Innovation and Technology

Why Browser Security Is Now Critical to Enterprise Cybersecurity

Published

6 days ago

May 3, 2025

Why Browser Security Is Now Critical to Enterprise Cybersecurity

The browser has quietly ascended to become the enterprise’s most critical—and most vulnerable—point of exposure thanks to hybrid work, SaaS-driven operations, and everyday AI adoption. While security teams have long focused on networks, endpoints, and identities, the digital workplace has migrated to the browser itself, creating an expansive blind spot that traditional defenses were never designed to see, let alone secure.

As organizations embrace flexibility and cloud-native workflows, the browser now governs access to sensitive data, manages interactions with GenAI tools, and mediates connections to countless sanctioned and unsanctioned SaaS applications. The stakes have never been higher, and yet browser-layer security remains an often-overlooked frontier.

The Shifting Risk Landscape

Sensitive data now routinely traverses browser sessions. Unauthorized apps—so-called “shadow SaaS”—are adopted by employees without security oversight. Identity credentials flow through browser tabs where malicious extensions, session hijacking, or phishing attacks can exploit them.

According to Forrester Research, over 80% of employees now perform all or most of their work within a browser, reinforcing the idea that the browser is no longer peripheral—it’s foundational. Or Eshed, co-founder and CEO of LayerX, explains, “The browser is the nerve center of the modern workplace. However, traditional security solutions—such as endpoint protection, DLP, and SASE/SSE—do not provide adequate protection for the browser and the data that goes through it.”

Despite this evolution, many enterprises still rely heavily on network-centric defenses like Secure Service Edge, which often lack visibility into encrypted browser sessions or the nuances of in-browser activity. This gap leaves organizations exposed to a new generation of threats.

The Complexity of Securing the Last Mile

Securing browser activity presents a delicate balancing act. Organizations cannot simply lock down browser functionality without risking significant disruption to productivity and user experience. Replacing standard browsers with secure enterprise versions is one approach, but it often encounters fierce resistance from users unwilling to abandon familiar workflows. Meanwhile, network- and endpoint-based controls struggle to observe or govern the real-time user behavior inside browser sessions.

Part of the challenge lies in the browser’s unique position at the intersection of network security, endpoint security, identity management, and data protection. Traditional tools address parts of the problem but often fail to provide a cohesive, real-time defense at the browser layer itself.

Eshed notes that the risk is not just from external attacks but also from user behavior. “If you’re under attack by an external attack vector, then where users spend most of their day is where that attack is most likely to happen. And if your primary concern is from user error, the browser is where that user error is most likely to occur.”

Innovative Paths Forward

Recognizing the browser’s rising strategic importance, cybersecurity innovators are exploring multiple paths to mitigate the risk.

Secure enterprise browsers aim to reimagine the browsing experience from the ground up, embedding governance and security controls into purpose-built platforms. However, these solutions often face adoption hurdles due to their disruption of familiar user workflows.

A parallel movement focuses on integrating security natively into existing browsers through lightweight, enterprise-grade extensions. These approaches aim to deliver real-time visibility, control sensitive data flows, prevent malicious activities, and govern GenAI tool usage—all while maintaining a frictionless user experience.

The growing interest in browser-native security reflects a broader trend: protecting the browser is a necessity for organizations operating in a perimeter-less, SaaS-first world.

Investment and Enterprise Adoption

The strategic importance of browser security is increasingly visible in market dynamics. LayerX Security just announced an $11 million extension to its Series A funding round, led by Jump Capital, with continued participation from initial backers Glilot Capital Partners and Dell Technologies Capital, bringing its total raise to $45 million. While LayerX is one example, the funding reflects a wider acknowledgment from investors that browser security is emerging as a distinct and necessary pillar within enterprise security architectures.

Enterprise adoption patterns reinforce this momentum. Organizations across industries are seeking solutions that provide real-time monitoring, control over data use in SaaS apps and GenAI tools, and protection against browser-based threats—without forcing users to abandon their preferred browsers or workflows.

Rethinking the Enterprise Security Stack

For CISOs and security architects, addressing browser-layer risk requires a fundamental rethink. Evaluating solutions means focusing on critical attributes:

Real-time session visibility: Observing user behavior and application interactions beyond login events.
Data flow control: Governing how sensitive information moves between applications, users, and AI tools within browser sessions.
Extension governance: Managing the proliferation of browser add-ons that can introduce security vulnerabilities.
Identity session integrity: Protecting authenticated browser sessions against hijacking or misuse.

Security leaders must also be mindful not to replicate past mistakes—overcomplicating architectures or degrading the user experience in the name of protection. The most effective browser security solutions will be those that empower security teams while preserving the fluid, familiar workflows users expect.

Elevating Browser Security

The browser is no longer just a portal to the web—it is the new perimeter of the enterprise. As SaaS and GenAI adoption accelerates, organizations must extend their security strategies to fully encompass the browser environment where today’s work actually happens.

Browser security is evolving from an overlooked necessity into a foundational pillar of enterprise security, alongside endpoint, network, and identity protections. Those who recognize and act on this shift early will be better equipped to navigate an increasingly complex and dynamic threat landscape—safeguarding users, data, and operations in the process.

Conclusion

The growing role of the browser in enterprise workflows is reshaping cybersecurity priorities. As the primary point of exposure for many organizations, browser security can no longer be overlooked. It requires a comprehensive approach that includes real-time session visibility, data flow control, extension governance, and identity session integrity. By prioritizing browser security, organizations can protect their most valuable assets and stay ahead of emerging threats.

FAQs

What is the primary challenge in securing browser activity?
The primary challenge is balancing security with user experience, as locking down browser functionality can disrupt productivity.
How do traditional security solutions fail to address browser security?
Traditional solutions often lack visibility into encrypted browser sessions and the nuances of in-browser activity, leaving organizations exposed to new threats.
What are the critical attributes for evaluating browser security solutions?
Real-time session visibility, data flow control, extension governance, and identity session integrity are key attributes to consider.
Why is browser security becoming a foundational pillar of enterprise security?
Browser security is becoming essential due to the increasing use of SaaS applications, GenAI tools, and the browser as the primary point of exposure for many organizations.
What is the benefit of integrating security natively into existing browsers?
Integrating security into existing browsers provides real-time visibility, control over data flows, and prevention of malicious activities while maintaining a frictionless user experience.

Related Topics:BrowserCentric Revolution Security

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Innovation and Technology

Accelerating AI with Co-Processors

Published

4 hours ago

May 9, 2025

WORxK Global News Team

Introduction to AI Co-Processors

Most chips today are built from a combination of customized logic blocks that deliver some special sauce, and off-the-shelf blocks for commonplace technologies such as I/O, memory controllers, etc. But there is one needed function that has been missing; an AI co-processor.

In AI, the special sauce has been the circuits that do the heavy-lifting of parallel matrix operations. However, other types of operations used in AI do not lend themselves well to such matrix and tensor operators and silicon. These scalar and vector operators for computing activations and averages are typically calculated on a CPU or a digital signal processor (DSP) to speed vector operations.

Designers of custom AI chips often use a network processor unit coupled with a DSP block from companies like Cadence or Synopsys to accelerate scalar and vector calculations. However, these DSPs also include many features that are irrelevant to AI. Consequently, designers are spending money and power on unneeded features.

Enter AI Co-Processors

Large companies that design custom chips address this by building in their own AI Co-Processor. Nvidia Orin Jetson uses a vector engine called PVA, Intel Gaudi uses its own vector processor within its TPCs, Qualcomm Snapdragon has its vector engine within the Hexagon accelerator, as does the Google TPU.

AI co-processors work alongside AI matrix engines in many accelerators today. But what if you are an automotive, TV, or edge infrastructure company designing your own AI ASIC for a specific application? Until now, you had to either design your own co-processor, or license a DSP block and only use part of it for your AI needs.

The New AI Co-Processor Building Block

Cadence Design has now introduced an AI co-processor, called the Tensilica NeuroEdge, which can deliver roughly the same performance of a DSP but consumes 30% less die area (cost) on an SoC. Since NeuroEdge was derived from the Cadence Vision DSP platform, it is fully supported by an existing robust software stack and development environment.

An AI SoC can have CPUs, AI block like GPUs, Vision processors, NPUs, and now AI co-processors to accelerate the entire AI workload. The new co-processor can be used with any NPU, is scalable, and helps circuit design teams get to market faster with a fully tested and configurable block. Designers will combine CPUs from Arm or RISC-V, NPUs from EDA firms like Synopsys and Cadence, and now the “AICP” from Cadence, all off-the-shelf designs and chiplets.

The AICP was born from the Vision DSP, and is configurable to meet a wide-range of compute needs. The NeuroEdge supports up to 512 8×8 MACs with FP16, 32, and BD16 support. It connects with the rest of the SoC using AXI, or using Cadence’s HBDO (High-Bandwidth Interface). Cadence has high hopes for NeuroEdge in the Automotive market, and is ready for ISO 26262 Fusa certification.

NeuroEdge fully supports the NeuroWeave AI compiler toolchain for fast development with a TVM-based front-end.

My Takeaway

With the rapid proliferation of AI processing in physical AI applications such as autonomous vehicles, robotics, drones, industrial automation and healthcare, NPUs are assuming a more critical role. Today, NPUs handle the bulk of the computationally intensive AI/ML workloads, but a large number of non-MAC layers include pre- and post-processing tasks that are better offloaded. Current CPU, GPU and DSP solutions required tradeoffs, and the industry needs a low-power, high-performance solution that is optimized for co-processing and allows future proofing for rapidly evolving AI processing needs. Cadence is the first to take that step.

Conclusion

In conclusion, the introduction of the Tensilica NeuroEdge AI co-processor by Cadence Design is a significant development in the field of AI processing. It addresses the need for a low-power, high-performance solution that is optimized for co-processing and allows future proofing for rapidly evolving AI processing needs. With its configurable design and support for a wide range of compute needs, NeuroEdge is poised to play a critical role in the development of AI applications in various industries.

FAQs

Q: What is an AI co-processor?
A: An AI co-processor is a specialized processor designed to work alongside AI matrix engines to accelerate scalar and vector calculations in AI applications.
Q: What is the Tensilica NeuroEdge AI co-processor?
A: The Tensilica NeuroEdge AI co-processor is a new AI co-processor introduced by Cadence Design, which delivers roughly the same performance as a DSP but consumes 30% less die area (cost) on an SoC.
Q: What are the benefits of using the NeuroEdge AI co-processor?
A: The benefits of using the NeuroEdge AI co-processor include low power consumption, high performance, and configurability to meet a wide range of compute needs.
Q: What industries can benefit from the NeuroEdge AI co-processor?
A: Various industries such as automotive, TV, edge infrastructure, autonomous vehicles, robotics, drones, industrial automation, and healthcare can benefit from the NeuroEdge AI co-processor.
Q: Is the NeuroEdge AI co-processor supported by a software stack and development environment?
A: Yes, the NeuroEdge AI co-processor is fully supported by an existing robust software stack and development environment, including the NeuroWeave AI compiler toolchain.

Innovation and Technology

Industry-Specific Solutions

Published

8 hours ago

May 9, 2025

WORxK Global News Team

With the rise of hybrid and remote work, tools for hybrid and remote work have become essential for businesses to thrive. In today’s fast-paced world, companies need tailored solutions to stay ahead of the competition. Industry-specific solutions cater to the unique needs of each sector, providing a competitive edge.

Main Benefits of Industry-Specific Solutions

Industry-specific solutions offer numerous benefits, including increased efficiency, improved customer satisfaction, and enhanced data security. By leveraging these solutions, businesses can streamline their operations, reduce costs, and improve their bottom line.

Increased Efficiency

Industry-specific solutions automate tasks, freeing up staff to focus on high-value activities. This leads to increased productivity, reduced errors, and faster turnaround times. For instance, in the healthcare sector, electronic health records (EHRs) have improved patient care and reduced administrative burdens.

Improved Customer Satisfaction

Tailored solutions enable businesses to provide personalized experiences, leading to higher customer satisfaction rates. In the retail industry, for example, loyalty programs and personalized marketing campaigns have become essential for building strong customer relationships.

Enhanced Data Security

Industry-specific solutions often include robust security measures, protecting sensitive data from cyber threats. In the financial sector, for instance, secure online payment systems and encryption technologies have become crucial for safeguarding customer information.

Industry-Specific Solutions for Key Sectors

Different industries have unique requirements, and tailored solutions can address these needs.

Healthcare

In the healthcare sector, industry-specific solutions include EHRs, telemedicine platforms, and medical billing software. These solutions improve patient care, streamline clinical workflows, and reduce administrative costs.

Retail

In the retail industry, solutions like inventory management systems, point-of-sale software, and e-commerce platforms have become essential. These solutions help retailers manage their supply chains, optimize pricing, and provide seamless customer experiences.

Financial Services

In the financial sector, industry-specific solutions include online banking platforms, investment management software, and risk management tools. These solutions enable financial institutions to provide secure, efficient, and personalized services to their customers.

Implementing Industry-Specific Solutions

Implementing tailored solutions requires careful planning, execution, and ongoing support.

Assessing Business Needs

The first step in implementing industry-specific solutions is to assess business needs and identify areas for improvement. This involves analyzing current workflows, identifying pain points, and determining the required functionality.

Selecting the Right Solution

Once business needs have been assessed, the next step is to select the right solution. This involves evaluating different vendors, comparing features and pricing, and reading reviews from other customers.

Training and Support

After implementing a tailored solution, it is essential to provide training and support to staff. This ensures a smooth transition, minimizes disruption, and maximizes the benefits of the new solution.

Challenges and Limitations

While industry-specific solutions offer numerous benefits, there are also challenges and limitations to consider.

High Costs

One of the main challenges is the high cost of implementing and maintaining tailored solutions. This can be a barrier for small and medium-sized businesses with limited budgets.

Complexity

Another challenge is the complexity of implementing and integrating industry-specific solutions. This requires significant technical expertise and can be time-consuming.

Scalability

Finally, there is the challenge of scalability. As businesses grow, their solutions must also scale to meet increasing demands. This requires flexible and adaptable solutions that can evolve with the business.

Future of Industry-Specific Solutions

The future of industry-specific solutions is exciting, with emerging technologies like artificial intelligence, blockchain, and the Internet of Things (IoT) set to transform various sectors.

Artificial Intelligence

AI will play a significant role in enhancing industry-specific solutions, enabling businesses to automate tasks, predict customer behavior, and make data-driven decisions.

Blockchain

Blockchain technology will provide secure, transparent, and tamper-proof solutions for industries like finance, healthcare, and supply chain management.

Internet of Things (IoT)

The IoT will connect devices, sensors, and systems, enabling real-time monitoring, automation, and optimization of business processes.

Conclusion

In conclusion, industry-specific solutions are essential for businesses to thrive in today’s fast-paced world. By understanding the benefits, challenges, and limitations of tailored solutions, companies can make informed decisions and stay ahead of the competition. As emerging technologies continue to evolve, the future of industry-specific solutions looks bright, with endless opportunities for innovation and growth.

Frequently Asked Questions (FAQs)

Below are some frequently asked questions about industry-specific solutions:

What are industry-specific solutions?

Industry-specific solutions are tailored software applications designed to meet the unique needs of a particular industry or sector.

Why are industry-specific solutions important?

Industry-specific solutions are important because they provide businesses with a competitive edge, enabling them to streamline operations, improve customer satisfaction, and enhance data security.

How do I implement an industry-specific solution?

To implement an industry-specific solution, assess your business needs, select the right solution, and provide training and support to staff.

What are the challenges of implementing industry-specific solutions?

The challenges of implementing industry-specific solutions include high costs, complexity, and scalability issues.

What is the future of industry-specific solutions?

The future of industry-specific solutions is exciting, with emerging technologies like AI, blockchain, and IoT set to transform various sectors and provide endless opportunities for innovation and growth.