Coalition, Inc.’s Post

Over 100,000 websites using Polyfill JS code are open to malicious attacks. If you use any code from the polyfill.io domain in your websites, you should immediately remove it. Get more details in Coalition, Inc.'s latest security alert blog.

Over 100,000 websites using Polyfill JS code are open to malicious attacks. If you use any code from the polyfill.io domain in your websites, you should immediately remove it. Get more details in Coalition, Inc.'s latest security alert blog.

Over 100,000 websites using Polyfill JS code are open to malicious attacks. If you use any code from the polyfill.io domain in your websites, you should immediately remove it. Get more details in Coalition, Inc.'s latest security alert blog.

How Can Web Cache Poisoning Vulnerabilities and Attacks Be Prevented? How Can Web Cache Poisoning Vulnerabilities and Attacks Be Prevented? What Tools Can Help Detect Cache Poisoning Vulnerabilities? Protecting Against Web Cache Poisoning: What Can You Do? Can Detectify Help Uncover Web Cache Poisoning Vulnerabilities? Can Local DNS Cache Poisoning Put Your System at Risk? Web cache poisoning attacks can be performed in a few ways. One technique involves unkeying the query string of a request, adding a malicious payload, and then reflecting the result in the response. This poisoning method would prevent a client from receiving the requested response unless they explicitly specify a query string. Another attack involves converting the reflected XSS to stored XSS, which may evade detection in more complicated scenarios. To read more, go to: https://lnkd.in/gGa-zrXS

👀 Web applications contain vulnerabilities hackers can – and do – exploit. This e-book from Barracuda is proving very popular with our customers, so we wanted to give you another opportunity to take a look. Find out how to guard against: 💀 API vulnerabilities 🐞 Bot attacks ⚠️ Client-side attacks. More importantly, find out how to fill any gaps in your application security to protect against these evolving threats👉 https://buff.ly/3x2FGY7 #appsecurity #applications

What is malicious code? “Malicious code refers to specific lines or segments of code within a program or script that are designed to carry out malicious actions e.g. cause harm, exploit vulnerabilities, or compromise the security and functionality of a computer system, network, or device without the knowledge or consent of the user.”  Malicious code can take various forms and can have a wide range of malicious intent - and users must be aware of this threat so they can take affirmative action. Read more about it: https://lnkd.in/dRAjwQRK

How Can Web Cache Poisoning Vulnerabilities and Attacks Be Prevented? How Can Web Cache Poisoning Vulnerabilities and Attacks Be Prevented? What Tools Can Help Detect Cache Poisoning Vulnerabilities? Protecting Against Web Cache Poisoning: What Can You Do? Can Detectify Help Uncover Web Cache Poisoning Vulnerabilities? Can Local DNS Cache Poisoning Put Your System at Risk? Web cache poisoning attacks can be performed in a few ways. One technique involves unkeying the query string of a request, adding a malicious payload, and then reflecting the result in the response. This poisoning method would prevent a client from receiving the requested response unless they explicitly specify a query string. Another attack involves converting the reflected XSS to stored XSS, which may evade detection in more complicated scenarios. To read more, go to: https://lnkd.in/eG5JtT_P

How Can Web Cache Poisoning Vulnerabilities and Attacks Be Prevented? How Can Web Cache Poisoning Vulnerabilities and Attacks Be Prevented? What Tools Can Help Detect Cache Poisoning Vulnerabilities? Protecting Against Web Cache Poisoning: What Can You Do? Can Detectify Help Uncover Web Cache Poisoning Vulnerabilities? Can Local DNS Cache Poisoning Put Your System at Risk? Web cache poisoning attacks can be performed in a few ways. One technique involves unkeying the query string of a request, adding a malicious payload, and then reflecting the result in the response. This poisoning method would prevent a client from receiving the requested response unless they explicitly specify a query string. Another attack involves converting the reflected XSS to stored XSS, which may evade detection in more complicated scenarios. To read more, go to: https://lnkd.in/exdcSexD

Uploading a safe data? 🕷 📂 Vulnearbilities can arise if proper validation is overlooked in file upload actions. 🛡 Learn what common scenarios are and how you can avoid being a victum of malicious uploads. https://lnkd.in/eTzbJamn #vulnerabilities #cybersecurity #offensivesecurity #informationsecurity #databreach #appsecuresecurity