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The browser has become the main interface to GenAI for most enterprises: from web-based LLMs and copilots, to GenAI‑powered extensions and agentic browsers like ChatGPT Atlas . Employees are leveraging the power of GenAI to draft emails, summarize documents, work on code, and analyze data, often by copying/pasting sensitive information directly into prompts or uploading files.  Traditional security controls were not designed to understand this new prompt‑driven interaction pattern, leaving a critical blind spot where risk is highest. Security teams are simultaneously under pressure to enable more GenAI platforms because they clearly boost productivity.  Simply blocking AI is unrealistic. The more sustainable approach is to secure GenAI platforms where they are accessed by users: inside the browser session. The GenAI browser threat model The GenAI‑in‑the‑browser threat model must be approached differently from traditional web browsing due to several key factors.  Us...

In this article, we will provide a brief overview of Pillar Security's platform to better understand how they are tackling AI security challenges. Pillar Security is building a platform to cover the entire software development and deployment lifecycle with the goal of providing trust in AI systems. Using its holistic approach, the platform introduces new ways of detecting AI threats, beginning at pre-planning stages and going all the way through runtime. Along the way, users gain visibility into the security posture of their applications while enabling safe AI execution. Pillar is uniquely suited to the challenges inherent in AI security. Co-founder and CEO Dor Sarig comes from a cyber-offensive background, having spent a decade leading security operations for governmental and enterprise organizations. In contrast, co-founder and CTO Ziv Karlinger spent over ten years developing defensive techniques, securing against financial cybercrime and securing supply chains. Together, th...

Microsoft is warning about the potential abuse of Azure Service Tags by malicious actors to forge requests from a trusted service and get around firewall rules, thereby allowing them to gain unauthorized access to cloud resources. "This case does highlight an inherent risk in using service tags as a single mechanism for vetting incoming network traffic," the Microsoft Security Response Center (MSRC) said in a guidance issued last week. "Service tags are not to be treated as a security boundary and should only be used as a routing mechanism in conjunction with validation controls. Service tags are not a comprehensive way to secure traffic to a customer's origin and do not replace input validation to prevent vulnerabilities that may be associated with web requests." The statement comes in response to findings from cybersecurity firm Tenable, which found that Azure customers whose firewall rules rely on Azure Service Tags could be bypassed. There is no evidence t...

In the whirlwind of modern software development, teams race against time, constantly pushing the boundaries of innovation and efficiency. This relentless pace is fueled by an evolving tech landscape, where SaaS domination, the proliferation of microservices, and the ubiquity of CI/CD pipelines are not just trends but the new norm. Amidst this backdrop, a critical aspect subtly weaves into the narrative — the handling of non-human identities. The need to manage API keys, passwords, and other sensitive data becomes more than a checklist item yet is often overshadowed by the sprint toward quicker releases and cutting-edge features. The challenge is clear: How do software teams maintain the sanctity of secrets without slowing down their stride? Challenges in the development stage of non-human identities The pressure to deliver rapidly in organizations today can lead developers to take shortcuts, compromising security. Secrets are the credentials used for non-human identities. Some stan...

With the growing reliance on web applications and digital platforms, the use of application programming interfaces (APIs) has become increasingly popular. If you aren't familiar with the term, APIs allow applications to communicate with each other and they play a vital role in modern software development. However, the rise of API use has also led to an increase in the number of API breaches. These breaches occur when unauthorized individuals or systems gain access to an API and the data it contains. And as victims can attest, breaches can have devastating consequences for both businesses and individuals. One of the primary concerns with API breaches is the exposure of sensitive data. APIs often contain or provide access to personal or financial information, and if this data falls into the wrong hands, it can be used for fraudulent activities or identity theft. API breaches can also lead to severe reputational damage for businesses. Customers and stakeholders expect their informatio...