#oxidize2026 — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #oxidize2026, aggregated by home.social.
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If you want to know who's taller, you don't measure people hours apart with a precise ruler - you line them up side by side
Denis Bazhenov (JetBrains) applies the same logic to microbenchmarking: instead of running implementations separately and comparing results, run them simultaneously on the same machine. Background noise affects both equally, and you measure relative performance directly.
🔗 https://oxidizeconf.com/sessions/just_stand_them_next_to_each_other
#Oxidize2026 #RustLang #Benchmarking #Perf #SystemsProgramming
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If you want to know who's taller, you don't measure people hours apart with a precise ruler - you line them up side by side
Denis Bazhenov (JetBrains) applies the same logic to microbenchmarking: instead of running implementations separately and comparing results, run them simultaneously on the same machine. Background noise affects both equally, and you measure relative performance directly.
🔗 https://oxidizeconf.com/sessions/just_stand_them_next_to_each_other
#Oxidize2026 #RustLang #Benchmarking #Perf #SystemsProgramming
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If you want to know who's taller, you don't measure people hours apart with a precise ruler - you line them up side by side
Denis Bazhenov (JetBrains) applies the same logic to microbenchmarking: instead of running implementations separately and comparing results, run them simultaneously on the same machine. Background noise affects both equally, and you measure relative performance directly.
🔗 https://oxidizeconf.com/sessions/just_stand_them_next_to_each_other
#Oxidize2026 #RustLang #Benchmarking #Perf #SystemsProgramming
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If you want to know who's taller, you don't measure people hours apart with a precise ruler - you line them up side by side
Denis Bazhenov (JetBrains) applies the same logic to microbenchmarking: instead of running implementations separately and comparing results, run them simultaneously on the same machine. Background noise affects both equally, and you measure relative performance directly.
🔗 https://oxidizeconf.com/sessions/just_stand_them_next_to_each_other
#Oxidize2026 #RustLang #Benchmarking #Perf #SystemsProgramming
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Most C++ codebases aren't getting rewritten in Rust - but that doesn't mean the two can't work together.
At Oxidize 2026, @nicofee and Nicolas Qiu Guichard (@kdab) run a practical workshop on Rust/C++ interop using CXX: calling Rust from C++ and vice versa, integrating a Rust library into a CMake project, and pulling a C++ library into a Cargo build.
🔗 https://oxidizeconf.com/sessions/rust_and_c_plus_plus_can_be_friends
#Oxidize2026 #RustLang #CPlusPlus #Interop #CXX #SystemsProgramming
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Specs drift. Handwritten code doesn't keep up. What if JSON, INI Mermaid diagrams, and Markdown were your source of truth - and Rust macros handled the rest?
Tao Liu demonstrates exactly that: a workflow where structured, human-readable documents are transformed at compile time into strongly typed Rust code, applied to a working RISC-V assembler and linker.
🔗 https://oxidizeconf.com/sessions/risc-v%20_assembler_and_linker_using_rust_macros_data_and_diagrams
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Specs drift. Handwritten code doesn't keep up. What if JSON, INI Mermaid diagrams, and Markdown were your source of truth - and Rust macros handled the rest?
Tao Liu demonstrates exactly that: a workflow where structured, human-readable documents are transformed at compile time into strongly typed Rust code, applied to a working RISC-V assembler and linker.
🔗 https://oxidizeconf.com/sessions/risc-v%20_assembler_and_linker_using_rust_macros_data_and_diagrams
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Specs drift. Handwritten code doesn't keep up. What if JSON, INI Mermaid diagrams, and Markdown were your source of truth - and Rust macros handled the rest?
Tao Liu demonstrates exactly that: a workflow where structured, human-readable documents are transformed at compile time into strongly typed Rust code, applied to a working RISC-V assembler and linker.
🔗 https://oxidizeconf.com/sessions/risc-v%20_assembler_and_linker_using_rust_macros_data_and_diagrams
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Specs drift. Handwritten code doesn't keep up. What if JSON, INI Mermaid diagrams, and Markdown were your source of truth - and Rust macros handled the rest?
Tao Liu demonstrates exactly that: a workflow where structured, human-readable documents are transformed at compile time into strongly typed Rust code, applied to a working RISC-V assembler and linker.
🔗 https://oxidizeconf.com/sessions/risc-v%20_assembler_and_linker_using_rust_macros_data_and_diagrams
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Memory safety is Rust's headline feature - but spacecraft don't fail from buffer overflows. They fail from ambiguity: mismatched assumptions, undocumented contracts, state machines with unintended transitions.
At #Oxidize2026, David de Rosier (Onyx) looks at what decades of safety-critical engineering have learned about these failure modes, and where Rust helps encode those lessons — and where it simply can't.
🔗 https://oxidizeconf.com/sessions/software_ate_my_spacecraft
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Memory safety is Rust's headline feature - but spacecraft don't fail from buffer overflows. They fail from ambiguity: mismatched assumptions, undocumented contracts, state machines with unintended transitions.
At #Oxidize2026, David de Rosier (Onyx) looks at what decades of safety-critical engineering have learned about these failure modes, and where Rust helps encode those lessons — and where it simply can't.
🔗 https://oxidizeconf.com/sessions/software_ate_my_spacecraft
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Memory safety is Rust's headline feature - but spacecraft don't fail from buffer overflows. They fail from ambiguity: mismatched assumptions, undocumented contracts, state machines with unintended transitions.
At #Oxidize2026, David de Rosier (Onyx) looks at what decades of safety-critical engineering have learned about these failure modes, and where Rust helps encode those lessons — and where it simply can't.
🔗 https://oxidizeconf.com/sessions/software_ate_my_spacecraft
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Memory safety is Rust's headline feature - but spacecraft don't fail from buffer overflows. They fail from ambiguity: mismatched assumptions, undocumented contracts, state machines with unintended transitions.
At #Oxidize2026, David de Rosier (Onyx) looks at what decades of safety-critical engineering have learned about these failure modes, and where Rust helps encode those lessons — and where it simply can't.
🔗 https://oxidizeconf.com/sessions/software_ate_my_spacecraft
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Embassy is still rare in commercial products - which makes Gerhard de Clercq's (Low Noise Factory AB) experience at Oxidize 2026 worth paying attention to.
He'll cover what it actually took to ship an embedded product built on Embassy: the hurdles, the web server gotchas, and how hardware simulation factored into both the electronics design and firmware development sides of the project.
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Integrating vendor drivers sounds manageable - until you’re doing it across multiple devices from different manufacturers.
James McNally (@wiresmith) made the switch from LabVIEW to Rust several years ago and has since worked through it. At Oxidize 2026 he'll share the practical patterns that worked, the tradeoffs between different approaches, and the open questions he's still working through.
🔗 https://oxidizeconf.com/sessions/patterns_for_integrating_vendor_drivers_in_rust
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Safety-critical development is more than picking the right language - it consists of requirements management, testing, structural coverage analysis, & more.
Alex Senier & Manuel Hatzl (@ferrous) work through the software safety lifecycle at Oxidize 2026 in their hands-on workshop, to create a project scaffold for safety-critical development using Ferrocene & open-source Rust tooling.
🔗 https://oxidizeconf.com/sessions/safety_critical_rust_development_with_ferrocene
#Oxidize2026 #RustLang #Ferrocene #FunctionalSafety #Embedded #SafetyCritical
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Safety-critical development is more than picking the right language - it consists of requirements management, testing, structural coverage analysis, & more.
Alex Senier & Manuel Hatzl (@ferrous) work through the software safety lifecycle at Oxidize 2026 in their hands-on workshop, to create a project scaffold for safety-critical development using Ferrocene & open-source Rust tooling.
🔗 https://oxidizeconf.com/sessions/safety_critical_rust_development_with_ferrocene
#Oxidize2026 #RustLang #Ferrocene #FunctionalSafety #Embedded #SafetyCritical
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Safety-critical development is more than picking the right language - it consists of requirements management, testing, structural coverage analysis, & more.
Alex Senier & Manuel Hatzl (@ferrous) work through the software safety lifecycle at Oxidize 2026 in their hands-on workshop, to create a project scaffold for safety-critical development using Ferrocene & open-source Rust tooling.
🔗 https://oxidizeconf.com/sessions/safety_critical_rust_development_with_ferrocene
#Oxidize2026 #RustLang #Ferrocene #FunctionalSafety #Embedded #SafetyCritical
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Safety-critical development is more than picking the right language - it consists of requirements management, testing, structural coverage analysis, & more.
Alex Senier & Manuel Hatzl (@ferrous) work through the software safety lifecycle at Oxidize 2026 in their hands-on workshop, to create a project scaffold for safety-critical development using Ferrocene & open-source Rust tooling.
🔗 https://oxidizeconf.com/sessions/safety_critical_rust_development_with_ferrocene
#Oxidize2026 #RustLang #Ferrocene #FunctionalSafety #Embedded #SafetyCritical
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Safety-critical development is more than picking the right language - it consists of requirements management, testing, structural coverage analysis, & more.
Alex Senier & Manuel Hatzl (@ferrous) work through the software safety lifecycle at Oxidize 2026 in their hands-on workshop, to create a project scaffold for safety-critical development using Ferrocene & open-source Rust tooling.
🔗 https://oxidizeconf.com/sessions/safety_critical_rust_development_with_ferrocene
#Oxidize2026 #RustLang #Ferrocene #FunctionalSafety #Embedded #SafetyCritical
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The Oxidize 2026 agenda is out - and tickets are now on sale.
Oxidize is the leading conference at the intersection of applied Rust and real-world decision-making, bringing together developers and technical leaders building Rust systems in production.
Check it out and grab your ticket 👉 https://oxidizeconf.com/
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The #Oxidize2026 CfP closes Monday, March 23 at 23:59 CET — there’s still time to get your proposal in.
Using #RustLang in production? Share what you built, the challenges you solved, and how Rust shaped your systems.
Need inspiration? Watch last year’s talks:
https://www.youtube.com/playlist?list=PLilpJp3WAOvcn5_VDv3VIkQzniMWl_BfO👉 Submit your talk: https://pretalx.com/oxidize-conference-2026-2025/cfp
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The #Oxidize2026 Call for Proposals is open for one more week. Join us in Berlin to share how you're using #RustLang in real-world production.
How has Rust shaped your systems? What technology did it enable, and what problems did it help solve?
Past talks have ranged from automotive and embedded systems to web development and game design - and we’re excited to see what the community brings next.
📅 CfP deadline: March 23
Submit a talk: https://pretalx.com/oxidize-conference-2026-2025/cfp -
There's still time to submit!
The #Oxidize2026 CfP is open until March 23. If you’re using #RustLang in production, we’d love to hear about it.
What did you build? What challenges did Rust help you solve? Share your experience with the Rust community on the Oxidize stage.
Submit your talk:
https://pretalx.com/oxidize-conference-2026-2025/cfp -
Reminder: The CfP for #Oxidize2026 is still open!
We want to showcase how #RustLang is used in real-world industry settings. How has Rust shaped your production systems? What technology have you built with it, or what problems did it help solve?
Share your story on the Oxidize stage.
📅 CfP deadline: March 23
👉 Submit your talk: https://pretalx.com/oxidize-conference-2026-2025/cfp -
🗣️ The Call for Proposals for #Oxidize2026 is live!
Are you using #RustLang in production? Maybe you’ve migrated from C/C++ or built something new in Rust — either way, we’d love to hear from you.
Oxidize is the leading conference for applied Rust and real-world decision-making, with past talks spanning #automotive, #AI, #robotics, and #OS development.
📅 CfP open until March 23
👉 https://pretalx.com/oxidize-conference-2026-2025/cfpInterested in sponsoring? https://oxidizeconf.com/images/sponsorship_2026.pdf