For those not fond of the increasing use of the Rust programming language within the Linux kernel or FreeBSD's considerations for Rust in its kernel, you can perhaps find refuge within NetBSD. One of the NetBSD developers has explained why you likely won't be finding Rust code within the NetBSD kernel anytime soon...
Intel ISPC 1.30 is now available as the latest feature update to their Implicit SPMD Program Compiler as a variant of the C programming language to easily target their array of CPUs and GPUs...
The Linux 6.19 merge window had introduced support for larger pages and compression with the Nouveau kernel driver, which ultimately should help provide a performance win to this open-source NVIDIA driver. The Mesa NVK driver was ready to make use of that new kernel driver functionality but then it ended up being disabled due to bugs. Fortunately, for the Linux 6.20~7.0 kernel those issues should be resolved so then the Mesa NVK usage of the larger pages / compression support could be restored...
Following December's release of COSMIC Epoch 1 along with the Pop!_OS 24.04 release by System76, today they shared more of their feature plans for the next two major COSMIC desktop updates...
Ahead of the imminent GNOME 50 beta release, the GNOME Shell and Mutter components have declared their "50.beta" releases to ship the latest bug fixes, memory leak fixes, and some last minute improvements ahead of the stable release in March...
The telecommunications industry is accelerating its digital transformation, driven by the increasing complexity of modern networks and the demand for faster, more reliable services rollout. To meet these demands, operators are turning to autonomous intelligent networks, designed to ingest massive amounts of data and autonomously execute actions at high speed. The journey to autonomous intelligent networks is not a technology project—it is a mandatory operational shift to protect margins and accelerate time-to-service. This has led to concepts such as a DarkNOC, a network operations center th
Microsoft engineers and other stakeholders have been developing LiteBox as a security-focused library OS written in the Rust programming language and leveraging Linux Virtualization Based Security "LVBS". The design is for LiteBox to operate as a secure kernel protecting the normal guest kernel via virtualization hardware...
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