USB ports represent significant entry points for cyber threats. Learn how comprehensive USB port security measures can safeguard your organization’s sensitive data and systems.
In today’s rapidly evolving threat landscape, zero-day malware represents one of the most formidable challenges facing organizations worldwide. Unlike conventional threats that can be identified by signature-based detection methods, zero-day malware operates entirely below the radar—unknown to security vendors and undetectable by traditional scanning technologies. These sophisticated threats exploit the gap between malware innovation and …
Zero-Day Malware in 2025: Defending Against the Unknown Read More »
Explore how cybercriminals systematically test and evade Secure Email Gateway defenses, and discover the advanced countermeasures that keep organizations one step ahead of evolving threats.
Discover how Deep Content Inspection technologies dissect and analyze files at their most fundamental level to detect sophisticated threats that evade traditional security solutions.
Discover how email sandboxing technology creates controlled environments to execute suspicious attachments and links, exposing malicious behavior before threats can reach your network.
Discover the multi-layered strategies organizations use to defend against phishing attacks that continue to evolve in sophistication and remain the leading cause of security breaches.
Discover how Email Threat Protection solutions defend organizations from phishing, malware, business email compromise, and other sophisticated threats targeting your most vulnerable communication channel
Learn how Secure Email Gateways provide essential capabilities for meeting regulatory requirements while protecting sensitive data from increasingly sophisticated email-based threats.
Understand the key differences, advantages, and considerations for both on-premise and cloud-based Secure Email Gateway deployments to make an informed choice for your organization.
Learn why email-based attacks cost organizations far more than just ransom payments or stolen funds, and how Secure Email Gateways provide essential protection against these multifaceted threats.
Discover how Secure Managed File Transfer solutions enable organizations to exchange sensitive information with enhanced security, automation, compliance, and visibility.
Secure file transfer technologies provide robust protection for sensitive data in transit, preventing unauthorized access and ensuring compliance with data security regulations.
Understand the key differences between traditional Secure Email Gateways and emerging Cloud Email Security solutions to make informed decisions about protecting your organization’s communications.
Trace the transformation of email security technology from rudimentary spam blockers to today’s sophisticated AI-powered systems that protect organizations from advanced threats.
Discover how modern Secure Email Gateways detect and neutralize sophisticated ransomware delivery mechanisms before they can infiltrate your network and encrypt critical systems.
Discover how modern Secure Email Gateways employ advanced detection techniques to identify and block Business Email Compromise attacks that cost organizations billions annually.
In the cybersecurity industry, terminology often becomes a battleground where marketing creativity competes with technical reality. Recent years have seen the emergence of terminology suggesting certain Content Disarm and Reconstruction (CDR) solutions penetrate file structures more “deeply” than others. CDR technology, by its very nature, should always be thorough and comprehensive regardless of marketing qualifiers. …
Separating Substance from Marketing: What Makes File Security Truly Deep Read More »
Learn how artificial intelligence and machine learning technologies have transformed Secure Email Gateways, enabling them to detect and neutralize sophisticated phishing threats that traditional methods miss.
Discover how Secure Email Gateways protect organizations from phishing, malware, and business email compromise while ensuring regulatory compliance and data security.
Cybercriminals use file transfers to establish a covert C2 channel, allowing them to control compromised systems remotely and execute malicious commands.
Weak email security measures allow attackers to deliver infected attachments and phishing links, making email a primary vector for file-based attacks.
File obfuscation is a technique used by cybercriminals to disguise malicious files, altering their code or structure to bypass antivirus software.
Attackers use file transfers to secretly extract sensitive data from compromised networks, often leveraging encrypted or disguised files to avoid detection.
Zero-day malware exploits unknown software vulnerabilities before developers release a patch, making it extremely dangerous and difficult to detect.
A look at notorious cyberattacks where malicious files played a key role, showcasing how these threats impact businesses, governments, and individuals.
Malicious file attacks come in many forms, including Trojan horses, ransomware, spyware, and worms, each designed to steal data or disrupt operations.
Cybercriminals embed malware in files like PDFs, Word documents, and ZIP archives to bypass security measures and infect devices when opened.
File-based attacks exploit malicious files to compromise systems, bypass security measures, and deliver malware via emails, downloads, or shared networks.
In the face of increasingly sophisticated cyber threats, a layered security approach is paramount. While Content Disarm and Reconstruction (CDR) offers a robust method for sanitizing document-based threats by reconstructing files to eliminate active content, its efficacy is limited when dealing with executable files. Executables, by their nature, cannot be reconstructed without altering their fundamental operation, …
Fortifying the Perimeter: Static Code Analysis and CDR in a Layered Defense Strategy Read More »
Removable media devices represent a significant attack vector for organizations. USB drives, external hard drives, and other removable media can introduce malware, facilitate data exfiltration, or compromise network integrity if not properly secured. The National Institute of Standards and Technology (NIST) Special Publication 800-53 Revision 5 addresses these concerns through various media protection controls, notably …
Antivirus (AV) solutions are the first line of defense against malware threats, offering essential protection against known attacks. Many organizations adopt AV multi-scanning, using multiple AV engines to increase detection rates and reduce reliance on any single vendor. But is more always better? This article explores the pros and cons of AV multi-scanning, the tradeoffs …
The Antivirus Multi-Scan Tradeoff: Striking the Right Balance Read More »
As cybersecurity threats become more sophisticated, organizations must deploy the most effective security measures to protect their critical networks. Two commonly used technologies—firewalls and data diodes—serve distinct purposes in network security. Understanding their differences can help organizations choose the right solution for their security needs. Background: Firewalls vs. Data Diodes The term firewall originates from …
What’s the Difference Between Firewalls and Data Diodes? Read More »
Understand how Deep Content Inspection analyzes file contents and data transmissions to identify sophisticated threats that traditional security measures might miss.
Learn how Transport Layer Security (TLS) encryption protects your data as it travels across networks, ensuring privacy and integrity for sensitive communications.
Discover how SFTP provides encrypted file transfers to ensure sensitive data remains secure during transmission across networks and systems.
The practice of dividing a network into separate sections to improve security and control access.
Learn how IDPS solutions continuously monitor your network to detect suspicious activities and automatically block potential security breaches.
Understand how firewalls monitor and control incoming and outgoing network traffic to protect your systems from unauthorized access and cyber threats.
Learn how cybercriminals intercept and alter network communications, and discover effective countermeasures to prevent these deceptive attacks.
Explore the techniques malicious actors use to conceal threats within encrypted traffic and the advanced technologies needed to identify them.
Understand how DNS poisoning attacks redirect traffic to malicious destinations and the protective measures needed to secure your DNS infrastructure.
Discover the techniques cybercriminals use to target network weaknesses and how to strengthen these potential entry points.
Gain insights into how attackers move laterally through compromised networks and the critical controls needed to stop their progression.
Explore advanced threat mitigation approaches that detect, contain, and neutralize network security incidents to minimize damage
Learn proactive techniques to protect your network infrastructure from emerging and unknown threats before they can exploit vulnerabilities.
Understand how combining network segregation and isolation creates defense-in-depth architecture that significantly reduces attack surface and risk exposure.
Discover strategic frameworks and methodologies to build multi-layered network protection that adapts to emerging threat landscapes.
In today’s increasingly complex and fast-changing cyber threat environment, network segmentation is crucial for effective security measures. When implemented correctly, it can significantly reduce the risk of attackers moving laterally within the network, limit the impact of any breaches, and improve overall network performance and manageability. However, achieving effective network segmentation requires a thorough understanding …
In cybersecurity, detecting and mitigating threats posed by malicious executable code within benign files is a significant challenge. The 2020 SolarWinds breach exemplifies the damage caused when trusted software updates are compromised, leading to widespread cyber intrusions across government and corporate networks. Malicious executables often remain undetected until activation, as seen in the SolarWinds incident, …
Data diodes are the go-to solution for securing and segmenting critical networks however, faulty implementation could introduce vulnerabilities. In this post, we’ll explore common pitfalls in data diode implementation – how attackers have taken advantage of them and what you can do to avoid such instances in your network. Configuration Oversights The most obvious and …
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