Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

Brandjacking refers to the malicious act of using a brand’s identity to deceive or defraud customers. It usually involves impersonating a reputable brand to gain unauthorized access to sensitive information or exploit the trust associated with the brand. Attackers often leverage the reputation of well-known brands using social engineering techniques, phishing emails, fake websites, and malicious packages in open source repositories.

Typosquatting represents a significant threat to cybersecurity. But what exactly is it? How does it work? What threats does it pose to your cybersecurity? How can you prevent these threats and how can you deploy application security against them?

This is the third part of a blog series on AI-powered application security. Following the first two parts that presented concerns associated with AI technology, this part covers suggested approaches to cope with AI concerns and challenges. In my previous blog posts, I presented major implications of AI use on application security, and examined why a new approach to application security may be required to cope with these challenges.

Software vulnerability patching plays a critical role in safeguarding your code base, software, applications, computer systems, and networks against potential threats, and ensuring they’re compliant, and optimized for efficiency. Organizations’ codebases have become increasingly complex, involving sophisticated relationships between components and their dependencies.

AI-related security risk manifests itself in more than one way. It can, for example, result from the usage of an AI-powered security solution that is based on an AI model that is either lacking in some way, or was deliberately compromised by a malicious actor. It can also result from usage of AI technology by a malicious actor to facilitate creation and exploitation of vulnerabilities.

Software and applications make the world go round. This naturally makes them a top attack target for threat actors, and highlights the importance of robust software supply chain compliance. But how do companies build and implement a compliance strategy that solves the challenges of modern application security? Let’s take a look.

Imagine the following scenario. A developer is alerted by an AI-powered application security testing solution about a severe security vulnerability in the most recent code version. Without concern, the developer opens a special application view that highlights the vulnerable code section alongside a display of an AI-based code fix recommendation, with a clear explanation of the corresponding code changes.

A relatively new way of strengthening your software supply chain security is to apply Supply Chain Levels for Software Artifacts (SLSA) in tandem with other tools such as software bills of materials (SBOMs), software composition analysis (SCA) for open source, and static application security testing (SAST) for proprietary code. Let’s take a look at what SLSA is and how its different levels work.

So many things seem like a good idea at the time. The Red Sox selling Babe Ruth to the Yankees. Decca Records rejecting The Beatles. “New” Coca-Cola. Blockbuster passing on buying Netflix. The formation of Nickelback. Just popping into Ikea for a “quick” look around. Of course, we know differently. And the same can be said about copying and pasting code.