#oxidize2026 — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #oxidize2026, aggregated by home.social.
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Two weeks left to grab your Oxidize 2026 ticket - Berlin, September 14-16.
Choose from two ticket options: "Conference only" gets you all the talks, panels, lightning sessions, and the networking event, while "Conference + Workshop" adds a full day of hands-on training.
#RustLang #Oxidize2026 #Automotive #Embedded #Aerospace #Defense
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Two weeks left to grab your Oxidize 2026 ticket - Berlin, September 14-16.
Choose from two ticket options: "Conference only" gets you all the talks, panels, lightning sessions, and the networking event, while "Conference + Workshop" adds a full day of hands-on training.
#RustLang #Oxidize2026 #Automotive #Embedded #Aerospace #Defense
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Two weeks left to grab your Oxidize 2026 ticket - Berlin, September 14-16.
Choose from two ticket options: "Conference only" gets you all the talks, panels, lightning sessions, and the networking event, while "Conference + Workshop" adds a full day of hands-on training.
#RustLang #Oxidize2026 #Automotive #Embedded #Aerospace #Defense
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Two weeks left to grab your Oxidize 2026 ticket - Berlin, September 14-16.
Choose from two ticket options: "Conference only" gets you all the talks, panels, lightning sessions, and the networking event, while "Conference + Workshop" adds a full day of hands-on training.
#RustLang #Oxidize2026 #Automotive #Embedded #Aerospace #Defense
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Two weeks left to grab your Oxidize 2026 ticket - Berlin, September 14-16.
Choose from two ticket options: "Conference only" gets you all the talks, panels, lightning sessions, and the networking event, while "Conference + Workshop" adds a full day of hands-on training.
#RustLang #Oxidize2026 #Automotive #Embedded #Aerospace #Defense
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"Rewrite it in a different language" is one of the most final engineering decisions. Most C++ codebases represent decades of logic - not something teams abandon for a newer language.
That's why Rust/C++ interop matters more than the rewrite debate. The work: calling #RustLang from #Cpp & back, distributing binaries across platforms, integrating vendor drivers, keeping it reproducible in CI.
At #Oxidize2026: a workshop on bridging Rust & C++ with CXX, talks on native libraries & vendor drivers.
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"Rewrite it in a different language" is one of the most final engineering decisions. Most C++ codebases represent decades of logic - not something teams abandon for a newer language.
That's why Rust/C++ interop matters more than the rewrite debate. The work: calling #RustLang from #Cpp & back, distributing binaries across platforms, integrating vendor drivers, keeping it reproducible in CI.
At #Oxidize2026: a workshop on bridging Rust & C++ with CXX, talks on native libraries & vendor drivers.
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"Rewrite it in a different language" is one of the most final engineering decisions. Most C++ codebases represent decades of logic - not something teams abandon for a newer language.
That's why Rust/C++ interop matters more than the rewrite debate. The work: calling #RustLang from #Cpp & back, distributing binaries across platforms, integrating vendor drivers, keeping it reproducible in CI.
At #Oxidize2026: a workshop on bridging Rust & C++ with CXX, talks on native libraries & vendor drivers.
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"Rewrite it in a different language" is one of the most final engineering decisions. Most C++ codebases represent decades of logic - not something teams abandon for a newer language.
That's why Rust/C++ interop matters more than the rewrite debate. The work: calling #RustLang from #Cpp & back, distributing binaries across platforms, integrating vendor drivers, keeping it reproducible in CI.
At #Oxidize2026: a workshop on bridging Rust & C++ with CXX, talks on native libraries & vendor drivers.
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"Rewrite it in a different language" is one of the most final engineering decisions. Most C++ codebases represent decades of logic - not something teams abandon for a newer language.
That's why Rust/C++ interop matters more than the rewrite debate. The work: calling #RustLang from #Cpp & back, distributing binaries across platforms, integrating vendor drivers, keeping it reproducible in CI.
At #Oxidize2026: a workshop on bridging Rust & C++ with CXX, talks on native libraries & vendor drivers.
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#RustLang and #AI turn out to be a natural fit: a strong type system and an uncompromising compiler give AI the guardrails it needs, turning "generate and hope" into "generate and verify".
Jonas Wolf (Vector) explores how Vector is leveraging this to build an ecosystem for safe and secure cyber-physical systems - built on a deterministic async runtime and actor framework that makes distributed systems reproducible and verifiable.
🔗 https://oxidizeconf.com/sessions/oxidizing_vector-catalyzing_the_shift_to_an_ecosystem_provider
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#RustLang and #AI turn out to be a natural fit: a strong type system and an uncompromising compiler give AI the guardrails it needs, turning "generate and hope" into "generate and verify".
Jonas Wolf (Vector) explores how Vector is leveraging this to build an ecosystem for safe and secure cyber-physical systems - built on a deterministic async runtime and actor framework that makes distributed systems reproducible and verifiable.
🔗 https://oxidizeconf.com/sessions/oxidizing_vector-catalyzing_the_shift_to_an_ecosystem_provider
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#RustLang and #AI turn out to be a natural fit: a strong type system and an uncompromising compiler give AI the guardrails it needs, turning "generate and hope" into "generate and verify".
Jonas Wolf (Vector) explores how Vector is leveraging this to build an ecosystem for safe and secure cyber-physical systems - built on a deterministic async runtime and actor framework that makes distributed systems reproducible and verifiable.
🔗 https://oxidizeconf.com/sessions/oxidizing_vector-catalyzing_the_shift_to_an_ecosystem_provider
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#RustLang and #AI turn out to be a natural fit: a strong type system and an uncompromising compiler give AI the guardrails it needs, turning "generate and hope" into "generate and verify".
Jonas Wolf (Vector) explores how Vector is leveraging this to build an ecosystem for safe and secure cyber-physical systems - built on a deterministic async runtime and actor framework that makes distributed systems reproducible and verifiable.
🔗 https://oxidizeconf.com/sessions/oxidizing_vector-catalyzing_the_shift_to_an_ecosystem_provider
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#RustLang and #AI turn out to be a natural fit: a strong type system and an uncompromising compiler give AI the guardrails it needs, turning "generate and hope" into "generate and verify".
Jonas Wolf (Vector) explores how Vector is leveraging this to build an ecosystem for safe and secure cyber-physical systems - built on a deterministic async runtime and actor framework that makes distributed systems reproducible and verifiable.
🔗 https://oxidizeconf.com/sessions/oxidizing_vector-catalyzing_the_shift_to_an_ecosystem_provider
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Embedded systems mean tradeoffs: tight memory, no OS, hardware that won't forgive a mistake.
Rust's pitch here isn't to "start over" — it's what happens once Rust enters an existing system one module, one driver, one UI layer at a time, without a rewrite.
At Oxidize 2026: workshops on adding Rust to existing C code and on osdyne, a Rust embedded OS. Talks on bare-metal UI with no OS, and shipping a Rust RTOS in production.
Berlin, Sep 14–16.
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Embedded systems mean tradeoffs: tight memory, no OS, hardware that won't forgive a mistake.
Rust's pitch here isn't to "start over" — it's what happens once Rust enters an existing system one module, one driver, one UI layer at a time, without a rewrite.
At Oxidize 2026: workshops on adding Rust to existing C code and on osdyne, a Rust embedded OS. Talks on bare-metal UI with no OS, and shipping a Rust RTOS in production.
Berlin, Sep 14–16.
-
Embedded systems mean tradeoffs: tight memory, no OS, hardware that won't forgive a mistake.
Rust's pitch here isn't to "start over" — it's what happens once Rust enters an existing system one module, one driver, one UI layer at a time, without a rewrite.
At Oxidize 2026: workshops on adding Rust to existing C code and on osdyne, a Rust embedded OS. Talks on bare-metal UI with no OS, and shipping a Rust RTOS in production.
Berlin, Sep 14–16.
-
Embedded systems mean tradeoffs: tight memory, no OS, hardware that won't forgive a mistake.
Rust's pitch here isn't to "start over" — it's what happens once Rust enters an existing system one module, one driver, one UI layer at a time, without a rewrite.
At Oxidize 2026: workshops on adding Rust to existing C code and on osdyne, a Rust embedded OS. Talks on bare-metal UI with no OS, and shipping a Rust RTOS in production.
Berlin, Sep 14–16.
-
Embedded systems mean tradeoffs: tight memory, no OS, hardware that won't forgive a mistake.
Rust's pitch here isn't to "start over" — it's what happens once Rust enters an existing system one module, one driver, one UI layer at a time, without a rewrite.
At Oxidize 2026: workshops on adding Rust to existing C code and on osdyne, a Rust embedded OS. Talks on bare-metal UI with no OS, and shipping a Rust RTOS in production.
Berlin, Sep 14–16.
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Writing software in Rust doesn't make it safety-critical.
Memory safety isn't the hardest problem - mismatched assumptions, undocumented contracts, and unintended state transitions are. #RustLang helps, but it doesn't replace risk analysis, requirements-based testing, and coverage.
At #Oxidize2026: a workshop on building a real safety case, talks on coding guidelines for Unsafe Rust and spacecraft failures beyond memory, and a panel on Rust in regulated environments.
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Writing software in Rust doesn't make it safety-critical.
Memory safety isn't the hardest problem - mismatched assumptions, undocumented contracts, and unintended state transitions are. #RustLang helps, but it doesn't replace risk analysis, requirements-based testing, and coverage.
At #Oxidize2026: a workshop on building a real safety case, talks on coding guidelines for Unsafe Rust and spacecraft failures beyond memory, and a panel on Rust in regulated environments.
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Writing software in Rust doesn't make it safety-critical.
Memory safety isn't the hardest problem - mismatched assumptions, undocumented contracts, and unintended state transitions are. #RustLang helps, but it doesn't replace risk analysis, requirements-based testing, and coverage.
At #Oxidize2026: a workshop on building a real safety case, talks on coding guidelines for Unsafe Rust and spacecraft failures beyond memory, and a panel on Rust in regulated environments.
-
Writing software in Rust doesn't make it safety-critical.
Memory safety isn't the hardest problem - mismatched assumptions, undocumented contracts, and unintended state transitions are. #RustLang helps, but it doesn't replace risk analysis, requirements-based testing, and coverage.
At #Oxidize2026: a workshop on building a real safety case, talks on coding guidelines for Unsafe Rust and spacecraft failures beyond memory, and a panel on Rust in regulated environments.
-
Writing software in Rust doesn't make it safety-critical.
Memory safety isn't the hardest problem - mismatched assumptions, undocumented contracts, and unintended state transitions are. #RustLang helps, but it doesn't replace risk analysis, requirements-based testing, and coverage.
At #Oxidize2026: a workshop on building a real safety case, talks on coding guidelines for Unsafe Rust and spacecraft failures beyond memory, and a panel on Rust in regulated environments.
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Automotive, defense, and space are defined by consequence. Memory corruption and undefined behavior make this software slow and costly to build. Rust keeps control while cutting that risk out.
At Oxidize 2026:
- Volvo Cars on EV battery architecture,
- Quantum Systems on an unmanned systems stack built on Rust, and
- Infinite Orbits on embedded Rust with no room for error.Berlin, September 14–16.
#RustLang #Oxidize2026 #Automotive #Aerospace #SafetyCritical
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Automotive, defense, and space are defined by consequence. Memory corruption and undefined behavior make this software slow and costly to build. Rust keeps control while cutting that risk out.
At Oxidize 2026:
- Volvo Cars on EV battery architecture,
- Quantum Systems on an unmanned systems stack built on Rust, and
- Infinite Orbits on embedded Rust with no room for error.Berlin, September 14–16.
#RustLang #Oxidize2026 #Automotive #Aerospace #SafetyCritical
-
Automotive, defense, and space are defined by consequence. Memory corruption and undefined behavior make this software slow and costly to build. Rust keeps control while cutting that risk out.
At Oxidize 2026:
- Volvo Cars on EV battery architecture,
- Quantum Systems on an unmanned systems stack built on Rust, and
- Infinite Orbits on embedded Rust with no room for error.Berlin, September 14–16.
#RustLang #Oxidize2026 #Automotive #Aerospace #SafetyCritical
-
Automotive, defense, and space are defined by consequence. Memory corruption and undefined behavior make this software slow and costly to build. Rust keeps control while cutting that risk out.
At Oxidize 2026:
- Volvo Cars on EV battery architecture,
- Quantum Systems on an unmanned systems stack built on Rust, and
- Infinite Orbits on embedded Rust with no room for error.Berlin, September 14–16.
#RustLang #Oxidize2026 #Automotive #Aerospace #SafetyCritical
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Quantum Systems is the Keynote Sponsor for Oxidize 2026. As a company building AI-powered autonomous systems for defense and security, Quantum Systems will open the conference with "Rust as the Foundation for Future Unmanned Systems."
Sebastian Rietzscher & Sebastian Haas will discuss how Rust supports the development of mission-critical autonomous platforms - a domain where safety, reliability, and performance are non-negotiable.
Oxidize 2026 | Berlin, Sept 14–16, 2026
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Quantum Systems is the Keynote Sponsor for Oxidize 2026. As a company building AI-powered autonomous systems for defense and security, Quantum Systems will open the conference with "Rust as the Foundation for Future Unmanned Systems."
Sebastian Rietzscher & Sebastian Haas will discuss how Rust supports the development of mission-critical autonomous platforms - a domain where safety, reliability, and performance are non-negotiable.
Oxidize 2026 | Berlin, Sept 14–16, 2026
-
Quantum Systems is the Keynote Sponsor for Oxidize 2026. As a company building AI-powered autonomous systems for defense and security, Quantum Systems will open the conference with "Rust as the Foundation for Future Unmanned Systems."
Sebastian Rietzscher & Sebastian Haas will discuss how Rust supports the development of mission-critical autonomous platforms - a domain where safety, reliability, and performance are non-negotiable.
Oxidize 2026 | Berlin, Sept 14–16, 2026
-
Quantum Systems is the Keynote Sponsor for Oxidize 2026. As a company building AI-powered autonomous systems for defense and security, Quantum Systems will open the conference with "Rust as the Foundation for Future Unmanned Systems."
Sebastian Rietzscher & Sebastian Haas will discuss how Rust supports the development of mission-critical autonomous platforms - a domain where safety, reliability, and performance are non-negotiable.
Oxidize 2026 | Berlin, Sept 14–16, 2026
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⚡ Lightning Talks are back for #Oxidize2026!
Share your latest Rust project, optimization stories, or a pattern you love. 5 slots, 5 minutes each, strictly timed - no slides, but props are encouraged. Session is recorded and uploaded to the Oxidize YouTube channel.
Sign-ups open September 1 at 10:00 CEST - exclusive to ticket holders. The session leads directly into Socialize at Oxidize.
🎟️ Need a ticket? Grab yours by August 31: https://oxidizeconf.com
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⚡ Lightning Talks are back for #Oxidize2026!
Share your latest Rust project, optimization stories, or a pattern you love. 5 slots, 5 minutes each, strictly timed - no slides, but props are encouraged. Session is recorded and uploaded to the Oxidize YouTube channel.
Sign-ups open September 1 at 10:00 CEST - exclusive to ticket holders. The session leads directly into Socialize at Oxidize.
🎟️ Need a ticket? Grab yours by August 31: https://oxidizeconf.com
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⚡ Lightning Talks are back for #Oxidize2026!
Share your latest Rust project, optimization stories, or a pattern you love. 5 slots, 5 minutes each, strictly timed - no slides, but props are encouraged. Session is recorded and uploaded to the Oxidize YouTube channel.
Sign-ups open September 1 at 10:00 CEST - exclusive to ticket holders. The session leads directly into Socialize at Oxidize.
🎟️ Need a ticket? Grab yours by August 31: https://oxidizeconf.com
-
⚡ Lightning Talks are back for #Oxidize2026!
Share your latest Rust project, optimization stories, or a pattern you love. 5 slots, 5 minutes each, strictly timed - no slides, but props are encouraged. Session is recorded and uploaded to the Oxidize YouTube channel.
Sign-ups open September 1 at 10:00 CEST - exclusive to ticket holders. The session leads directly into Socialize at Oxidize.
🎟️ Need a ticket? Grab yours by August 31: https://oxidizeconf.com
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How do you build an autonomous defense system where failure is not an option? Sebastian Haas and Sebastian Rietzscher (Quantum Systems) walk through Mosaic focusing on its core - the Rust-based Ground Control Station. They cover what it took to migrate a mission-critical stack to Rust, and what challenges remain.
🔗 https://oxidizeconf.com/sessions/keynote_rust_as_the-foundation_for_future_unmanned-systems
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How do you build an autonomous defense system where failure is not an option? Sebastian Haas and Sebastian Rietzscher (Quantum Systems) walk through Mosaic focusing on its core - the Rust-based Ground Control Station. They cover what it took to migrate a mission-critical stack to Rust, and what challenges remain.
🔗 https://oxidizeconf.com/sessions/keynote_rust_as_the-foundation_for_future_unmanned-systems
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How do you build an autonomous defense system where failure is not an option? Sebastian Haas and Sebastian Rietzscher (Quantum Systems) walk through Mosaic focusing on its core - the Rust-based Ground Control Station. They cover what it took to migrate a mission-critical stack to Rust, and what challenges remain.
🔗 https://oxidizeconf.com/sessions/keynote_rust_as_the-foundation_for_future_unmanned-systems
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How do you build an autonomous defense system where failure is not an option? Sebastian Haas and Sebastian Rietzscher (Quantum Systems) walk through Mosaic focusing on its core - the Rust-based Ground Control Station. They cover what it took to migrate a mission-critical stack to Rust, and what challenges remain.
🔗 https://oxidizeconf.com/sessions/keynote_rust_as_the-foundation_for_future_unmanned-systems
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Safe Rust and Unsafe Rust aren't the whole story in safety-critical settings. Pete LeVasseur (Woven by Toyota) covers the gaps - brownfield projects, hardware interaction outside Rust's Abstract Machine, and the case for Safety-Critical Rust Coding Guidelines as developed by the Safety-Critical Rust Consortium.
🔗 https://oxidizeconf.com/sessions/rust_is_%28un%29_safe%3Awriting_safety_critical_coding_guidelines
#Oxidize2026 #RustLang #SafetyCritical #FunctionalSafety #EmbeddedRust #AutomotiveSoftware
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Safe Rust and Unsafe Rust aren't the whole story in safety-critical settings. Pete LeVasseur (Woven by Toyota) covers the gaps - brownfield projects, hardware interaction outside Rust's Abstract Machine, and the case for Safety-Critical Rust Coding Guidelines as developed by the Safety-Critical Rust Consortium.
🔗 https://oxidizeconf.com/sessions/rust_is_%28un%29_safe%3Awriting_safety_critical_coding_guidelines
#Oxidize2026 #RustLang #SafetyCritical #FunctionalSafety #EmbeddedRust #AutomotiveSoftware
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Safe Rust and Unsafe Rust aren't the whole story in safety-critical settings. Pete LeVasseur (Woven by Toyota) covers the gaps - brownfield projects, hardware interaction outside Rust's Abstract Machine, and the case for Safety-Critical Rust Coding Guidelines as developed by the Safety-Critical Rust Consortium.
🔗 https://oxidizeconf.com/sessions/rust_is_%28un%29_safe%3Awriting_safety_critical_coding_guidelines
#Oxidize2026 #RustLang #SafetyCritical #FunctionalSafety #EmbeddedRust #AutomotiveSoftware
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Safe Rust and Unsafe Rust aren't the whole story in safety-critical settings. Pete LeVasseur (Woven by Toyota) covers the gaps - brownfield projects, hardware interaction outside Rust's Abstract Machine, and the case for Safety-Critical Rust Coding Guidelines as developed by the Safety-Critical Rust Consortium.
🔗 https://oxidizeconf.com/sessions/rust_is_%28un%29_safe%3Awriting_safety_critical_coding_guidelines
#Oxidize2026 #RustLang #SafetyCritical #FunctionalSafety #EmbeddedRust #AutomotiveSoftware
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Safe Rust and Unsafe Rust aren't the whole story in safety-critical settings. Pete LeVasseur (Woven by Toyota) covers the gaps - brownfield projects, hardware interaction outside Rust's Abstract Machine, and the case for Safety-Critical Rust Coding Guidelines as developed by the Safety-Critical Rust Consortium.
🔗 https://oxidizeconf.com/sessions/rust_is_%28un%29_safe%3Awriting_safety_critical_coding_guidelines
#Oxidize2026 #RustLang #SafetyCritical #FunctionalSafety #EmbeddedRust #AutomotiveSoftware
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The Rust job market is maturing — but expectation and reality don't always align. Till Adam (KDAB), Julius Gustavsson (Volvo Cars), Thomas Fleischmann (Accenture), Julia Sommer (Ferrous Systems GmbH), and Liran Aloni (JetBrains) host a panel at Oxidize 2026 exploring the different archetypes of Rust roles: from working on the language itself, to working with it, to joining a company that just happens to use it.
🔗 https://oxidizeconf.com/sessions/panel_navigating_the_rust_job_market
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The Rust job market is maturing — but expectation and reality don't always align. Till Adam (KDAB), Julius Gustavsson (Volvo Cars), Thomas Fleischmann (Accenture), Julia Sommer (Ferrous Systems GmbH), and Liran Aloni (JetBrains) host a panel at Oxidize 2026 exploring the different archetypes of Rust roles: from working on the language itself, to working with it, to joining a company that just happens to use it.
🔗 https://oxidizeconf.com/sessions/panel_navigating_the_rust_job_market
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The Rust job market is maturing — but expectation and reality don't always align. Till Adam (KDAB), Julius Gustavsson (Volvo Cars), Thomas Fleischmann (Accenture), Julia Sommer (Ferrous Systems GmbH), and Liran Aloni (JetBrains) host a panel at Oxidize 2026 exploring the different archetypes of Rust roles: from working on the language itself, to working with it, to joining a company that just happens to use it.
🔗 https://oxidizeconf.com/sessions/panel_navigating_the_rust_job_market
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The Rust job market is maturing — but expectation and reality don't always align. Till Adam (KDAB), Julius Gustavsson (Volvo Cars), Thomas Fleischmann (Accenture), Julia Sommer (Ferrous Systems GmbH), and Liran Aloni (JetBrains) host a panel at Oxidize 2026 exploring the different archetypes of Rust roles: from working on the language itself, to working with it, to joining a company that just happens to use it.
🔗 https://oxidizeconf.com/sessions/panel_navigating_the_rust_job_market
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The Rust job market is maturing — but expectation and reality don't always align. Till Adam (KDAB), Julius Gustavsson (Volvo Cars), Thomas Fleischmann (Accenture), Julia Sommer (Ferrous Systems GmbH), and Liran Aloni (JetBrains) host a panel at Oxidize 2026 exploring the different archetypes of Rust roles: from working on the language itself, to working with it, to joining a company that just happens to use it.
🔗 https://oxidizeconf.com/sessions/panel_navigating_the_rust_job_market
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The 2024 recap gives you a good sense of the atmosphere at Oxidize - two days of applied Rust talks and a warm, engaged community 🦀
We're looking forward to welcoming you all back in Berlin this September 14–16, 2026. Note that workshop seats are limited; we recommend booking these early.
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The 2024 recap gives you a good sense of the atmosphere at Oxidize - two days of applied Rust talks and a warm, engaged community 🦀
We're looking forward to welcoming you all back in Berlin this September 14–16, 2026. Note that workshop seats are limited; we recommend booking these early.
-
The 2024 recap gives you a good sense of the atmosphere at Oxidize - two days of applied Rust talks and a warm, engaged community 🦀
We're looking forward to welcoming you all back in Berlin this September 14–16, 2026. Note that workshop seats are limited; we recommend booking these early.
-
The 2024 recap gives you a good sense of the atmosphere at Oxidize - two days of applied Rust talks and a warm, engaged community 🦀
We're looking forward to welcoming you all back in Berlin this September 14–16, 2026. Note that workshop seats are limited; we recommend booking these early.
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Slint bills itself as a UI framework that runs on anything. But what does that mean with no OS, no std, and an ESP32-S3 as your target?
At Oxidize 2026, Vasileios Papageorgiou (Extenly) puts that claim to the test by building a working smartwatch prototype - walking through display and touchscreen integration, what the embedded Rust ecosystem already covers, and where the gaps are when Slint meets bare metal.
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Slint bills itself as a UI framework that runs on anything. But what does that mean with no OS, no std, and an ESP32-S3 as your target?
At Oxidize 2026, Vasileios Papageorgiou (Extenly) puts that claim to the test by building a working smartwatch prototype - walking through display and touchscreen integration, what the embedded Rust ecosystem already covers, and where the gaps are when Slint meets bare metal.
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Slint bills itself as a UI framework that runs on anything. But what does that mean with no OS, no std, and an ESP32-S3 as your target?
At Oxidize 2026, Vasileios Papageorgiou (Extenly) puts that claim to the test by building a working smartwatch prototype - walking through display and touchscreen integration, what the embedded Rust ecosystem already covers, and where the gaps are when Slint meets bare metal.
-
Slint bills itself as a UI framework that runs on anything. But what does that mean with no OS, no std, and an ESP32-S3 as your target?
At Oxidize 2026, Vasileios Papageorgiou (Extenly) puts that claim to the test by building a working smartwatch prototype - walking through display and touchscreen integration, what the embedded Rust ecosystem already covers, and where the gaps are when Slint meets bare metal.
-
Slint bills itself as a UI framework that runs on anything. But what does that mean with no OS, no std, and an ESP32-S3 as your target?
At Oxidize 2026, Vasileios Papageorgiou (Extenly) puts that claim to the test by building a working smartwatch prototype - walking through display and touchscreen integration, what the embedded Rust ecosystem already covers, and where the gaps are when Slint meets bare metal.