Anti-tampering refers to specialized security control mechanisms designed to prevent unauthorized modification, alteration, or reverse engineering of software, applications, or hardware components. As a critical facet of application and software security, these measures detect and thwart malicious attempts to compromise the integrity, functionality, or intellectual property of digital assets. The primary objective is ensuring that code, data, and system binaries remain in their intended state, protected from malware injection, licensing circumvention, or extraction of proprietary algorithms.

Anti-tampering employs various defensive techniques including cryptographic checksums, code obfuscation, environmental detection, and self-defense mechanisms that monitor for abnormal execution contexts such as debugging or virtualization. By proactively sensing and responding to unauthorized probes or changes, these safeguards protect critical systems against exploitation, data breaches, and intellectual property theft. Deployment of anti-tampering is fundamental for maintaining trust in critical applications, protecting sensitive information, and preserving the operational integrity of complex software architectures in today's threat landscape.