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graphene
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GrapheneOS, the privacy-focused Android operating system long limited to Google Pixel devices, has chosen the Motorola Signature 27 as its first officially supported non-Pixel phone. The move breaks the project's Pixel-only policy, offering users a hardware alternative outside Google's own lineup. Tech community discussion centers on what the Motorola device's specifications are and what this means for the future of hardened Android privacy options.
- 2GrapheneOS Messaging version 16 released●GrapheneOS Messaging version 16 released: https:// github.com/GrapheneOS/Messagin g/releases/tag/16 See the linked relea
GrapheneOS has released version 16 of its Messaging app, the secure messaging application developed alongside its privacy-focused Android operating system. The release notes summarize improvements over the previous version, with a full changelog available on GitHub and a forum thread open for user discussion. Users of the hardened mobile platform are discussing the update in privacy and security communities.
- 3GrapheneOS adds RCS and encryption to its messaging app●GrapheneOS is overhauling its default apps, adding RCS support and end-to-end encryption to its messaging app. 🔐 It also
GrapheneOS is overhauling its default apps, adding RCS support and end-to-end encryption to its messaging app. The privacy-focused Android project also plans a secure clipboard feature that prevents apps from reading clipboard contents without user permission. Privacy-conscious users welcomed the move as a step toward more secure, private defaults on de-Googled phones.
- 4GrapheneOS may skip Pixel 11 over dropped memory tagging support●GrapheneOS says it cannot complete its Pixel 11 port after Google dropped ARM Memory Tagging Extension support. 🔐 The pr
The GrapheneOS project says it will be unable to port its privacy-focused Android operating system to Google's Pixel 11, after Google removed support for ARM's Memory Tagging Extension from the new devices. GrapheneOS considers MTE essential to its security guarantees and says it may skip the Pixel 11 line entirely if the feature is not restored.
- 5GrapheneOS in focus on tech show 'Sans dépendances'●Cette semaine on parle de GrapheneOS sur "Sans dépendances". Chaque semaine on prend un usage du numérique et on propose
The French show 'Sans dépendances', which each week takes a digital use case and suggests alternatives to Big Tech services, is dedicating this week's episode to GrapheneOS. The team released a live session and a recap video explaining the privacy-focused mobile operating system: it is based on Android but runs without Google services and without Google's app stores, offering a way to use a smartphone while limiting dependence on GAFAM companies.
- 6MIT AI builds its own physics simulator to redesign graphene▼An MIT AI built its own physics simulator and used it to redesign graphene
Researchers at MIT report that an artificial intelligence system constructed its own physics simulator and applied it to redesign graphene, the one-atom-thick carbon material prized for its strength and conductivity. The result suggests AI can go beyond analysis to invent new tools for scientific simulation, a step with potential implications for materials science and engineering.
- 7Understanding GrapheneOS to move away from Google Android●Comprendre GrapheneOS pour mieux quitter Android Google https:// videos.stackgui.de/w/2UCDFBafd y2CQL2dosVbyy
A French-language explainer on GrapheneOS is circulating, presenting the privacy-focused mobile operating system as a way to keep using Android hardware while cutting ties with Google's services. The piece walks through how GrapheneOS works and what switching involves, tapping into growing interest in de-Googling smartphones among privacy-conscious users.
- 8London engineers build soft tunable lens that mimics the human eye●Engineers at Queen Mary University of London have developed a compact, electrically tunable lens that mimics the human e
Engineers at Queen Mary University of London have developed a compact, electrically tunable lens that mimics the human eye's ability to focus. Instead of traditional mechanical motors, the lens uses soft, responsive materials, with spray-coated reduced graphene oxide as a key component. The design could enable smaller, faster and quieter focusing systems for cameras, imaging devices and other optics applications.