#endtoendencryption — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #endtoendencryption, aggregated by home.social.
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#Apple :apple_inc: führt #RCS-Verschlüsselung in #iOS 26.5 ein: Das ist zu beachten | Mac & i https://www.heise.de/news/Ende-zu-Ende-Verschluesselung-fuer-RCS-mit-iOS-26-5-So-geht-s-11291023.html #encryption #Verschlüsselung #E2EE #EndToEndEncryption #End2EndEncryption #iOS265 #RichCommunicationServices
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#Apple :apple_inc: führt #RCS-Verschlüsselung in #iOS 26.5 ein: Das ist zu beachten | Mac & i https://www.heise.de/news/Ende-zu-Ende-Verschluesselung-fuer-RCS-mit-iOS-26-5-So-geht-s-11291023.html #encryption #Verschlüsselung #E2EE #EndToEndEncryption #End2EndEncryption #iOS265 #RichCommunicationServices
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#Apple :apple_inc: führt #RCS-Verschlüsselung in #iOS 26.5 ein: Das ist zu beachten | Mac & i https://www.heise.de/news/Ende-zu-Ende-Verschluesselung-fuer-RCS-mit-iOS-26-5-So-geht-s-11291023.html #encryption #Verschlüsselung #E2EE #EndToEndEncryption #End2EndEncryption #iOS265 #RichCommunicationServices
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#Apple :apple_inc: führt #RCS-Verschlüsselung in #iOS 26.5 ein: Das ist zu beachten | Mac & i https://www.heise.de/news/Ende-zu-Ende-Verschluesselung-fuer-RCS-mit-iOS-26-5-So-geht-s-11291023.html #encryption #Verschlüsselung #E2EE #EndToEndEncryption #End2EndEncryption #iOS265 #RichCommunicationServices
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#Apple :apple_inc: führt #RCS-Verschlüsselung in #iOS 26.5 ein: Das ist zu beachten | Mac & i https://www.heise.de/news/Ende-zu-Ende-Verschluesselung-fuer-RCS-mit-iOS-26-5-So-geht-s-11291023.html #encryption #Verschlüsselung #E2EE #EndToEndEncryption #End2EndEncryption #iOS265 #RichCommunicationServices
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#iOS 26.5, now available to all users, adds #endtoendencryption for #RCS messaging, a feature that will roll out gradually over the coming months. This update also includes new wallpapers, Apple Maps features, and more. https://9to5mac.com/2026/05/11/ios-26-5-adds-end-to-end-encryption-for-rcs-messaging-rolling-out-now/?eicker.news #tech #media #news
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#iOS 26.5, now available to all users, adds #endtoendencryption for #RCS messaging, a feature that will roll out gradually over the coming months. This update also includes new wallpapers, Apple Maps features, and more. https://9to5mac.com/2026/05/11/ios-26-5-adds-end-to-end-encryption-for-rcs-messaging-rolling-out-now/?eicker.news #tech #media #news
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#iOS 26.5, now available to all users, adds #endtoendencryption for #RCS messaging, a feature that will roll out gradually over the coming months. This update also includes new wallpapers, Apple Maps features, and more. https://9to5mac.com/2026/05/11/ios-26-5-adds-end-to-end-encryption-for-rcs-messaging-rolling-out-now/?eicker.news #tech #media #news
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#iOS 26.5, now available to all users, adds #endtoendencryption for #RCS messaging, a feature that will roll out gradually over the coming months. This update also includes new wallpapers, Apple Maps features, and more. https://9to5mac.com/2026/05/11/ios-26-5-adds-end-to-end-encryption-for-rcs-messaging-rolling-out-now/?eicker.news #tech #media #news
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#iOS 26.5, now available to all users, adds #endtoendencryption for #RCS messaging, a feature that will roll out gradually over the coming months. This update also includes new wallpapers, Apple Maps features, and more. https://9to5mac.com/2026/05/11/ios-26-5-adds-end-to-end-encryption-for-rcs-messaging-rolling-out-now/?eicker.news #tech #media #news
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Google and Apple finally bring encrypted RCS chats to Android and iPhone users
https://fed.brid.gy/r/https://nerds.xyz/2026/05/google-apple-encrypted-rcs-iphone-android/
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#Instagram Removes #EndToEndEncryption From #DirectMessages, Giving #Meta Access to Chat Content
:skype_giggle:
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#Instagram Removes #EndToEndEncryption From #DirectMessages, Giving #Meta Access to Chat Content
:skype_giggle:
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#Instagram Removes #EndToEndEncryption From #DirectMessages, Giving #Meta Access to Chat Content
:skype_giggle:
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#Instagram Removes #EndToEndEncryption From #DirectMessages, Giving #Meta Access to Chat Content
:skype_giggle:
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#Instagram Removes #EndToEndEncryption From #DirectMessages, Giving #Meta Access to Chat Content
:skype_giggle:
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Ende-zu-Ende-Verschlüsselung: #Instagram deaktiviert Privatsphärenschutz | Security https://www.heise.de/news/Ende-zu-Ende-Verschluesselung-Instagram-deaktiviert-Privatsphaerenschutz-11287210.html #Datenschutz #privacy #Verschlüsselung #encryption #E2EE #EndToEndEncryption #End2EndEncryption #SocialMedia
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Ende-zu-Ende-Verschlüsselung: #Instagram deaktiviert Privatsphärenschutz | Security https://www.heise.de/news/Ende-zu-Ende-Verschluesselung-Instagram-deaktiviert-Privatsphaerenschutz-11287210.html #Datenschutz #privacy #Verschlüsselung #encryption #E2EE #EndToEndEncryption #End2EndEncryption #SocialMedia
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Is this a #secure #MessagingApp? Maybe not yet, but it’s time to think about #DigitalPrivacy.
Imagine a #Messaging platform that’s as #secure as #Signal but requires #NoRegistration and #NoInstallation. By leveraging #WebRTC for direct #BrowserToBrowser communication, this #OpenSource project eliminates the #Middleman entirely. Simply share a unique #URL to establish an #Encrypted #PrivateChannel. It is a #Lightweight, #Disposable method to bypass #DataHarvesting and reclaim #DigitalSovereignty.
This project introduces a new #Paradigm in #ClientSide managed #Encryption. Send #Secure messages with #NoSetup, #NoCloud, and #NoTrace.
Experience the #Features:
* #PWA (#ProgressiveWebApp) for instant access
* #P2P (#PeerToPeer) connectivity
* #EndToEndEncryption (#E2EE)
* #SignalProtocol & #PostQuantum #Cryptography
* #Multimedia, #FileTransfer, & #VideoCalls
* #NoDatabase & #Stateless architecture
* #TURN server support for reliable connectionsWhile not yet a direct replacement for #Simplex or #WhatsApp, this introduces a unique approach to #SecureCommunication.
Try the #LiveDemo now:
https://p2p.positive-intentions.com/iframe.html?globals=&id=demo-p2p-messaging--p-2-p-messaging&viewMode=storyExplore the #Technical roadmap:
https://positive-intentions.com/docs/technical/p2p-messaging-technical-breakdownRead the full #Documentation:
https://positive-intentions.com/docs/technical#PrivacyTech #Privacy #CyberSecurity #Infosec #WebDev #JavaScript #Decentralized #EncryptionProtocol #QuantumResistant #Tech #FOSS #SoftwareEngineering #DataPrivacy #SecureChat #NoLog #P2PChat #WebRTCProtocol #Coding #DevCommunity #DigitalPrivacy #InternetFreedom #SecureMessaging #WebTech #AppDevelopment #CryptographyResearch #PrivateMessaging #WebPlatform #ZeroTrust #Innovation
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Is this a #secure #MessagingApp? Maybe not yet, but it’s time to think about #DigitalPrivacy.
Imagine a #Messaging platform that’s as #secure as #Signal but requires #NoRegistration and #NoInstallation. By leveraging #WebRTC for direct #BrowserToBrowser communication, this #OpenSource project eliminates the #Middleman entirely. Simply share a unique #URL to establish an #Encrypted #PrivateChannel. It is a #Lightweight, #Disposable method to bypass #DataHarvesting and reclaim #DigitalSovereignty.
This project introduces a new #Paradigm in #ClientSide managed #Encryption. Send #Secure messages with #NoSetup, #NoCloud, and #NoTrace.
Experience the #Features:
* #PWA (#ProgressiveWebApp) for instant access
* #P2P (#PeerToPeer) connectivity
* #EndToEndEncryption (#E2EE)
* #SignalProtocol & #PostQuantum #Cryptography
* #Multimedia, #FileTransfer, & #VideoCalls
* #NoDatabase & #Stateless architecture
* #TURN server support for reliable connectionsWhile not yet a direct replacement for #Simplex or #WhatsApp, this introduces a unique approach to #SecureCommunication.
Try the #LiveDemo now:
https://p2p.positive-intentions.com/iframe.html?globals=&id=demo-p2p-messaging--p-2-p-messaging&viewMode=storyExplore the #Technical roadmap:
https://positive-intentions.com/docs/technical/p2p-messaging-technical-breakdownRead the full #Documentation:
https://positive-intentions.com/docs/technical#PrivacyTech #Privacy #CyberSecurity #Infosec #WebDev #JavaScript #Decentralized #EncryptionProtocol #QuantumResistant #Tech #FOSS #SoftwareEngineering #DataPrivacy #SecureChat #NoLog #P2PChat #WebRTCProtocol #Coding #DevCommunity #DigitalPrivacy #InternetFreedom #SecureMessaging #WebTech #AppDevelopment #CryptographyResearch #PrivateMessaging #WebPlatform #ZeroTrust #Innovation
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Is this a #secure #MessagingApp? Maybe not yet, but it’s time to think about #DigitalPrivacy.
Imagine a #Messaging platform that’s as #secure as #Signal but requires #NoRegistration and #NoInstallation. By leveraging #WebRTC for direct #BrowserToBrowser communication, this #OpenSource project eliminates the #Middleman entirely. Simply share a unique #URL to establish an #Encrypted #PrivateChannel. It is a #Lightweight, #Disposable method to bypass #DataHarvesting and reclaim #DigitalSovereignty.
This project introduces a new #Paradigm in #ClientSide managed #Encryption. Send #Secure messages with #NoSetup, #NoCloud, and #NoTrace.
Experience the #Features:
* #PWA (#ProgressiveWebApp) for instant access
* #P2P (#PeerToPeer) connectivity
* #EndToEndEncryption (#E2EE)
* #SignalProtocol & #PostQuantum #Cryptography
* #Multimedia, #FileTransfer, & #VideoCalls
* #NoDatabase & #Stateless architecture
* #TURN server support for reliable connectionsWhile not yet a direct replacement for #Simplex or #WhatsApp, this introduces a unique approach to #SecureCommunication.
Try the #LiveDemo now:
https://p2p.positive-intentions.com/iframe.html?globals=&id=demo-p2p-messaging--p-2-p-messaging&viewMode=storyExplore the #Technical roadmap:
https://positive-intentions.com/docs/technical/p2p-messaging-technical-breakdownRead the full #Documentation:
https://positive-intentions.com/docs/technical#PrivacyTech #Privacy #CyberSecurity #Infosec #WebDev #JavaScript #Decentralized #EncryptionProtocol #QuantumResistant #Tech #FOSS #SoftwareEngineering #DataPrivacy #SecureChat #NoLog #P2PChat #WebRTCProtocol #Coding #DevCommunity #DigitalPrivacy #InternetFreedom #SecureMessaging #WebTech #AppDevelopment #CryptographyResearch #PrivateMessaging #WebPlatform #ZeroTrust #Innovation
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Is this a #secure #MessagingApp? Maybe not yet, but it’s time to think about #DigitalPrivacy.
Imagine a #Messaging platform that’s as #secure as #Signal but requires #NoRegistration and #NoInstallation. By leveraging #WebRTC for direct #BrowserToBrowser communication, this #OpenSource project eliminates the #Middleman entirely. Simply share a unique #URL to establish an #Encrypted #PrivateChannel. It is a #Lightweight, #Disposable method to bypass #DataHarvesting and reclaim #DigitalSovereignty.
This project introduces a new #Paradigm in #ClientSide managed #Encryption. Send #Secure messages with #NoSetup, #NoCloud, and #NoTrace.
Experience the #Features:
* #PWA (#ProgressiveWebApp) for instant access
* #P2P (#PeerToPeer) connectivity
* #EndToEndEncryption (#E2EE)
* #SignalProtocol & #PostQuantum #Cryptography
* #Multimedia, #FileTransfer, & #VideoCalls
* #NoDatabase & #Stateless architecture
* #TURN server support for reliable connectionsWhile not yet a direct replacement for #Simplex or #WhatsApp, this introduces a unique approach to #SecureCommunication.
Try the #LiveDemo now:
https://p2p.positive-intentions.com/iframe.html?globals=&id=demo-p2p-messaging--p-2-p-messaging&viewMode=storyExplore the #Technical roadmap:
https://positive-intentions.com/docs/technical/p2p-messaging-technical-breakdownRead the full #Documentation:
https://positive-intentions.com/docs/technical#PrivacyTech #Privacy #CyberSecurity #Infosec #WebDev #JavaScript #Decentralized #EncryptionProtocol #QuantumResistant #Tech #FOSS #SoftwareEngineering #DataPrivacy #SecureChat #NoLog #P2PChat #WebRTCProtocol #Coding #DevCommunity #DigitalPrivacy #InternetFreedom #SecureMessaging #WebTech #AppDevelopment #CryptographyResearch #PrivateMessaging #WebPlatform #ZeroTrust #Innovation
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Is this a #secure #MessagingApp? Maybe not yet, but it’s time to think about #DigitalPrivacy.
Imagine a #Messaging platform that’s as #secure as #Signal but requires #NoRegistration and #NoInstallation. By leveraging #WebRTC for direct #BrowserToBrowser communication, this #OpenSource project eliminates the #Middleman entirely. Simply share a unique #URL to establish an #Encrypted #PrivateChannel. It is a #Lightweight, #Disposable method to bypass #DataHarvesting and reclaim #DigitalSovereignty.
This project introduces a new #Paradigm in #ClientSide managed #Encryption. Send #Secure messages with #NoSetup, #NoCloud, and #NoTrace.
Experience the #Features:
* #PWA (#ProgressiveWebApp) for instant access
* #P2P (#PeerToPeer) connectivity
* #EndToEndEncryption (#E2EE)
* #SignalProtocol & #PostQuantum #Cryptography
* #Multimedia, #FileTransfer, & #VideoCalls
* #NoDatabase & #Stateless architecture
* #TURN server support for reliable connectionsWhile not yet a direct replacement for #Simplex or #WhatsApp, this introduces a unique approach to #SecureCommunication.
Try the #LiveDemo now:
https://p2p.positive-intentions.com/iframe.html?globals=&id=demo-p2p-messaging--p-2-p-messaging&viewMode=storyExplore the #Technical roadmap:
https://positive-intentions.com/docs/technical/p2p-messaging-technical-breakdownRead the full #Documentation:
https://positive-intentions.com/docs/technical#PrivacyTech #Privacy #CyberSecurity #Infosec #WebDev #JavaScript #Decentralized #EncryptionProtocol #QuantumResistant #Tech #FOSS #SoftwareEngineering #DataPrivacy #SecureChat #NoLog #P2PChat #WebRTCProtocol #Coding #DevCommunity #DigitalPrivacy #InternetFreedom #SecureMessaging #WebTech #AppDevelopment #CryptographyResearch #PrivateMessaging #WebPlatform #ZeroTrust #Innovation
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@visuallyperfect MAX как кейс: типичные баги, архитектурные провалы и почему это закономерно
Если отбросить маркетинг и смотреть на MAX как на инженерный продукт, то картина довольно прозрачная: перед нами типичный “быстро собранный мессенджер”, который пытаются масштабировать раньше, чем он стал устойчивым.
Разберём по слоям.
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1. Доставка сообщений: не гарантия, а вероятность
Симптоматика знакома: — сообщения приходят пачками
— дублируются
— часть переписки просто исчезаетЭто классический признак плохо настроенной eventual consistency. Судя по поведению, backend не обеспечивает строгую гарантию доставки (at-least-once / exactly-once), а плавает где-то между retry-логикой и race conditions.
Что это значит на практике: — повторная отправка → дубликаты
— сбой на клиенте → рассинхрон
— reconnect → “догоняющие” сообщенияЕсли система не умеет детерминированно разрешать конфликты — это не баг, это следствие архитектуры.
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2. Push-уведомления: рассинхрон между слоями
Типичный кейс: — пуш пришёл → сообщения нет
— сообщение есть → пуша нет
— всё приходит через 10–15 минутОсновной подозреваемый — интеграция с Firebase Cloud Messaging.
Но проблема глубже: — нет единого источника истины (source of truth)
— пуш и сообщение живут в разных транзакционных контекстах
— отсутствует нормальная idempotencyВ нормальной системе push — это просто триггер, а не отдельная сущность с собственной логикой.
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3. Клиент: UI как узкое место
Фризы, дерганый скролл, зависания — это не “мелкие баги”, это сигнал:
— список сообщений плохо виртуализирован
— перерасчёт layout идёт на основном потоке
— есть memory leaksТипичный стек-проблем: — RecyclerView захлёбывается на больших чатах
— битмапы не освобождаются
— кеширование сделано “на глаз”В результате: UI начинает быть bottleneck быстрее, чем сеть.
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4. Медиа: слабое место всех “быстрых” мессенджеров
Симптомы: — фото не уходят
— видео ломается
— загрузка зависаетЭто почти всегда: — нестабильный upload (chunking / retry)
— проблемы на CDN
— отсутствие контроля целостностиЕсли нет нормального pipeline: encode → upload → verify → deliver
— медиа будет ломаться системно.---
5. Сессии и авторизация
Самый раздражающий класс багов: — выкидывает из аккаунта
— слетает история
— “переавторизуйтесь”Это почти гарантированно: — проблемы с токенами
— гонки при обновлении сессии
— рассинхрон между клиентом и серверомЕсли auth не атомарен — вся система начинает вести себя хаотично.
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6. Краши и память
Если приложение: — падает при отправке файлов
— жрёт RAM
— умирает в фонезначит: — lifecycle не контролируется
— ресурсы не освобождаются
— тестирование на edge-кейсах отсутствуетЭто не “надо допилить” — это долг на уровне архитектуры клиента.
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7. Безопасность: отсутствие ясной модели
Ключевой вопрос — не “есть ли шифрование”, а: кто контролирует ключи и где происходит дешифровка?
Если нет прозрачной end-to-end модели, как у Signal, то: — сервер потенциально видит всё
— безопасность декларативнаяДаже Telegram с его спорной моделью MTProto выглядит более зрелым решением на фоне MAX.
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8. Масштабирование: система не держит нагрузку
Периодические “падения” — это не случайность.
Это означает: — нет горизонтального масштабирования
— нет нормального load balancing
— система не тестировалась под реальную нагрузкуТипичная ошибка: сначала релиз → потом попытка масштабировать → потом firefighting.
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Итог
MAX — не “глючный мессенджер”.
MAX — это: — backend без строгих гарантий
— клиент без оптимизации
— инфраструктура без запаса прочностиВсе наблюдаемые баги — не случайные. Они логично следуют из архитектурных решений.
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Почему это важно
Такие системы создают ложное ощущение стабильности: пока нагрузка низкая — “вроде работает”.
Но при росте: — баги становятся нормой
— доверие падает
— продукт превращается в технический долг---
Коротко
Если описать одной строкой:
MAX сейчас — это не продукт уровня production-grade мессенджера, а MVP, который по ошибке выпустили в массовое использование.
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Если нужно, могу разобрать: — как бы выглядела нормальная архитектура такого мессенджера
— или сравнить MAX с WhatsApp / Signal / Telegram на уровне протоколов и backend-дизайна#MAX
#Мессенджеры
#Инженерия
#SoftwareEngineering
#Backend
#DistributedSystems
#EventualConsistency
#MessageQueues
#PushNotifications
#FCM
#AndroidDev
#MobileDev
#UX
#Performance
#MemoryLeaks
#Scalability
#Reliability
#HighLoad
#DevOps
#Microservices
#CDN
#Security
#EndToEndEncryption
#Signal
#Telegram
#ITАнализ -
#Instagram will #discontinue #endtoendencryption for #directmessages after 8 May 2026, allowing Meta to access private messages. The change, which will likely raise #privacy concerns, may be linked to efforts to combat illegal material on the platform. https://www.androidpolice.com/instagram-is-getting-rid-of-end-to-end-encryption-for-dms/?eicker.news #tech #media #news
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Keet, the ultimate private messenger, connects devices directly, eliminating the need for servers and storing user messages. End-to-end encryption ensures only you and the recipient can read messages. Keet prioritizes privacy by design, eliminating middlemen, data collection, and compliance requirements. Download it for free at https://keet.io.
#Keet #P2P #Privacy #EndToEndEncryption #NoServers #PrivateMessaging #Decentralized #DigitalFreedom #SecureChat
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Microsoft Gave FBI BitLocker Encryption Keys, Exposing Privacy Flaw | Forbes
This is the future of which GCHQ wants for all global encryption:
#apple #encryption #endToEndEncryption #gchq #homeOffice #keyEscrow #privacy #surveillance“Microsoft confirmed to Forbes that it does provide BitLocker recovery keys if it receives a valid legal order. “While key recovery offers convenience, it also carries a risk of unwanted access, so Microsoft believes customers are in the best position to decide… how to manage their keys,” said Microsoft spokesperson Charles Chamberlayne.”
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Ende-zu-Ende-Verschlüsselung mit #RCS: Hinweise auf baldige #iOS-Umsetzung | Mac & i https://www.heise.de/news/Ende-zu-Ende-Verschluesselung-mit-RCS-Hinweise-auf-baldige-iOS-Umsetzung-11139480.html #RichCommunicationServices #Apple :apple_inc: #Verschlüsselung #encryption #E2EE #EndToEndEncryption #End2EndEncryption
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I wish there would be end-to-end encrypted, federated micro-blog social media. Social media entries and media aren't stored in plain text, but rather encrypted on the server, and only users who have subscribed to them have the ability to decrypt it.
#Fediverse #Mastodon #DecentralisedWeb #EndToEndEncryption #PrivacyMatters #SecureSocialMedia #ActivityPub #DigitalRights #DataOwnership #OnlinePrivacy #FederatedNetworks #CryptoSocial #PrivacyFirst #SelfHosting #OpenSource #DigitalFreedom #SafeSpacesOnline #EncryptionNow #SocialMediaReform #UserControl #NoSurveillance #DecentralisedSocial #TechForGood #PrivacyTools #DigitalSovereignty #StopDataHarvesting #OwnYourData #SecureMessaging #PrivacyActivism #DigitalJustice #Web3 #InformationSecurity #CyberSecurity #OnlineFreedom #ResistSurveillance
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Готово — английский перевод + хэштеги в конце.
Below is what I found about the Mycelium developers and the project itself (its goals, architecture, and status).
👤 Who is behind Mycelium — developers and initiators
Mycelium is developed by ThreeFold (ThreeFold Tech / ThreeFold Grid).
In official announcements, a contributor named **Lee Smet** is mentioned as leading the effort to build a new IPv6 overlay network.
The project is open-source, with the repository hosted on GitHub.
ThreeFold is an organization promoting decentralized networks and infrastructure. Mycelium is a component of their ecosystem — not a third-party plugin, but a native project.
🛠 What is Mycelium — architecture and key properties
Mycelium is:
An IPv6 overlay network written in Rust.
When joining, each node receives an IPv6 address from the `400::/7` range.
All connections are end-to-end encrypted; each node has a public/private key pair, and its network address is cryptographically tied to the private key.
The network is **locality-aware** — routing chooses optimal paths with minimal latency.
It supports multiple transport protocols: TCP, QUIC, etc.
Routing is inspired by (or partially based on) the **Babel routing protocol**.
Mycelium can operate without a TUN interface (as a **message bus only**) for lightweight encrypted data exchange.
The repository includes a **message-system** layer enabling encrypted messaging above the network layer.
📡 Project goals, design, and future direction
Mycelium aims to deliver a **secure, efficient and scalable** alternative to the traditional Internet with focus on privacy, decentralization, and resilience.
It is designed as part of the wider **ThreeFold Grid** ecosystem — serving as the network backbone for their services.
The developers target **planet-scale scalability**.
Mycelium is positioned not only as a private networking solution, but as infrastructure for many scenarios: secure P2P communications, self-hosting, IoT networking, decentralized services, cloud infrastructures, CDN-like usage, etc.
As of 2024–2025, Mycelium remains under active development — scaling is a key focus.
✅ Status, implementation and limitations
Mycelium is operational with builds available for Linux, macOS, Windows; iOS and Android are planned / in beta.
Documentation claims support for **up to ~100,000 nodes** within a single network.
Planned improvements include: enhanced resilience, NAT support, QUIC hole-punching, protocol expansion, easier deployment.
Mycelium is an actively maintained open-source project under the Apache-2.0 license.
🔎 Summary — strengths and potential risks
**Strengths:**
High-level security and privacy: true E2E encryption and crypto-bound addressing.
Decentralization — no single point of control.
Flexible: full IPv6 network or lightweight encrypted message bus.
Suitable for many use cases: private networking, P2P, IoT, remote work, decentralized services, private Internet access.
**Limitations / risks:**
Still maturing — global scaling goal remains unproven.
P2P overlay networks always depend on trust and correct configuration of peers.
Unclear real-world adoption and number of active nodes — affects reliability.
Some external services may still see public exit IP addresses (e.g., through NAT), which may reduce anonymity in practice.
If you want, I can **check live network metrics** — number of active nodes, adoption level, known issues, etc.
Hashtags
#Mycelium #ThreeFold #OverlayNetwork #IPv6 #RustLang #EndToEndEncryption #Decentralized #CyberSecurity #P2P #PrivateNetworking #SecureCommunication #NextGenInternet #ZeroTrust #NetworkingTech -
Готово — английский перевод + хэштеги в конце.
Below is what I found about the Mycelium developers and the project itself (its goals, architecture, and status).
👤 Who is behind Mycelium — developers and initiators
Mycelium is developed by ThreeFold (ThreeFold Tech / ThreeFold Grid).
In official announcements, a contributor named **Lee Smet** is mentioned as leading the effort to build a new IPv6 overlay network.
The project is open-source, with the repository hosted on GitHub.
ThreeFold is an organization promoting decentralized networks and infrastructure. Mycelium is a component of their ecosystem — not a third-party plugin, but a native project.
🛠 What is Mycelium — architecture and key properties
Mycelium is:
An IPv6 overlay network written in Rust.
When joining, each node receives an IPv6 address from the `400::/7` range.
All connections are end-to-end encrypted; each node has a public/private key pair, and its network address is cryptographically tied to the private key.
The network is **locality-aware** — routing chooses optimal paths with minimal latency.
It supports multiple transport protocols: TCP, QUIC, etc.
Routing is inspired by (or partially based on) the **Babel routing protocol**.
Mycelium can operate without a TUN interface (as a **message bus only**) for lightweight encrypted data exchange.
The repository includes a **message-system** layer enabling encrypted messaging above the network layer.
📡 Project goals, design, and future direction
Mycelium aims to deliver a **secure, efficient and scalable** alternative to the traditional Internet with focus on privacy, decentralization, and resilience.
It is designed as part of the wider **ThreeFold Grid** ecosystem — serving as the network backbone for their services.
The developers target **planet-scale scalability**.
Mycelium is positioned not only as a private networking solution, but as infrastructure for many scenarios: secure P2P communications, self-hosting, IoT networking, decentralized services, cloud infrastructures, CDN-like usage, etc.
As of 2024–2025, Mycelium remains under active development — scaling is a key focus.
✅ Status, implementation and limitations
Mycelium is operational with builds available for Linux, macOS, Windows; iOS and Android are planned / in beta.
Documentation claims support for **up to ~100,000 nodes** within a single network.
Planned improvements include: enhanced resilience, NAT support, QUIC hole-punching, protocol expansion, easier deployment.
Mycelium is an actively maintained open-source project under the Apache-2.0 license.
🔎 Summary — strengths and potential risks
**Strengths:**
High-level security and privacy: true E2E encryption and crypto-bound addressing.
Decentralization — no single point of control.
Flexible: full IPv6 network or lightweight encrypted message bus.
Suitable for many use cases: private networking, P2P, IoT, remote work, decentralized services, private Internet access.
**Limitations / risks:**
Still maturing — global scaling goal remains unproven.
P2P overlay networks always depend on trust and correct configuration of peers.
Unclear real-world adoption and number of active nodes — affects reliability.
Some external services may still see public exit IP addresses (e.g., through NAT), which may reduce anonymity in practice.
If you want, I can **check live network metrics** — number of active nodes, adoption level, known issues, etc.
Hashtags
#Mycelium #ThreeFold #OverlayNetwork #IPv6 #RustLang #EndToEndEncryption #Decentralized #CyberSecurity #P2P #PrivateNetworking #SecureCommunication #NextGenInternet #ZeroTrust #NetworkingTech -
Готово — английский перевод + хэштеги в конце.
Below is what I found about the Mycelium developers and the project itself (its goals, architecture, and status).
👤 Who is behind Mycelium — developers and initiators
Mycelium is developed by ThreeFold (ThreeFold Tech / ThreeFold Grid).
In official announcements, a contributor named **Lee Smet** is mentioned as leading the effort to build a new IPv6 overlay network.
The project is open-source, with the repository hosted on GitHub.
ThreeFold is an organization promoting decentralized networks and infrastructure. Mycelium is a component of their ecosystem — not a third-party plugin, but a native project.
🛠 What is Mycelium — architecture and key properties
Mycelium is:
An IPv6 overlay network written in Rust.
When joining, each node receives an IPv6 address from the `400::/7` range.
All connections are end-to-end encrypted; each node has a public/private key pair, and its network address is cryptographically tied to the private key.
The network is **locality-aware** — routing chooses optimal paths with minimal latency.
It supports multiple transport protocols: TCP, QUIC, etc.
Routing is inspired by (or partially based on) the **Babel routing protocol**.
Mycelium can operate without a TUN interface (as a **message bus only**) for lightweight encrypted data exchange.
The repository includes a **message-system** layer enabling encrypted messaging above the network layer.
📡 Project goals, design, and future direction
Mycelium aims to deliver a **secure, efficient and scalable** alternative to the traditional Internet with focus on privacy, decentralization, and resilience.
It is designed as part of the wider **ThreeFold Grid** ecosystem — serving as the network backbone for their services.
The developers target **planet-scale scalability**.
Mycelium is positioned not only as a private networking solution, but as infrastructure for many scenarios: secure P2P communications, self-hosting, IoT networking, decentralized services, cloud infrastructures, CDN-like usage, etc.
As of 2024–2025, Mycelium remains under active development — scaling is a key focus.
✅ Status, implementation and limitations
Mycelium is operational with builds available for Linux, macOS, Windows; iOS and Android are planned / in beta.
Documentation claims support for **up to ~100,000 nodes** within a single network.
Planned improvements include: enhanced resilience, NAT support, QUIC hole-punching, protocol expansion, easier deployment.
Mycelium is an actively maintained open-source project under the Apache-2.0 license.
🔎 Summary — strengths and potential risks
**Strengths:**
High-level security and privacy: true E2E encryption and crypto-bound addressing.
Decentralization — no single point of control.
Flexible: full IPv6 network or lightweight encrypted message bus.
Suitable for many use cases: private networking, P2P, IoT, remote work, decentralized services, private Internet access.
**Limitations / risks:**
Still maturing — global scaling goal remains unproven.
P2P overlay networks always depend on trust and correct configuration of peers.
Unclear real-world adoption and number of active nodes — affects reliability.
Some external services may still see public exit IP addresses (e.g., through NAT), which may reduce anonymity in practice.
If you want, I can **check live network metrics** — number of active nodes, adoption level, known issues, etc.
Hashtags
#Mycelium #ThreeFold #OverlayNetwork #IPv6 #RustLang #EndToEndEncryption #Decentralized #CyberSecurity #P2P #PrivateNetworking #SecureCommunication #NextGenInternet #ZeroTrust #NetworkingTech -
Готово — английский перевод + хэштеги в конце.
Below is what I found about the Mycelium developers and the project itself (its goals, architecture, and status).
👤 Who is behind Mycelium — developers and initiators
Mycelium is developed by ThreeFold (ThreeFold Tech / ThreeFold Grid).
In official announcements, a contributor named **Lee Smet** is mentioned as leading the effort to build a new IPv6 overlay network.
The project is open-source, with the repository hosted on GitHub.
ThreeFold is an organization promoting decentralized networks and infrastructure. Mycelium is a component of their ecosystem — not a third-party plugin, but a native project.
🛠 What is Mycelium — architecture and key properties
Mycelium is:
An IPv6 overlay network written in Rust.
When joining, each node receives an IPv6 address from the `400::/7` range.
All connections are end-to-end encrypted; each node has a public/private key pair, and its network address is cryptographically tied to the private key.
The network is **locality-aware** — routing chooses optimal paths with minimal latency.
It supports multiple transport protocols: TCP, QUIC, etc.
Routing is inspired by (or partially based on) the **Babel routing protocol**.
Mycelium can operate without a TUN interface (as a **message bus only**) for lightweight encrypted data exchange.
The repository includes a **message-system** layer enabling encrypted messaging above the network layer.
📡 Project goals, design, and future direction
Mycelium aims to deliver a **secure, efficient and scalable** alternative to the traditional Internet with focus on privacy, decentralization, and resilience.
It is designed as part of the wider **ThreeFold Grid** ecosystem — serving as the network backbone for their services.
The developers target **planet-scale scalability**.
Mycelium is positioned not only as a private networking solution, but as infrastructure for many scenarios: secure P2P communications, self-hosting, IoT networking, decentralized services, cloud infrastructures, CDN-like usage, etc.
As of 2024–2025, Mycelium remains under active development — scaling is a key focus.
✅ Status, implementation and limitations
Mycelium is operational with builds available for Linux, macOS, Windows; iOS and Android are planned / in beta.
Documentation claims support for **up to ~100,000 nodes** within a single network.
Planned improvements include: enhanced resilience, NAT support, QUIC hole-punching, protocol expansion, easier deployment.
Mycelium is an actively maintained open-source project under the Apache-2.0 license.
🔎 Summary — strengths and potential risks
**Strengths:**
High-level security and privacy: true E2E encryption and crypto-bound addressing.
Decentralization — no single point of control.
Flexible: full IPv6 network or lightweight encrypted message bus.
Suitable for many use cases: private networking, P2P, IoT, remote work, decentralized services, private Internet access.
**Limitations / risks:**
Still maturing — global scaling goal remains unproven.
P2P overlay networks always depend on trust and correct configuration of peers.
Unclear real-world adoption and number of active nodes — affects reliability.
Some external services may still see public exit IP addresses (e.g., through NAT), which may reduce anonymity in practice.
If you want, I can **check live network metrics** — number of active nodes, adoption level, known issues, etc.
Hashtags
#Mycelium #ThreeFold #OverlayNetwork #IPv6 #RustLang #EndToEndEncryption #Decentralized #CyberSecurity #P2P #PrivateNetworking #SecureCommunication #NextGenInternet #ZeroTrust #NetworkingTech -
Готово — английский перевод + хэштеги в конце.
Below is what I found about the Mycelium developers and the project itself (its goals, architecture, and status).
👤 Who is behind Mycelium — developers and initiators
Mycelium is developed by ThreeFold (ThreeFold Tech / ThreeFold Grid).
In official announcements, a contributor named **Lee Smet** is mentioned as leading the effort to build a new IPv6 overlay network.
The project is open-source, with the repository hosted on GitHub.
ThreeFold is an organization promoting decentralized networks and infrastructure. Mycelium is a component of their ecosystem — not a third-party plugin, but a native project.
🛠 What is Mycelium — architecture and key properties
Mycelium is:
An IPv6 overlay network written in Rust.
When joining, each node receives an IPv6 address from the `400::/7` range.
All connections are end-to-end encrypted; each node has a public/private key pair, and its network address is cryptographically tied to the private key.
The network is **locality-aware** — routing chooses optimal paths with minimal latency.
It supports multiple transport protocols: TCP, QUIC, etc.
Routing is inspired by (or partially based on) the **Babel routing protocol**.
Mycelium can operate without a TUN interface (as a **message bus only**) for lightweight encrypted data exchange.
The repository includes a **message-system** layer enabling encrypted messaging above the network layer.
📡 Project goals, design, and future direction
Mycelium aims to deliver a **secure, efficient and scalable** alternative to the traditional Internet with focus on privacy, decentralization, and resilience.
It is designed as part of the wider **ThreeFold Grid** ecosystem — serving as the network backbone for their services.
The developers target **planet-scale scalability**.
Mycelium is positioned not only as a private networking solution, but as infrastructure for many scenarios: secure P2P communications, self-hosting, IoT networking, decentralized services, cloud infrastructures, CDN-like usage, etc.
As of 2024–2025, Mycelium remains under active development — scaling is a key focus.
✅ Status, implementation and limitations
Mycelium is operational with builds available for Linux, macOS, Windows; iOS and Android are planned / in beta.
Documentation claims support for **up to ~100,000 nodes** within a single network.
Planned improvements include: enhanced resilience, NAT support, QUIC hole-punching, protocol expansion, easier deployment.
Mycelium is an actively maintained open-source project under the Apache-2.0 license.
🔎 Summary — strengths and potential risks
**Strengths:**
High-level security and privacy: true E2E encryption and crypto-bound addressing.
Decentralization — no single point of control.
Flexible: full IPv6 network or lightweight encrypted message bus.
Suitable for many use cases: private networking, P2P, IoT, remote work, decentralized services, private Internet access.
**Limitations / risks:**
Still maturing — global scaling goal remains unproven.
P2P overlay networks always depend on trust and correct configuration of peers.
Unclear real-world adoption and number of active nodes — affects reliability.
Some external services may still see public exit IP addresses (e.g., through NAT), which may reduce anonymity in practice.
If you want, I can **check live network metrics** — number of active nodes, adoption level, known issues, etc.
Hashtags
#Mycelium #ThreeFold #OverlayNetwork #IPv6 #RustLang #EndToEndEncryption #Decentralized #CyberSecurity #P2P #PrivateNetworking #SecureCommunication #NextGenInternet #ZeroTrust #NetworkingTech -
#MOVIM 0.31 "#Kameny" has been released (#Jabber / #XMPP / #PHP / #SQL / #MariaDB / #MySQL / #PostgreSQL / #SocialNetwork / #SocialFeed / #PubSub / #E2EE / #EndToEndEncryption / #E2EEncryption / #OMEMO) https://movim.eu/
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#RCS-Messaging: Ende-zu-Ende-Verschlüsselung kommt, verspricht #Apple :apple_inc: | Mac & i https://www.heise.de/news/RCS-Messaging-Ende-zu-Ende-Verschluesselung-kommt-verspricht-Apple-10316337.html #RichCommunicationServices #messaging #Verschlüsselung #encryption #E2EE #EndToEndEncryption
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Apple vs. UK — ADP E2EE Back Door Faceoff – Source: securityboulevard.com https://ciso2ciso.com/apple-vs-uk-adp-e2ee-back-door-faceoff-source-securityboulevard-com/ #Won’tsomebodythinkofthechildren? #FiveEyesIntelligenceAlliance #SecurityBoulevard(Original) #Government&RegulatoryNews #rssfeedpostgeneratorecho #UKInvestigatoryPowersAct #childsexualexploitation #InvestigatoryPowersAct #ApplicationSecurity #endtoendencryption #AppleDataSecurity #childexploitation #CyberSecurityNews #Identity&Access
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Congress is PISSED at British Backdoor Bid, but Apple Stays Shtum – Source: securityboulevard.com https://ciso2ciso.com/congress-is-pissed-at-british-backdoor-bid-but-apple-stays-shtum-source-securityboulevard-com/ #Won’tsomebodythinkofthechildren? #FiveEyesIntelligenceAlliance #SecurityBoulevard(Original) #Government&RegulatoryNews #rssfeedpostgeneratorecho #childsexualexploitation #InvestigatoryPowersAct #ApplicationSecurity #endtoendencryption #AppleDataSecurity #childexploitation #ChildAbuse
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China is Still Inside US Networks — It’s Been SIX Months – Source: securityboulevard.com https://ciso2ciso.com/china-is-still-inside-us-networks-its-been-six-months-source-securityboulevard-com/ #Chinesestatesponsoredcyberattacks #SecurityBoulevard(Original) #Chinanexuscyberespionage #rssfeedpostgeneratorecho #Analytics&Intelligence #Chinanexuscyberattacks #PeoplesRepublicofChina #SaltTyphooncyberattack #Chinesecyberespionage #ChineseHackingGroups #ChinalinkedHackers #endtoendencryption #Chinese