Cybersecurity burnout tour:
Pick a song clip you want to do - you're up, dude! @Cthulhu_Answers
Marine EDC. @HackingDave ?
The UTX-85® featuring a standard double edge blade housed in a smooth chassis given a colorful @Cerakote finish.
Bring out your inner child with these vibrant UTX-85®s. EDC should be reliable and durable, but nobody said it can't also be fun.
Will retweeted
中国社区逆向拆解了Claude的封号机制。以下是他们的发现
Claude使用积分制。注册时账号获得初始分数,之后根据行为加分或扣分。低于阈值直接封号。回分很难
影响分数的因素:
注册
> 干净IP是最重要的因素。不一定要家宽,但必须干净
> Gmail已经不是最优选,有权重更高的邮箱服务
> 注册时直接弹KYC的号可以扔了
> 用手机App注册会加分
支付
> 刚注册就订阅会扣分
> 直接上Max会大幅扣分。最好等两天先订Pro
> 支付时弹KYC说明账号在考察期,但不一定会封
> 国外实体银行卡加分。Google Play也行。虚拟卡扣分
使用
> 不要一次把限额用完。宁可两个号轮换也不要一个号撸到底
> Desktop客户端有少量加分。尽量少用网页端
> 手机端也有少量加分
> 开启记忆功能加分。记忆文件越多分越高
IP和设备
> 稳定性是关键。不要跳IP,尽量一直用同一个
> 代理必须全局模式并开启TUN
> 多设备登录大幅扣分。理想状态是一台电脑一个客户端
> 频繁换IP、频繁登录、高并发都会大幅扣分
账号年龄
> 老号有巨大的容错空间。2023年的号明显更高
> 分数随时间增长,但很慢
其他
> Windows和macOS没区别。Linux会扣分
> 时区和语言基本不影响。不会因为北京时间就封号
> 跟Claude说自己是中国人没问题,记忆不会触发封号
> 大量使用Fable会扣分
> 升级Max大概率进入观察期,除非是高权重老号
观察期和封号
> 接近阈值时账号可能进入观察期。典型特征是掉登录
> 观察期继续扣分就会封号
> 高分号可以扛过多次观察期
关注我,拆解你每天在用的服务背后到底怎么运作的
Air collisions may be a trend because everyone in a Tesla will be kick-flippin' their cars over traffic jams in Nashville.
HUMINT. We have it all figured out:
"OO: So, how'd you acquire the intel?
Me: Well, your neighbor folded because I asked 'how’s it going?' and then just… stood there." 🤣 🤣
#OPSEC365 179/365
HUMINT is the collection discipline most people forget to model against. Your adversary doesn't need to hack your devices if they can call your former employer, ask your neighbors, or socially engineer your friends for your new address.
Military OPSEC doctrine explicitly lists human intelligence as a primary threat vector. Your digital defenses are irrelevant if your human network leaks.
#OPSEC365
💻🐿
CYBERWARCON is BACK for 2026!
Registration and CFP are now officially open!
We’ll be in Arlington, VA+ virtually on November 20th, with Rob Joyce as our keynote.
cyberwarcon.com 1/x
For over three years, @LennertWo and I have worked on improving fault injection attacks against STM32F2 and STM32F4 devices to make them more repeatable and reliable. It's been a roller coaster of late nights, bricked chips, and questioning our life choices, resulting in over 100 million total glitches, a new attack strategy, and flash memory recovery from dozens of locked targets with a 100% success rate. I'm super proud of what we've done and happy to officially share it with the world!
grandideastudio.com/portfoli…
github.com/joegrand/stm32-fa…
youtube.com/watch?v=4LahQG09…































