hardware projects.
July 2, 2026 at 3:15 PM
⌨️ Keyboards, game controllers, stream decks... what if you could build your own?
At #RustLab2026, Frank Lyaruu will show how Rust makes it surprisingly accessible to create custom HID devices, from embedded fundamentals to real-world hardware projects.
At #RustLab2026, Frank Lyaruu will show how Rust makes it surprisingly accessible to create custom HID devices, from embedded fundamentals to real-world hardware projects.
🦀 What happens when memory safety moves from software into hardware?
At #RustLab2026, Edoardo Marangoni explores the challenges of bringing Rust to a CHERI platform, where pointers behave very differently from what we're used to.
At #RustLab2026, Edoardo Marangoni explores the challenges of bringing Rust to a CHERI platform, where pointers behave very differently from what we're used to.
June 24, 2026 at 10:45 PM
🦀 What happens when memory safety moves from software into hardware?
At #RustLab2026, Edoardo Marangoni explores the challenges of bringing Rust to a CHERI platform, where pointers behave very differently from what we're used to.
At #RustLab2026, Edoardo Marangoni explores the challenges of bringing Rust to a CHERI platform, where pointers behave very differently from what we're used to.
🦀 AI in Rust is growing fast—but which framework should you choose?
At #RustLab2026, Ludwig Weinzierl compares Burn and Candle, two of the most prominent machine learning frameworks in the Rust ecosystem, and explores the trade-offs behind their different approaches.
At #RustLab2026, Ludwig Weinzierl compares Burn and Candle, two of the most prominent machine learning frameworks in the Rust ecosystem, and explores the trade-offs behind their different approaches.
June 23, 2026 at 2:39 PM
🦀 AI in Rust is growing fast—but which framework should you choose?
At #RustLab2026, Ludwig Weinzierl compares Burn and Candle, two of the most prominent machine learning frameworks in the Rust ecosystem, and explores the trade-offs behind their different approaches.
At #RustLab2026, Ludwig Weinzierl compares Burn and Candle, two of the most prominent machine learning frameworks in the Rust ecosystem, and explores the trade-offs behind their different approaches.