#Source Code Security Vulnerabilities

Anthropic dropped a new feature called Claude Code Security… #vibecoding #claude

Anyone used this tool? #cyber

Claude Code Security finds bugs experts missed for decades. Anthropic dropped a security scanner inside Claude Code. It reads your codebase the way a human researcher would. 500+ vulnerabilities found in production open source projects. Bugs nobody caught for years. You don't need a security team for your vibe coded apps anymore. Would you trust AI to audit your code? Tell me below. What's the scariest bug you've shipped without knowing? Have you tried any AI security tools yet? #ai #coding #aitools #programming #chatgpt

soc/threat-hunting related: 1.SSH Brute-Force Detection in Splunk Simulate SSH brute-force attacks and build Splunk dashboards with threshold-based alerts to detect credential abuse patterns. Tech: Kali, Metasploit, Nmap, Splunk, auth.log 2.Port Scan Detection Engineering Lab Perform multiple Nmap scan types and create SIEM queries to detect reconnaissance while reducing false positives. Tech: Kali, Nmap, Splunk or ELK 3.Reverse Shell Network Detection Study Generate reverse shells and analyze packet captures to identify abnormal outbound connections and suspicious ports. Tech: Kali, Netcat, Metasploit, Wireshark 4.End-to-End SOC Investigation Simulation Execute a full attack chain (scan, exploit, shell) and produce a structured incident timeline with detection evidence. Tech: Kali, Nmap, Metasploit, Wireshark, Splunk or ELK 5.Custom Log-Based Intrusion Detection Script Develop a Python or Bash script to detect brute-force patterns in Linux logs and forward structured alerts to a SIEM. Tech: Kali, Python or Bash, Splunk or ELK 6.Beaconing Traffic Detection Lab Simulate periodic command-and-control traffic and build time-based detection logic to identify beaconing behavior. Tech: Kali, Netcat, Wireshark, Splunk or ELK 7.Exploitation Visibility Analysis Exploit a vulnerable service and compare raw log visibility versus SIEM detection coverage to identify monitoring gaps. Tech: Kali, Metasploit, Splunk or ELK 8.Web Attack Detection in SIEM Simulate common web attacks and create detection queries for suspicious parameters, error spikes, and encoded payloads. Tech: Kali, Metasploit, Splunk or ELK 9.Network Baseline vs Attack Deviation Report Capture normal traffic, introduce attacks, and document behavioral differences in packet flow and port usage. Tech: Kali, Wireshark, Nmap, Splunk or ELK 10.Detection Rule Tuning & False Positive Reduction Build initial detection rules for scans and brute-force activity, then refine them to balance accuracy and noise reduction. Tech: Kali, Nmap, Metasploit, Splunk or ELK #project #cybersecurity #soc #kali #wireshark

Account Takeover via brute force attack #iha089 #newtool #vulnerablelabs #pythonhackers #newideas #accounttakeover #vulnerability #cybersecurity #bruteforce #programmers #new #today #powerofkali #labs #attack #blackhathacker #blackhatpython

📱 A phone number is not as private as you think. I entered one number… and public breach data did the rest. This isn’t hacking. This is awareness. 👀 Watch till the end for the full breakdown Learn Cybersecurity and Ethical Hacking and Linux 🐧🧑🏻‍💻 Follow + Comment “BOT” for the link📝📩 Follow:- @smit.decoded 🐧💻 #cybersecurity #ethicalhacking #viral #infosec #explore

A lot of you have been asking how I feel about Claude’s new security scanning feature, Claude Code Security, and here’s my honest take And yes, there IS a group that should actually be worried. 👇 do you think AI will replace your job? —— Follow @cyberjasbytes to stay on top of AI security —— #claude #codesecurity #appsec #anthropic 🏷️: code scanning sast application security ai tools ai security ai impact on jobs cybersecurity careers cybersecurity jobs Claude code ai updates ai news cybersecurity news security engineer coding developing

With the right tools in a controlled lab environment, a weak hashed password can fall almost instantly using brute force and dictionary attacks. That’s the reality. If your password is short, common, or reused, it’s not protection — it’s a delay 🔓 This is why strong passphrases, password managers, salting + hashing best practices, and going passwordless with passkeys or hardware tokens matter so much. Security isn’t about hoping no one tries. It’s about making attacks computationally unrealistic. If you want to understand how attacks work so you can defend against them properly, check the free training in my bio and learn how we break this down inside the community 🚀 #passwords #hacking #security #cyber #cybersecurity

Do these 4 things to protect against 90% of security vulnerabilities. Happy Building!

This AI tool can hack into your website to find critical security flaws and write a full report in 90 minutes. Meet Shannon, an open-source AI tool that scored 96% on the XBOW benchmark. While everyone is shipping code faster with AI tools, the need for strong security checks is going to explode, and Shannon directly addresses that gap. And if you want the GitHub link, just comment “bugs” and I’ll send it to you.

I’m showing you the OSINT playbook. We’re starting with one username and following the trail. You’ll see the exact “forbidden” techniques used to find linked accounts, emails, and even other photos. This is how they do it, so you can learn to protect yourself. DISCLAIMER: This video is for educational and awareness purposes ONLY. Do not abuse or misuse this information. Be smart, stay safe. I ONLY USED TEST DATA HERE NO REAL INFORMATION IS LEAKED IN THIS VIDEO #osint #cybersecurity #privacy #techtips #infosec #cyberawareness #educational

The image presents a humorous yet insightful take on how hackers identify vulnerabilities before launching a cyberattack. The caption at the top reads, “POV: Hackers finding the loophole before they hack into organization.” Below the caption is a dark, animated scene of a filing cabinet with multiple drawers. One drawer is slightly open, revealing organized folders inside. A glowing, ghost-like hand stretches toward the cabinet, reaching for a specific file as if it has already discovered exactly where the weakness is located. The glowing hand symbolizes a hacker who has already analyzed the system and pinpointed a vulnerability. Instead of randomly attacking, the hacker carefully searches through the “files,” representing systems, databases, or security layers, until they identify the exact loophole they can exploit. The dark environment emphasizes secrecy and stealth, highlighting how cyber threats often operate unnoticed in the background. Overall, the meme cleverly illustrates a key cybersecurity reality: attackers rarely break in blindly. They usually perform reconnaissance, scanning systems for weak configurations, outdated software, or mismanaged access controls before launching an attack. It serves as a reminder that organizations must proactively identify and patch vulnerabilities before malicious actors discover them. Video credit: @h4cker_nafeed #fypppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppppp