TGINSIGHT SIMILAR POSTS
Source channel @olddriverGDstudy · Post #98 · Sep 12
#舔逼三步 第一步（初舔B） 亲阴唇时要把女性的明唇尽量吸吮到嘴里，用舌头轻扫轻舔，女性会觉得阴唇部位特别有点痒，她很想你亲更多位置，亲得更广些，别理她们，你亲你的就行了，你可以趁着她们正享受着的时候，轻轻的咬一下她的阴唇她肯定会“啊”的一下惊叫，身子抽动一下，在她还没来得及说话时，你快速把嘴唇整个贴在她的阴道口，这种做法可以让女性一下子感觉到整个阴部很温暖很舒服， 刚才的那声“啊”还没叫完就变成“噢”的一轻呼了。这时开始应该动手了，你应该用大拇指轻轻的将她的阴唇向两边分开蛋出女性的阴道口，用舌头在阴道口周围打转绕圈，时轻时重，时而整个嘴唇贴上。 这时候你可以稍为停下不亲阴道口，而是用湿润的舌尖轻轻撩几下她的阴蒂，把她的感觉从明蒂里撩拨起来，女性会轻叫几下，然后你再回去亲她的明道口和阴唇。 第二步（挑逗期） 不要在这时候再亲她的阴蒂，要让女性半吊在那种感觉里，而且男性要开始从女性的会阴处向阴蒂方向往上轻舔，慢点，舌头到达阴道口时左右拨动，把阴唇一边拨开一边向上继续舔，一点点向阴蒂部位接近。就是偏不要亲到阴蒂那，差不多到的时候你用舌尖轻轻的，越轻越好，只是在她的阴蒂上轻扫轻点一下（舌头要含点口水) ，随即反方向按上述亲法朝阴道口部位舔去。这样会把女性给急死的，她一急，自然就兴奋了。亲阴道口时，舌头长的男性可以尝试把舌头插入女性的明道内搅动。舌头宽厚的男性可以把舌头由阴道口自下往上扫动。 第三步（猛攻） 现在开始可以集中精力夺取“珍珠”了，清把舌头上移至女性的阴蒂处集中精力。女性的阴蒂是非常敏感的，如果你太大力舔动，她的痛感多过快感，就没意思了。亲吻阴蒂要注意几点，舌头一定要湿、轻、尖，一定要保持舌头湿润，亲舔阴蒂时一定要轻，要用舌尖来舔。进攻明蒂要用“点、挑、拨、压、搅”五字诀。点，是指用舌尖轻点轻触女性的阴蒂顶端;挑，是指舌头从阴蒂下面向上挑动；拔，是用舌头左右拨动女性的阴蒂；压，是时不时用舌头压女性的阴蒂，把它稍为压下即可；搅，是当你含住女性的阴蒂时用舌头在明蒂四周搅动。进攻明蒂要用“点、挑、拨、压、视员五字决，点，是指用舌尖轻点控用女性的阴蒂顶端;挑，是指舌头从阴蒂下面向上挑动; 拔，是用舌头左右拨动女性的阴蒂;压，是时不时用活头压女性的阴蒂，把它稍为压下即可， 搅，是当你含住女性的阴蒂时用舌头在阴蒂四周搅动。你可以感觉到她们的阴蒂下似乎有点筋会在跳动，这在你含着女性的阴蒂时感觉非常明显。不要随便中断女性的感觉，动作要平均，因为你突然而快节奏的动作很容易让女性到达高潮。觉得可以给对方高潮时，应该用整个嘴唇含住女性的阴蒂部位， 上嘴唇压在阴蒂上方的阴毛根部，下嘴唇左石分开女性的阴唇，尽量贴近阴道口,用口含住女性的阴蒂(留点空间)，让女性觉得她的阴蒂是飘浮在你的嘴里的，用五字决发动进攻。让对方猛的一阵抽搐，看着她快到时，轻轻一放，然后马上又含上去。 (评论区附图解) 标签：#知识，#技巧
Search: #encryption
@cryptosentinel · Post #3212 · 11/28/2022, 10:41 AM
Elon Musk has confirmed that #Twitter 2.0 - The Everything App - will bring end-to-end #encryption (E2EE) for direct messages and long-form tweets to the platform. Read: https://thehackernews.com/2022/11/elon-musk-confirms-twitter-20-will.html
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@tonlines · Post #6873 · 04/21/2025, 09:45 AM
⚡️Du Rove's Channel: France's Encryption Debate Continues #encryption#freedom#privacy Last month, France's Senate passed a law for mandatory messaging app backdoors for police, but it was rejected by the National Assembly, preserving citizens' privacy. Despite rejection, the debate reignites as the Paris Police Prefect supports the law. Du Rove's Channel highlights the importance of encryption for protecting ordinary people's privacy and the ongoing need to defend digital freedoms. Source: link @tonlines
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@libreware · Post #1141 · 05/26/2023, 01:58 PM
SimpleX Chat: private and secure cross platform messenger without any user IDs (not even random) :~ E2E-encrypted messages with markdown and editing :~ E2E-encrypted images and files :~ Decentralized secret groups — only users know they exist :~ E2E-encrypted voice messages :~ Disappearing messages :~ E2E-encrypted audio and video calls :~ Portable encrypted database — move your profile to another device :~Incognito mode — unique to SimpleX Chat Website : https://simplex.chat/ SimpleX Chat (SimpleX Chat - e2e encrypted messenger without any user IDs - private by design!) https://f-droid.org/packages/chat.simplex.app/ Quick start – https://simplex.chat/docs/guide/readme.html #SimpleXchat#security#privacy#encryption#E2EE #FLOSS
@libreware · Post #1140 · 05/26/2023, 01:15 PM
KryptEY - Secure E2EE communication An Android keyboard for secure end-to-end-encrypted messages through the Signal protocol in any messenger. Communicate securely and independent, regardless of the legal situation or whether messengers use E2EE. No server needed. https://github.com/amnesica/KryptEY F-Droid https://f-droid.org/packages/com.amnesica.kryptey/ IzzyOnDroid https://android.izzysoft.de/repo/apk/com.amnesica.kryptey Reminder : new apps available in F-Droid app may not emmediatly show on the F-Droid web site ( ie when you share the link app it returns a 404 error ) some extra time is needed for both to be available https://gitlab.com/fdroid/wiki/-/wikis/FAQ#how-long-does-it-take-for-my-app-to-show-up-on-website-and-client #encryption#keyboard#E2EE #messenger#security#Signal
@githubtrending · Post #14900 · 07/02/2025, 02:30 PM
#c_lang#cryptography#decryption#encryption#openssl#ssl#tls OpenSSL is a free, open-source toolkit that helps secure data by using strong encryption methods like TLS, SSL, and QUIC protocols. It includes libraries for cryptography and a command-line tool to create keys, certificates, encrypt data, and test security. OpenSSL is widely trusted and used by many software and websites to protect sensitive information during transmission, ensuring privacy and data integrity. It works on many operating systems and is regularly updated by a global community. Using OpenSSL helps you build secure applications and protect communications from cyber threats easily and reliably[1][3][5]. https://github.com/openssl/openssl
@CryptoM · Post #65386 · 04/13/2026, 04:05 AM
🚀 Telegram CEO Criticizes WhatsApp's Encryption Practices Telegram CEO Pavel Durov has criticized WhatsApp's end-to-end encryption, labeling it as a 'massive consumer fraud.' According to ChainCatcher, Durov highlighted that approximately 95% of private messages are stored in unencrypted backups on Apple and Google servers. Durov expressed concerns that this situation poses a risk to user privacy. Despite WhatsApp's claims of using end-to-end encryption for message transmission, the backup mechanism fails to ensure complete encryption of user information. His remarks have sparked industry attention regarding privacy protection measures in mainstream communication applications. #Telegram#WhatsApp#Encryption#Privacy#DataSecurity#PavelDurov#CyberSecurity#MessagingApps#TechNews#EndToEndEncryption
@CryptoM · Post #64880 · 04/10/2026, 06:24 AM
🚀 Security Concerns Arise Over LLM Agent API Routers On April 10, Solayer founder @Fried_rice highlighted on social media the growing reliance of large language model (LLM) agents on third-party API routers, which distribute tool call requests to multiple upstream providers. According to BlockBeats, these routers operate as application layer proxies and can access each JSON payload in plaintext during transmission. However, no provider currently enforces encryption integrity protection between the client and upstream models. A study tested 28 paid routers purchased from platforms like Taobao, Xianyu, and Shopify independent sites, along with 400 free routers collected from public communities. The findings revealed that one paid router and eight free routers were actively injecting malicious code. Additionally, two routers deployed adaptive evasion triggers, 17 accessed AWS Canary credentials owned by researchers, and one stole ETH from a private key held by researchers. Further poisoning studies demonstrated that seemingly harmless routers could also be exploited. A leaked OpenAI key was used to generate 100 million GPT-5.4 tokens and over seven Codex sessions. Weaker bait configurations resulted in 2 billion billing tokens, 99 credentials across 440 Codex sessions, and 401 sessions running autonomously in YOLO mode. The research team developed an experimental proxy named Mine, capable of executing all four types of attacks on four public proxy frameworks. They also verified three client defense strategies: fault lock strategy gating, response-side anomaly screening, and append-only transparent logging. #LLM#API#Security#CyberSecurity#Malware#DataBreach#Encryption#Proxy#AI#MachineLearning#ETH
@Besnow_Cloud · Post #3771 · 09/20/2025, 01:14 PM
《从 GFW 泄露文件审视网络代理的未来》 9 月 11 日，一份从 GFW 内部流出的文件（见 gfw.report 的报告, 或 TG 推文）颠覆了许多人对代理安全的既有认知：已快进到 通过植入证书来进行 MitM。 1️⃣ 当前主流的 “双层 TLS” 或不再安全 “双层 TLS” 代理思路：将真正想访问的网站流量 (内层 TLS )，用代理工具另套一层加密 (外层 TLS )，然后发往墙外。 ❯❯❯ 以期实现，让审查者只能看到 “外层” 目的地，却无法窥探 “内层” 具体内容❓ 💡然而，泄露文件及其讨论 1、讨论 2 等指出：只要你设备的 “证书” 被污染，无论套多少层加密或隧道技术，对于 #GFW 也不过是👙衣不蔽体🩲。 2️⃣ GFW 新技术：以主动 MitM 来监管流量 对于 TLS 代理，攻击者如何做到这一点？答案是污染上网设备的根证书。 简言之，你的终端设备里本就内置一些《信任白名单》(根证书)，用于打开各类网站。而 GFW 的新技术，能通过 蜜汁证书➕MitM 随时监控、解密你的流量——只需通过各种手段 [见 4️⃣ 后记]，把它的《蜜汁证书》悄悄植入，成为潜伏在你设备里的内鬼，丝滑小连招即成。 💡该思路与 iOS 部分代理 #App 的 MitM 去广告等场景类似。只是在 #去广告 场景中，你是主动安装第三方证书。而在 GFW 新技术场景中，你是被动植入第三方 (投毒) 证书❗️ 3️⃣ 今后的安全标准：或不能停留在 “传统加密” 面对 “主动 MitM” 和 “被动解密” 的双重威胁，更安全的代理协议要满足： ➊ 抗证书污染：协议不依赖一个可被轻易污染的客户端证书信任体系。 ➋ 客户端配置安全：配置泄露后，不影响过去＋未来的流量安全。 ➌ 前向安全：服务器密钥泄露后，不影响过去的历史流量安全。 以此为标杆，SS / Trojan / VMess 等协议 (族) 在后两项上几乎 0 分。 截至今日，VLESS 相关的 #Reality 协议 和 #抗量子加密 (Post-Quantum Encryption, 简称 Encryption) 新特性 都尝试破局。 ❯❯❯ 其中，前者在 GFW Pro Max 的新疆，表现与 #HY2 同属遥遥领先的协议；但后者的疗效如何，还有待观察。 💡 ━ 据悉，个别 #专线#中转 机场已经或计划考虑转用 VLESS 及 Encryption。 ━ 现仅 ⓵ Xray >= v25.9.5 [9月5日更新]、⓶ Mihomo >= v1.19.13 [8月27日更新] 等极个别核心的新版本支持 Encryption 特性❗️ ━ 基于上述核心的 App 名单，见海豚测速-代理工具篇。可利用版本号按图索骥 🔍 协议 / 新特性 支持动向。 4️⃣ 后记 近年来，一些看似孤立的事件似乎正在串联成一条微妙的时间线： ━ 2021 起，具有极高系统权限的 #反诈App 开始大规模推广。 ━ 2023 起，运营商通过 TR-069 协议 #远程控制光猫 的传闻甚嚣尘上，甚至部分激进的省市禁止改桥接。国行安卓固件，也据传内置反诈❓ ━ 2024 起，小米、一加等安卓厂商终于按捺不住收紧国行 #Root 权限申请；iPhone 国行固件也据传妥协内置反诈❓ ━ 2025 起，有无 内置反诈 或已不重要，内置《蜜汁证书》即可……❓ 接下来的情况或更加严峻，#代理协议 开发者与 GFW 免不了新一轮的斗智斗勇。明天，你还会翻墙吗？ #漫谈#技术杂谈#vless#抗量子#encryption#xray#mihomo
@libreware · Post #1475 · 07/21/2025, 04:42 PM
#TBOT Show 7: The Significance of Dorsey’s Bitchat, Worlds First eSIM Hack, Mexico’s Digital ID, New Show Source Insights Took a week off and now I’m back. 😎 (with a new addition to the show?!) (also - big sorry for the show being 40 minutes) WATCH THE SHOW ON SUBSTACK https://odysee.com/@takebackourtech:f/tbot-show-7:6 Here’s the stories for the week: Jack #Dorsey’s #Bitchat - The Real Story: The tech mogul Jack Dorsey released a censorship proof messaging app in late June - named Bitchat. It runs a #bluetooth#mesh network, end to end #e2e#encryption, and rolling IDs and is picking up traction. I share my thoughts on the app, and concerns I have - but that’s not even the real story. I think Jack has a bigger message than just the app. World’s First #eSIM Hack: A security lab out of Poland just demonstrated a hack on one of the largest SIM providers for IoT devices. We’ll get techy in our understanding and ask the question, could this impact our phones? #DigitalID, Coming Soon To #Mexico: The Mexican government has signed a new #Biometric#ID law, known as the CURP. How is this enforced and what does it mean for Mexican residents? Find out today. Decentralized #Video Conferencing: Recently I’ve been relying more on video conferences instead of calling people, especially while traveling. Good thing I’ve got the #Jitsi app, I’ll show you my setup! #videocall New Show, “Source Insights”: You follow #TBOT to stay informed on tech freedom. Now go deeper with a new weekly show “Source Insights”, where Hakeem shares his tools, lifestyle and productivity tips, entrepreneurial advice, wisdom from guides, and personal experiences. Go deeper, join me as a Source Seeker. Unlock access with a paid subscription. UNLOCK ACCESS 🪄 We aim for our show to be well-researched, well-informed and focused on the most impactful stories ⭐️ PLUS - Each story comes with recommendations and there’s one cool tech trick or open-source solution every week. We’ll be publishing full posts and clips of each of these stories soon. Share this post with your crew. 🚢 👩💻Get private phones, laptops, and tablets 📲SIM Swap Survival Guide Webinar
@SpeedCentre · Post #12776 · 10/09/2025, 12:21 AM
《参数汇总：代理工具的协议支持 & Apps与通用核心的隶属》 如两张图所示 VLESS 家族过于庞大，仅节选机场节点常用的特性/分支。 待有统计数据后，会再补充一些信息…… To be announced…… 网页版地址: https://www.haitunt.org/cheatsheet.html ⚠️这不是一份测评，而是纯粹的协议参数汇总表 #app#协议#代理工具#代理核心#代理协议#mihomo#singbox#xray#v2ray#v2fly#dae#大鹅#surge#小火箭#loon#stash#qx#surfboard#vless#reality#encryption#hy2#anytls#windows#win#macos#linux#openwrt#路由器#华硕#小米#软路由#插件#内网穿透#参数#速查手册#cheatsheet
@clashios · Post #58 · 10/09/2025, 05:54 AM
《参数汇总：代理工具的协议支持 & Apps与通用核心的隶属》 如两张图所示 VLESS 家族过于庞大，仅节选机场节点常用的特性/分支。 待有统计数据后，会再补充一些信息…… To be announced…… 网页版地址: https://www.haitunt.org/cheatsheet.html ⚠️这不是一份测评，而是纯粹的协议参数汇总表 #app#协议#代理工具#代理核心#代理协议#mihomo#singbox#xray#v2ray#v2fly#dae#大鹅#surge#小火箭#loon#stash#qx#surfboard#vless#reality#encryption#hy2#anytls#windows#win#macos#linux#openwrt#路由器#华硕#小米#软路由#插件#内网穿透#参数#速查手册#cheatsheet