#kerneldev — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #kerneldev, aggregated by home.social.
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Swift is no longer "just for apps." Apple is quietly embedding Swift into the macOS 27 kernel through a new 𝐾𝑒𝑟𝑛𝑒𝑙𝐾𝑖𝑡 framework.
The Embedded Swift runtime is showing up in pthread kexts. XNU core stays C/C++ for now, but this is the beginning of a much larger shift.
🔗: https://blog.calif.io/p/apple-internals-swift-in-the-kernel by Josh Maine
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Swift is no longer "just for apps." Apple is quietly embedding Swift into the macOS 27 kernel through a new 𝐾𝑒𝑟𝑛𝑒𝑙𝐾𝑖𝑡 framework.
The Embedded Swift runtime is showing up in pthread kexts. XNU core stays C/C++ for now, but this is the beginning of a much larger shift.
🔗: https://blog.calif.io/p/apple-internals-swift-in-the-kernel by Josh Maine
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Swift is no longer "just for apps." Apple is quietly embedding Swift into the macOS 27 kernel through a new 𝐾𝑒𝑟𝑛𝑒𝑙𝐾𝑖𝑡 framework.
The Embedded Swift runtime is showing up in pthread kexts. XNU core stays C/C++ for now, but this is the beginning of a much larger shift.
🔗: https://blog.calif.io/p/apple-internals-swift-in-the-kernel by Josh Maine
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Swift is no longer "just for apps." Apple is quietly embedding Swift into the macOS 27 kernel through a new 𝐾𝑒𝑟𝑛𝑒𝑙𝐾𝑖𝑡 framework.
The Embedded Swift runtime is showing up in pthread kexts. XNU core stays C/C++ for now, but this is the beginning of a much larger shift.
🔗: https://blog.calif.io/p/apple-internals-swift-in-the-kernel by Josh Maine
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Linux Kernel Explores Rust for Untrusted Data Handling
Linux kernel explores using Rust to handle unsafe data. New API checks data from outside sources starting August 2025. Find out how it affects security.
#LinuxKernel, #RustLang, #DataSecurity, #KernelDev, #August2025
https://newsletter.tf/linux-kernel-rust-unsafe-data-august-2025/
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Linux kernel is adding a new way to handle unsafe data using Rust. This is a change to make systems safer by checking data from outside sources more carefully.
#LinuxKernel, #RustLang, #DataSecurity, #KernelDev, #August2025
https://newsletter.tf/linux-kernel-rust-unsafe-data-august-2025/ -
Hello, mstdn! I'm Lucas and this is the official dev log for Journey OS — a mobile operating system I'm building from scratch (not a fork).
✅ Linux kernel 6.6.16 compiled.
🚧 Working on initramfs to reach first boot.Follow the journey: https://prilugano992-cmyk.github.io/Journey-OS/
#JourneyOS #LinuxMobile #postmarketos #KernelDev #linux #mstdn
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Linux 7.0 è stato confermato da Linus Torvalds: la nuova serie del kernel arriverà a metà aprile 2026, con il primo RC previsto per il 22 febbraio. #LinuxKernel #Linux70 #Torvalds #OpenSource #KernelDev
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Linux 7.0 è stato confermato da Linus Torvalds: la nuova serie del kernel arriverà a metà aprile 2026, con il primo RC previsto per il 22 febbraio. #LinuxKernel #Linux70 #Torvalds #OpenSource #KernelDev
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Linux 7.0 è stato confermato da Linus Torvalds: la nuova serie del kernel arriverà a metà aprile 2026, con il primo RC previsto per il 22 febbraio. #LinuxKernel #Linux70 #Torvalds #OpenSource #KernelDev
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Linux 7.0 è stato confermato da Linus Torvalds: la nuova serie del kernel arriverà a metà aprile 2026, con il primo RC previsto per il 22 febbraio. #LinuxKernel #Linux70 #Torvalds #OpenSource #KernelDev
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Linux 7.0 è stato confermato da Linus Torvalds: la nuova serie del kernel arriverà a metà aprile 2026, con il primo RC previsto per il 22 febbraio. #LinuxKernel #Linux70 #Torvalds #OpenSource #KernelDev
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Una nuova proposta esplora l’uso di modelli di machine learning in user‑space per assistere il comportamento del kernel Linux tramite un proxy ML leggero. #Linux #Kernel #MachineLearning #OpenSource #KernelDev #AI
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Una nuova proposta esplora l’uso di modelli di machine learning in user‑space per assistere il comportamento del kernel Linux tramite un proxy ML leggero. #Linux #Kernel #MachineLearning #OpenSource #KernelDev #AI
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Una nuova proposta esplora l’uso di modelli di machine learning in user‑space per assistere il comportamento del kernel Linux tramite un proxy ML leggero. #Linux #Kernel #MachineLearning #OpenSource #KernelDev #AI
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Una nuova proposta esplora l’uso di modelli di machine learning in user‑space per assistere il comportamento del kernel Linux tramite un proxy ML leggero. #Linux #Kernel #MachineLearning #OpenSource #KernelDev #AI
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Hello world! I am Evalyn and I do funny projects.
I hope to meet some cool people here and make friends ;3
I like doing low level programming in C and making memes.
I am currently working on my osDev/Kernel project attached are some videos of some of my current progress
#kerneldev #osdev -
Hello world! I am Evalyn and I do funny projects.
I hope to meet some cool people here and make friends ;3
I like doing low level programming in C and making memes.
I am currently working on my osDev/Kernel project attached are some videos of some of my current progress
#kerneldev #osdev -
Hello world! I am Evalyn and I do funny projects.
I hope to meet some cool people here and make friends ;3
I like doing low level programming in C and making memes.
I am currently working on my osDev/Kernel project attached are some videos of some of my current progress
#kerneldev #osdev -
Hello world! I am Evalyn and I do funny projects.
I hope to meet some cool people here and make friends ;3
I like doing low level programming in C and making memes.
I am currently working on my osDev/Kernel project attached are some videos of some of my current progress
#kerneldev #osdev -
Hello world! I am Evalyn and I do funny projects.
I hope to meet some cool people here and make friends ;3
I like doing low level programming in C and making memes.
I am currently working on my osDev/Kernel project attached are some videos of some of my current progress
#kerneldev #osdev -
75 MILLION cycles & 24h stress test: PASSED.
Final verdict on #RaspberryPi 4 + #Buildroot + Linux 6.19-rc1 PREEMPT_RT:
Max jitter: 118us (under heavy stress)
Max jitter: 70us (post-stress/idle)Perfect recovery, zero drift, and absolute determinism. This $50 setup is officially outperforming industrial hardware 10x its price. The future of #RTLinux is here 👊🏻
#Linux #RealTime #EmbeddedSystems #RPi4 #KernelDev #OSDev #Stability
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75 MILLION cycles & 24h stress test: PASSED.
Final verdict on #RaspberryPi 4 + #Buildroot + Linux 6.19-rc1 PREEMPT_RT:
Max jitter: 118us (under heavy stress)
Max jitter: 70us (post-stress/idle)Perfect recovery, zero drift, and absolute determinism. This $50 setup is officially outperforming industrial hardware 10x its price. The future of #RTLinux is here 👊🏻
#Linux #RealTime #EmbeddedSystems #RPi4 #KernelDev #OSDev #Stability
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75 MILLION cycles & 24h stress test: PASSED.
Final verdict on #RaspberryPi 4 + #Buildroot + Linux 6.19-rc1 PREEMPT_RT:
Max jitter: 118us (under heavy stress)
Max jitter: 70us (post-stress/idle)Perfect recovery, zero drift, and absolute determinism. This $50 setup is officially outperforming industrial hardware 10x its price. The future of #RTLinux is here 👊🏻
#Linux #RealTime #EmbeddedSystems #RPi4 #KernelDev #OSDev #Stability
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75 MILLION cycles & 24h stress test: PASSED.
Final verdict on #RaspberryPi 4 + #Buildroot + Linux 6.19-rc1 PREEMPT_RT:
Max jitter: 118us (under heavy stress)
Max jitter: 70us (post-stress/idle)Perfect recovery, zero drift, and absolute determinism. This $50 setup is officially outperforming industrial hardware 10x its price. The future of #RTLinux is here 👊🏻
#Linux #RealTime #EmbeddedSystems #RPi4 #KernelDev #OSDev #Stability
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75 MILLION cycles & 24h stress test: PASSED.
Final verdict on #RaspberryPi 4 + #Buildroot + Linux 6.19-rc1 PREEMPT_RT:
Max jitter: 118us (under heavy stress)
Max jitter: 70us (post-stress/idle)Perfect recovery, zero drift, and absolute determinism. This $50 setup is officially outperforming industrial hardware 10x its price. The future of #RTLinux is here 👊🏻
#Linux #RealTime #EmbeddedSystems #RPi4 #KernelDev #OSDev #Stability
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30 MILLION cycles. Max jitter: 118us. Solid as a rock. 🏁
Final report on my #Buildroot + #RaspberryPi 4 setup with Linux 6.19.0-rc1-v8 PREEMPT_RT.
After 8+ hours of torture:
🔥 stress-ng (2x VM workers)
📶 Active SSH over Wi-Fi
📊 Avg Jitter: 14us | Worst Case: 118usThe kernel isn't even stable yet, but this real-world performance is already production-ready. We are ready for the future of #RTLinux. 👊🏻
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30 MILLION cycles. Max jitter: 118us. Solid as a rock. 🏁
Final report on my #Buildroot + #RaspberryPi 4 setup with Linux 6.19.0-rc1-v8 PREEMPT_RT.
After 8+ hours of torture:
🔥 stress-ng (2x VM workers)
📶 Active SSH over Wi-Fi
📊 Avg Jitter: 14us | Worst Case: 118usThe kernel isn't even stable yet, but this real-world performance is already production-ready. We are ready for the future of #RTLinux. 👊🏻
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30 MILLION cycles. Max jitter: 118us. Solid as a rock. 🏁
Final report on my #Buildroot + #RaspberryPi 4 setup with Linux 6.19.0-rc1-v8 PREEMPT_RT.
After 8+ hours of torture:
🔥 stress-ng (2x VM workers)
📶 Active SSH over Wi-Fi
📊 Avg Jitter: 14us | Worst Case: 118usThe kernel isn't even stable yet, but this real-world performance is already production-ready. We are ready for the future of #RTLinux. 👊🏻
-
30 MILLION cycles. Max jitter: 118us. Solid as a rock. 🏁
Final report on my #Buildroot + #RaspberryPi 4 setup with Linux 6.19.0-rc1-v8 PREEMPT_RT.
After 8+ hours of torture:
🔥 stress-ng (2x VM workers)
📶 Active SSH over Wi-Fi
📊 Avg Jitter: 14us | Worst Case: 118usThe kernel isn't even stable yet, but this real-world performance is already production-ready. We are ready for the future of #RTLinux. 👊🏻
-
30 MILLION cycles. Max jitter: 118us. Solid as a rock. 🏁
Final report on my #Buildroot + #RaspberryPi 4 setup with Linux 6.19.0-rc1-v8 PREEMPT_RT.
After 8+ hours of torture:
🔥 stress-ng (2x VM workers)
📶 Active SSH over Wi-Fi
📊 Avg Jitter: 14us | Worst Case: 118usThe kernel isn't even stable yet, but this real-world performance is already production-ready. We are ready for the future of #RTLinux. 👊🏻
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We got there in the end.
This took a couple of days to figure out how to boot custom code and even get away from Open Firmware’s tight clutches.
I hope that #Fedi is proud of me for dealing with the bullshit of Open Firmware.
#Kernel #iBook #Apple #OSDev #KernelDev #OperatingSystems #Tech #Technology #Programming #Fediverse #Mastodon #PowerPC
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We got there in the end.
This took a couple of days to figure out how to boot custom code and even get away from Open Firmware’s tight clutches.
I hope that #Fedi is proud of me for dealing with the bullshit of Open Firmware.
#Kernel #iBook #Apple #OSDev #KernelDev #OperatingSystems #Tech #Technology #Programming #Fediverse #Mastodon #PowerPC
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We got there in the end.
This took a couple of days to figure out how to boot custom code and even get away from Open Firmware’s tight clutches.
I hope that #Fedi is proud of me for dealing with the bullshit of Open Firmware.
#Kernel #iBook #Apple #OSDev #KernelDev #OperatingSystems #Tech #Technology #Programming #Fediverse #Mastodon #PowerPC
-
We got there in the end.
This took a couple of days to figure out how to boot custom code and even get away from Open Firmware’s tight clutches.
I hope that #Fedi is proud of me for dealing with the bullshit of Open Firmware.
#Kernel #iBook #Apple #OSDev #KernelDev #OperatingSystems #Tech #Technology #Programming #Fediverse #Mastodon #PowerPC
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We got there in the end.
This took a couple of days to figure out how to boot custom code and even get away from Open Firmware’s tight clutches.
I hope that #Fedi is proud of me for dealing with the bullshit of Open Firmware.
#Kernel #iBook #Apple #OSDev #KernelDev #OperatingSystems #Tech #Technology #Programming #Fediverse #Mastodon #PowerPC
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🧵
New #Project with my friends!
https://krnldev.nerdnextdoor.net/
We are making our own #OSDev / #KernelDev #Wiki. (We're aware of osdev.org and osdev.wiki.)
The wiki source is on #Codeberg. We aim to be a modern and reliable source for AARCH64 and x86_64 OSDev, documenting kernels and how they work so others can learn from them and being a friendly newcomer place.
We may do other architectures including 32-bit too but our main focus are the ones we picked.
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🧵
New #Project with my friends!
https://krnldev.nerdnextdoor.net/
We are making our own #OSDev / #KernelDev #Wiki. (We're aware of osdev.org and osdev.wiki.)
The wiki source is on #Codeberg. We aim to be a modern and reliable source for AARCH64 and x86_64 OSDev, documenting kernels and how they work so others can learn from them and being a friendly newcomer place.
We may do other architectures including 32-bit too but our main focus are the ones we picked.
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🧵
New #Project with my friends!
https://krnldev.nerdnextdoor.net/
We are making our own #OSDev / #KernelDev #Wiki. (We're aware of osdev.org and osdev.wiki.)
The wiki source is on #Codeberg. We aim to be a modern and reliable source for AARCH64 and x86_64 OSDev, documenting kernels and how they work so others can learn from them and being a friendly newcomer place.
We may do other architectures including 32-bit too but our main focus are the ones we picked.
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🧵
New #Project with my friends!
https://krnldev.nerdnextdoor.net/
We are making our own #OSDev / #KernelDev #Wiki. (We're aware of osdev.org and osdev.wiki.)
The wiki source is on #Codeberg. We aim to be a modern and reliable source for AARCH64 and x86_64 OSDev, documenting kernels and how they work so others can learn from them and being a friendly newcomer place.
We may do other architectures including 32-bit too but our main focus are the ones we picked.
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🧵
New #Project with my friends!
https://krnldev.nerdnextdoor.net/
We are making our own #OSDev / #KernelDev #Wiki. (We're aware of osdev.org and osdev.wiki.)
The wiki source is on #Codeberg. We aim to be a modern and reliable source for AARCH64 and x86_64 OSDev, documenting kernels and how they work so others can learn from them and being a friendly newcomer place.
We may do other architectures including 32-bit too but our main focus are the ones we picked.
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So uh, #Arikoto now has GDT.
I'm not even sure if my #GDT #Code is correct but I think it works.
#GitHub repo:
https://github.com/IAmTheNerdNextDoor/arikotoGDT code:
https://github.com/IAmTheNerdNextDoor/arikoto/blob/master/kernel/src/gdt.cI'm dreading moving onto #IDT and #Interrupts now...
#OSDev #OSS #OperatingSystem #Kernel #Tech #Technology #Programming #KernelDev
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So uh, #Arikoto now has GDT.
I'm not even sure if my #GDT #Code is correct but I think it works.
#GitHub repo:
https://github.com/IAmTheNerdNextDoor/arikotoGDT code:
https://github.com/IAmTheNerdNextDoor/arikoto/blob/master/kernel/src/gdt.cI'm dreading moving onto #IDT and #Interrupts now...
#OSDev #OSS #OperatingSystem #Kernel #Tech #Technology #Programming #KernelDev
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So uh, #Arikoto now has GDT.
I'm not even sure if my #GDT #Code is correct but I think it works.
#GitHub repo:
https://github.com/IAmTheNerdNextDoor/arikotoGDT code:
https://github.com/IAmTheNerdNextDoor/arikoto/blob/master/kernel/src/gdt.cI'm dreading moving onto #IDT and #Interrupts now...
#OSDev #OSS #OperatingSystem #Kernel #Tech #Technology #Programming #KernelDev
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So uh, #Arikoto now has GDT.
I'm not even sure if my #GDT #Code is correct but I think it works.
#GitHub repo:
https://github.com/IAmTheNerdNextDoor/arikotoGDT code:
https://github.com/IAmTheNerdNextDoor/arikoto/blob/master/kernel/src/gdt.cI'm dreading moving onto #IDT and #Interrupts now...
#OSDev #OSS #OperatingSystem #Kernel #Tech #Technology #Programming #KernelDev
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So uh, #Arikoto now has GDT.
I'm not even sure if my #GDT #Code is correct but I think it works.
#GitHub repo:
https://github.com/IAmTheNerdNextDoor/arikotoGDT code:
https://github.com/IAmTheNerdNextDoor/arikoto/blob/master/kernel/src/gdt.cI'm dreading moving onto #IDT and #Interrupts now...
#OSDev #OSS #OperatingSystem #Kernel #Tech #Technology #Programming #KernelDev
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🖥️ Kernel Compilation Complete! 🐧
Just wrapped up compiling the latest Linux kernel! 🛠️
Optimized for performance and stability—can't wait to see how it holds up under some heavy workloads. 💪
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🖥️ Kernel Compilation Complete! 🐧
Just wrapped up compiling the latest Linux kernel! 🛠️
Optimized for performance and stability—can't wait to see how it holds up under some heavy workloads. 💪
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🖥️ Kernel Compilation Complete! 🐧
Just wrapped up compiling the latest Linux kernel! 🛠️
Optimized for performance and stability—can't wait to see how it holds up under some heavy workloads. 💪
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🖥️ Kernel Compilation Complete! 🐧
Just wrapped up compiling the latest Linux kernel! 🛠️
Optimized for performance and stability—can't wait to see how it holds up under some heavy workloads. 💪
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Anyone here know by chance how to properly compile a kernel for a Nothing Phone (1)?
https://github.com/NothingOSS/android_kernel_msm-5.4_nothing_sm7325
I cannot get it to boot. It will try for 100 seconds before rebooting so it at least somewhat runs.
#android #kernel #kerneldev -
Anyone here know by chance how to properly compile a kernel for a Nothing Phone (1)?
https://github.com/NothingOSS/android_kernel_msm-5.4_nothing_sm7325
I cannot get it to boot. It will try for 100 seconds before rebooting so it at least somewhat runs.
#android #kernel #kerneldev -
Anyone here know by chance how to properly compile a kernel for a Nothing Phone (1)?
https://github.com/NothingOSS/android_kernel_msm-5.4_nothing_sm7325
I cannot get it to boot. It will try for 100 seconds before rebooting so it at least somewhat runs.
#android #kernel #kerneldev -
https://www.omgubuntu.co.uk/2023/10/linux-kernel-6-6-new-features
Via @omgubuntu
Linux Kernel 6.6 is out with a Ton to talk about
- A new CPU scheduler (EEVDF replacing CFS)
- a new Eventfs system
- a ton of new drivers
- a ton of AMD boosts and additions
- Intel Shadow StackThere's a ton more, but those are the highlights, all in all a lot of good stuff.
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https://www.omgubuntu.co.uk/2023/10/linux-kernel-6-6-new-features
Via @omgubuntu
Linux Kernel 6.6 is out with a Ton to talk about
- A new CPU scheduler (EEVDF replacing CFS)
- a new Eventfs system
- a ton of new drivers
- a ton of AMD boosts and additions
- Intel Shadow StackThere's a ton more, but those are the highlights, all in all a lot of good stuff.