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GenAI has become a table stakes tool for employees, due to the productivity gains and innovative capabilities it offers. Developers use it to write code, finance teams use it to analyze reports, and sales teams create customer emails and assets. Yet, these capabilities are exactly the ones that introduce serious security risks. Register to our upcoming webinar to learn how to prevent GenAI data leakage When employees input data into GenAI tools like ChatGPT, they often do not differentiate between sensitive and non-sensitive data. Research by LayerX indicates that one in three employees who use GenAI tools, also share sensitive information. This could include source code, internal financial numbers, business plans, IP, PII, customer data, and more. Security teams have been trying to address this data exfiltration risk ever since ChatGPT tumultuously entered our lives in November 2022. Yet, so far the common approach has been to either "allow all" or "block all", i.e allow the use

The landscape of browser security has undergone significant changes over the past decade. While Browser Isolation was once considered the gold standard for protecting against browser exploits and malware downloads, it has become increasingly inadequate and insecure in today's SaaS-centric world. The limitations of Browser Isolation, such as degraded browser performance and inability to tackle modern web-borne threats like phishing and malicious extensions, necessitate a shift towards more advanced solutions. These are the findings of a new report, titled " The Next Generation of RBI (Remote Browser Isolation) " ( Download here ). The Roots of Browser Isolation In the past, traditional signature-based antiviruses were commonly used to protect against on-device malware infections. However, they failed to block two main types of threats. The first, browser exploit, especially in Microsoft's Internet Explorer. The second, drive-by malware downloads, i.e using social e

For years, securing a company's systems was synonymous with securing its "perimeter." There was what was safe "inside" and the unsafe outside world. We built sturdy firewalls and deployed sophisticated detection systems, confident that keeping the barbarians outside the walls kept our data and systems safe. The problem is that we no longer operate within the confines of physical on-prem installations and controlled networks. Data and applications now reside in distributed cloud environments and data centers, accessed by users and devices connecting from anywhere on the planet. The walls have crumbled, and the perimeter has dissolved, opening the door to a new battlefield: identity . Identity is at the center of what the industry has praised as the new gold standard of enterprise security: "zero trust." In this paradigm, explicit trust becomes mandatory for any interactions between systems, and no implicit trust shall subsist. Every access request, regardless of its origin,

With the browser becoming the most prevalent workspace in the enterprise, it is also turning into a popular attack vector for cyber attackers. From account takeovers to malicious extensions to phishing attacks, the browser is a means for stealing sensitive data and accessing organizational systems. Security leaders who are planning their security architecture require data and insights into the browser threat landscape. Recently, LayerX released the " Annual Browser Security Report 2024 ", providing an in-depth analysis of the evolving threat landscape for browser security.  This comprehensive report highlights the critical vulnerabilities and attack vectors that pose the greatest risks to enterprise security. It allows decision-makers and stakeholders to benchmark the security challenges of their environment so they can make actionable decisions. Below, we detail key findings from the report and a summarized list of security recommendations. We urge you to read the entire  report ,

SaaS applications are dominating the corporate landscape. Their increased use enables organizations to push the boundaries of technology and business. At the same time, these applications also pose a new security risk that security leaders need to address, since the existing security stack does not enable complete control or comprehensive monitoring of their usage. LayerX has recently released a new guide, " Let There Be Light: Eliminating the Risk of Shadow SaaS " for security and IT teams, which addresses this gap. The guide explains the challenges of shadow SaaS, i.e., the use of unauthorized SaaS apps for work purposes, and suggests practices and controls that can mitigate them. The guide also compares various security controls that attempt to address this risk (CASB, SASE, Secure Browser Extension) and explains how each one operates and its efficacy. Consequently, the guide is a must-read for all security leaders at modern organizations. Here are the main highlights:

Compromising the browser is a high-return target for adversaries. Browser extensions, which are small software modules that are added to the browser and can enhance browsing experiences, have become a popular browser attack vector. This is because they are widely adopted among users and can easily turn malicious through developer actions or attacks on legitimate extensions. Recent incidents like  DataSpii  and the  Nigelthorn  malware attack have exposed the extent of damage that malicious extensions can inflict. In both cases, users innocently installed extensions that compromised their privacy and security. The underlying issue lies in the permissions granted to extensions. These permissions, often excessive and lacking granularity, allow attackers to exploit them. What can organizations do to protect themselves from the risks of browser extensions without barring them from use altogether (an act that would be nearly impossible to enforce)?  A new report by LayerX, "Unveiling the

The browser has become the main work interface in modern enterprises. It's where employees create and interact with data, and how they access organizational and external SaaS and web apps. As a result, the browser is extensively targeted by adversaries. They seek to steal the data it stores and use it for malicious access to organizational SaaS apps or the hosting machine. Additionally, unintentional data leakage via the browser has become a critical concern for organizations as well. However, traditional endpoint, network, and data protection solutions fail to protect this critical resource against advanced web-borne attacks that continuously rise in sophistication and volume. This gap leaves organizations exposed to phishing attacks, malicious browser extensions, data exposure, and data loss.  This is the challenge  LayerX  is attempting to solve. LayerX has developed a secure enterprise browser extension that can be mounted on any browser. The LayerX extension delivers comprehen

The landscape of browser security has undergone significant changes over the past decade. While Browser Isolation was once considered the gold standard for protecting against browser exploits and malware downloads, it has become increasingly inadequate and insecure in today's SaaS-centric world. The limitations of Browser Isolation, such as degraded browser performance and inability to tackle modern web-borne threats like phishing and malicious extensions, necessitate a shift towards more advanced solutions. These are the findings of a new report, titled " The Dark Side of Browser Isolation and the Next Generation of Browser Security " ( Download here ). The Roots of Browser Isolation In the past, traditional signature-based antiviruses were commonly used to protect against on-device malware infections. However, they failed to block two main types of threats. The first, browser exploit, especially in Microsoft's Internet Explorer. The second, drive-by malware down

As the adoption of generative AI tools, like ChatGPT, continues to surge, so does the risk of data exposure. According to Gartner's "Emerging Tech: Top 4 Security Risks of GenAI" report, privacy and data security is one of the four major emerging risks within generative AI.  A new webinar  featuring a multi-time Fortune 100 CISO and the CEO of LayerX, a browser extension solution, delves into this critical risk. Throughout the webinar, the speakers will explain why data security is a risk and explore the ability of DLP solutions to protect against them, or lack thereof. Then, they will delineate the capabilities required by DLP solutions to ensure businesses benefit from the productivity GenAI applications have to offer without compromising security.  The Business and Security Risks of Generative AI Applications GenAI security risks occur when employees insert sensitive texts into these applications. These actions warrant careful consideration, because the inserted data b

More and more organizations are choosing Google Workspace as their default employee toolset of choice. But despite the productivity advantages, this organizational action also incurs a new security debt. Security teams now have to find a way to adjust their security architecture to this new cloud workload. Some teams may rely on their existing network security solutions. According to a  new guide , this is a hit and a miss. Network solutions, the guide claims, just don't cover all SaaS and browsing requirements. Meanwhile, Google offers a wide range of native security functionalities built-in to Chrome. These functionalities enable the organization to leverage the browser for consolidating security, simplifying operations and reducing costs. If you're wary about trusting Chrome with your security, then the guide is recommended to read. In great detail, it explains which security features Chrome offers users. These include: Forcing users to sign into Chrome, to ensure the

Increasing cyber threats and attacks have made protecting organizational data a paramount concern for businesses of all sizes. A group of experts have recognized the pressing need for comprehensive browser security solutions and collaborated to develop "The Definitive  Browser Security RFP Template . " This resource helps streamline the process of evaluating and procuring browser security platforms. It provides organizations with a standardized approach to enhance their security posture by protecting the key employee workspace - the browser. The Importance of a Standardized RFP Template The RFP (Request for Proposal) template offers numerous advantages for organizations seeking robust browser security solutions. By promoting standardization, the RFP template ensures a consistent structure and format for proposals, saving time and effort for both the procurement team and vendors. Moreover, it facilitates clear and specific instructions to vendors, resulting in higher-qualit

The revolutionary technology of GenAI tools, such as ChatGPT, has brought significant risks to organizations' sensitive data. But what do we really know about this risk? A  new research  by Browser Security company LayerX sheds light on the scope and nature of these risks. The report titled "Revealing the True GenAI Data Exposure Risk" provides crucial insights for data protection stakeholders and empowers them to take proactive measures. The Numbers Behind the ChatGPT Risk By analyzing the usage of ChatGPT and other generative AI apps among 10,000 employees, the report has identified key areas of concern. One alarming finding reveals that 6% of employees have pasted sensitive data into GenAI, with 4% engaging in this risky behavior on a weekly basis. This recurring action poses a severe threat of data exfiltration for organizations. The report addresses vital risk assessment questions, including the actual scope of GenAI usage across enterprise workforces, the relati

In today's digital landscape, browser security has become an increasingly pressing issue, making it essential for organizations to be aware of the latest threats to browser security. That's why the Browser Security platform LayerX is hosting  a webinar  featuring guest speaker Paddy Harrington, a senior analyst at Forrester and the lead author of Forrester's browser security report "Securing The Browser In The World Of Anywhere Work ". During this webinar, Harrington will join LayerX CEO, to discuss the emergence of the browser security category, the browser security risk and threat landscape, and why addressing browser security can wait no longer. The webinar will also cover browser security solutions, explaining their pros, cons, and differences, and how organizations can work more securely in the browser. Additionally, the session will focus on using browser security solutions as a cost-saver for security teams. Participants will also get an exclusive opport

The browser serves as the primary interface between the on-premises environment, the cloud, and the web in the modern enterprise. Therefore, the browser is also exposed to multiple types of cyber threats and operational risks.  In light of this significant challenge, how are CISOs responding? LayerX, Browser Security platform provider, has polled more than 150 CISOs across multiple verticals and geolocations. They asked them about their security practices for SaaS access, BYOD, phishing, browser data loss and browser security. The results of this extensive poll can be found in the report "2023 Browser Security Survey". In this article, we bring a taste of the report. You can read all the results and analysis here . Main Highlights Organizations in the cloud are exposed to web-borne attacks. 87% of all-SaaS adopters and 79% of CISOs in a hybrid environment experienced a web-borne security threat in the past 12 months. Account takeover is a top concern. 48% list credential phis

In the short time since their inception, ChatGPT and other generative AI platforms have rightfully gained the reputation of ultimate productivity boosters. However, the very same technology that enables rapid production of high-quality text on demand, can at the same time expose sensitive corporate data. A recent  incident , in which Samsung software engineers pasted proprietary code into ChatGPT, clearly demonstrates that this tool can easily become a potential data leakage channel. This vulnerability introduces a demanding challenge for security stakeholders, since none of the existing data protection tools can ensure no sensitive data is exposed to ChatGPT. In this article we'll explore this security challenge in detail and show how browser security solutions can provide a solution. All while enabling organizations to fully realize ChatGPT's productivity potential and without having to compromise on data security.  The ChatGPT data protection blind spot: How can you govern