.NET is Microsoft's software development platform, and flaws in its runtimes or libraries can expose applications and services to attack.
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.NET is Microsoft’s software-development platform: a runtime, standard libraries, language support, and application frameworks used to build web services, APIs, desktop software, and other applications. The name covers modern, cross-platform .NET as well as the older Windows-focused .NET Framework, which have different release and support paths and should be distinguished during vulnerability management.
Security exposure can arise in the runtime, ASP.NET request-handling components, application configuration, and third-party NuGet packages. Vulnerabilities may enable code execution, denial of service, or unauthorized access when affected components are reachable or incorrectly used; insecure deserialization and weak authentication or authorization are recurring application-level concerns. Operators should inventory the exact runtime and framework versions, apply supported security updates, monitor transitive dependencies, and remove obsolete components. Developers should use platform-provided cryptography and TLS appropriately, validate untrusted input, protect secrets outside source code, and configure authentication and authorization explicitly.
Two point-of-sale (PoS) malware variants have been put to use by a threat actor to steal information related to more than 167,000 credit cards from payment terminals
With shops leaving VNC and RDP open, quelle surprise Cybercriminals have used two strains of point-of-sale (POS) malware to steal the details of more than 167,000 credit cards from payment terminals. If sold on underground forums, the haul could net the thieves upwards of $3.3 million.…