How to stay anonymous online with Temp Mail, VPNs, and encryption

A malicious Go module disguises as an SSH brute-force tool, scanning IPv4 for weak credentials, disabling host key verification, and exfiltrating stolen data via Telegram bot using HTTPS traffic. #SSHAttack #GoModule #TelegramBot link: https://ift.tt/uUj3w4i

Pryvaye Messenger uses Ephemeral Per-Session Key Exchange Pryvate uses ephemeral key exchange protocols, generating unique encryption keys for every session, ensuring that each call, message, or file transfer is protected with fresh cryptographic material. This prevents retrospective decryption, even if a previous session key were compromised.

We've published a new research piece on how a defensive mobile stack can become an operator foothold. TL;DR: unauthenticated report endpoints leak fleet intelligence, device-supplied metadata becomes stored XSS in the console, and a scan-time helper inside the Android agent can be coerced into code execution. The write-up also documents our client-side control bypass (pinning + integrity checks) used to safely study the agent in a lab. The article follows the full chain—recon at scale -> console compromise -> in-agent execution—then closes with practical guidance for administrators operating mobile security suites. Read the research and watch the PoC video -> https://lnkd.in/dJmDvBft Image to attach: the "Android SSL Pinning and Anti-Tamper Bypass" grid or your hero slide. Hashtags: #MobileSecurity #AndroidSecurity #RedTeam #ThreatResearch #AppSec #Infosec #ReverseEngineering #Frida #CVE

The perimeter isn’t where you left it. Agents are on the move, APIs are on fire, and your infrastructure is about as ready for this as a fax machine is for a DDoS. Tune into F5's Pop Goes the Stack for actionable steps to stay ahead in an AI-dominated future. http://ms.spr.ly/6043scdqz #AgenticAI #AppDelivery #AppSecurity

The perimeter isn’t where you left it. Agents are on the move, APIs are on fire, and your infrastructure is about as ready for this as a fax machine is for a DDoS. Tune into F5's Pop Goes the Stack for actionable steps to stay ahead in an AI-dominated future. http://ms.spr.ly/6047sg6c7 #AgenticAI #AppDelivery #AppSecurity

🔒 DNS encryption is gaining momentum with proposed standards such as DoT, DoH, and DoQ protecting DNS exchanges from external observers. One key piece? Discovery of Designated Resolvers (DDR) — a mechanism that lets clients learn the encryption settings of recursive resolvers. For RIPE Labs, Yevheniya Nosyk looks at DDR in action and how it’s being deployed in the wild: https://lnkd.in/e2e_mpjg With contributions from Andrzej Duda and Maciej Korczynski

The perimeter isn’t where you left it. Agents are on the move, APIs are on fire, and your infrastructure is about as ready for this as a fax machine is for a DDoS. Tune into F5's Pop Goes the Stack for actionable steps to stay ahead in an AI-dominated future. http://ms.spr.ly/6043si1a3 #AgenticAI #AppDelivery #AppSecurity

The perimeter isn’t where you left it. Agents are on the move, APIs are on fire, and your infrastructure is about as ready for this as a fax machine is for a DDoS. Tune into F5's Pop Goes the Stack for actionable steps to stay ahead in an AI-dominated future. http://ms.spr.ly/6041seJz5 #AgenticAI #AppDelivery #AppSecurity

What are the most attacked ports? Industry reports consistently identify RDP and SSH as the most frequently attacked ports on the internet. Recent Shodan scans reveal the staggering scope of this exposure: over 3.5 million systems worldwide have RDP port 3389 openly accessible, while an alarming 20+ million systems expose SSH port 22 to the internet.

Related to my previous post https://lnkd.in/gNWJ9C9V I added another option to reduce the load of vault (encryption engine) via envelope encryption, the vault now only generate keys, encrypt the key, and decrypt the key. Client use the generated key from vault to encrypt their payload before store it in cache and store the encryption key (that is already encrypted) as well. Now now, to make it easier, just look into the code yourself... https://lnkd.in/gy8p3ReF with this, the bottleneck will be on the client itself, and the vault responsibility are to generate key (and encrypt/decrypt it on the fly), it should be more efficient