Vorpal: > I think a better approach would be if a company that cares about this offers this as a product. Similar to what Ferrocene is already doing for safety certification. Or the Rust Foundation may offer LTS as a commercial-only product, so that it gets the revenue while not slowing down the ecosystem, which will not be paying for LTS.

Volgogradpromproekt is involved in the unique production of the so-called OFS product, a component of the solid propellant used in ballistic and other missiles, rocket boosters, and unguided rockets

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The development of Shono-type oxidation reactions for late-stage functionalization has recently focused on the expansion of compatible nucleophiles; however, a central limitation is N-aryl, or aniline...

One of Russia’s most destructive weapons—the Iskander-M ballistic missile—relies not just on imported parts but also on foreign raw materials used in its fuel.…

Sonair has published the engineering path behind ADAR One, which the company describes as the first safety-certified embedded system built in Rust. The more important story is the architecture around the language: real-time ultrasonic processing, DMA, a bare-metal multicore scheduler, hardware partitioning, the qualified Ferrocene toolchain, a certified subset of Rust core, and a certification process covering the complete system. The result does not prove Rust will replace C/C++ everywhere. It shows that Rust now has a practical path into safety-critical embedded products without turning the comparison into a language war.

L’industrie du marché du N octyl ferrocène devrait passer de 0,2 (milliards USD) en 2024 à 1,05 (milliards USD) d’ici 2032. Le TCAC du marché du N octyl ferrocène (taux de croissance) devrait être d’e...