https://www.youtube.com/watch?v=s7NtTqWCe24 ("admin/admin" or similar). If these aren't changed, an attacker can literally only log in. The Mirai botnet within 2016 famously contaminated thousands of IoT devices by merely trying a summary of standard passwords for devices like routers plus cameras, since consumers rarely changed all of them. - Directory listing enabled on the internet server, exposing almost all files if no index page is present. This may possibly reveal sensitive documents. - Leaving debug mode or verbose error messages in in production. Debug pages can give a wealth associated with info (stack records, database credentials, inside IPs). Even problem messages that are too detailed can help an opponent fine-tune an take advantage of. - Not placing security headers like CSP, X-Content-Type-Options, X-Frame-Options, etc., which can leave the iphone app vulnerable to attacks such as clickjacking or information type confusion. -- Misconfigured cloud storage space (like an AWS S3 bucket fixed to public when it should get private) – this specific has led to numerous data leaks wherever backup files or logs were widely accessible as a result of one configuration flag. -- Running outdated software program with known vulnerabilities is sometimes considered a misconfiguration or even an instance associated with using vulnerable elements (which is their own category, usually overlapping). - Incorrect configuration of accessibility control in cloud or container conditions (for instance, the administrative centre One breach many of us described also can be observed as the misconfiguration: an AWS role had extremely broad permissions KREBSONSECURITY. COM ). -- **Real-world impact**: Misconfigurations have caused plenty of breaches. One example: in 2018 a great attacker accessed a good AWS S3 safe-keeping bucket of a government agency because it seemed to be unintentionally left open public; it contained hypersensitive files. In internet apps, a little misconfigur