Keeper Security Introduces Forcefield™: A New Era in Endpoint Security Against Memory-Based Attacks

Keeper Security's Groundbreaking Forcefield™: A Shield Against Memory Attacks



In an era where cyber threats are increasingly sophisticated, Keeper Security has taken a giant leap forward by launching its innovative product, Keeper Forcefield™. This cutting-edge solution is designed to protect Windows endpoints from memory-based attacks, marking a pivotal advancement in cybersecurity.

Understanding Memory-Based Attacks


Memory-based attacks pose a significant challenge in the cybersecurity landscape. Unlike traditional exploits that target software vulnerabilities, attackers increasingly aim for unprotected memory to extract sensitive information. This can include passwords, session tokens, and other confidential data, often bypassing conventional encryption methods. With phishing attacks and malware becoming more prevalent, these stealthy attacks necessitate proactive defense mechanisms that are critical for both individual users and organizations.

What is Keeper Forcefield™?


Keeper Forcefield™ is the industry’s first kernel-level endpoint security tool designed to defend against such attacks. This revolutionary product provides real-time memory protection at both the user and kernel levels, closing a gap that many traditional security solutions have overlooked. Unlike standard antivirus or Endpoint Detection and Response (EDR) tools, Forcefield™ operates silently in the background, using a minimal footprint to ensure that system performance remains unhindered.

Key Features of Keeper Forcefield™


1. Kernel-Level Protection: Keeper Forcefield™ actively monitors and restricts memory access for protected applications, preventing unauthorized processes from reading sensitive data.

2. Selective Memory Restriction: By establishing strict controls over memory access, Forcefield™ ensures that only trusted processes can access critical information.

3. Smart Process Validation: The solution differentiates in real-time between legitimate and potentially malicious processes, allowing trusted applications to operate uninterrupted while blocking threats effectively.

4. Uninterrupted System Performance: Designed to run quietly without significant impact on system or application performance, Keeper Forcefield™ provides a seamless user experience.

Supported Applications and Deployment


Keeper Forcefield™ can protect a range of Windows applications, including popular web browsers such as Chrome, Firefox, Edge, and Brave, as well as Keeper's own suite of software like the Desktop App, Web Vault, and various extensions. It is compatible with Windows 11 for both x64 and ARM64 architectures, accommodating a wide user base.

For organizations looking to bolster their cybersecurity measures, deploying Keeper Forcefield™ is simple. It can be rolled out across fleets of Windows devices in minutes using existing management tools, ensuring a consistent and scalable defense strategy tailored to any business environment.

A Statement from Keeper Security


Craig Lurey, CTO and Co-founder of Keeper Security, emphasized the importance of this new solution: "Forcefield™ closes one of the most dangerous blind spots in endpoint security. Malware can extract sensitive information directly from a device's memory, even at the user level where administrative privilege isn't required. This product completely prevents this type of exploit without disrupting trusted applications or everyday workflows."

Conclusion


As cyber threats evolve, so must our defenses. Keeper Security's launch of the Forcefield™ marks a significant advancement in protecting sensitive data against memory-based attacks. By combining innovative security measures with user-friendly deployment options, Keeper Forcefield™ sets a new standard for endpoint protection, safeguarding users from the growing risks in the digital landscape.

For more information about Keeper Forcefield™, interested individuals and organizations can visit Keeper Security’s website for details on deployment and additional resources.

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