Security | Threat Detection | Cyberattacks | DevSecOps | Compliance

In early 2022, a Yahoo employee, Qian Sang, exploited his access to confidential information, and stole the company’s AdLearn product minutes after receiving a job offer from a competitor. By the time the breach was discovered, the damage was extensive, costing the company millions in fines, legal fees, and lost business . This incident is not an isolated case.

Insider threats (aka insider risks) have become a growing concern for organizations across industries. These threats come from individuals within an organization who have authorized access to sensitive data and systems but misuse them for personal gain or to cause harm. Many organizations are turning to insider threat software to combat this issue, which helps identify, detect, and mitigate insider threats before they cause significant damage.

Imagine the worst-case scenario: a healthcare security leader receives a call in the dead of night, informing them that their network has been breached and all systems are down. Even a minor data breach in the healthcare sector can jeopardize patients’ personal health information (PHI), leading to identity theft, medical fraud, financial loss, or even the disruption of critical, life-saving medical services.

As digital threats evolve, safeguarding sensitive data has become more important than ever, especially for businesses using removable storage devices like USB drives. While these external devices boost productivity, they also increase the risk of data breaches if not properly managed. Unprotected peripheral ports serve as unguarded entry points for data thieves and malicious software, highlighting the critical need to secure these access interfaces.

As remote work increases, organizations are faced with new cybersecurity challenges. When employees access sensitive company data from various locations and devices, traditional security perimeters dissolve and create potential vulnerabilities. This guide focuses on proactive measures, strategies, best practices, and advanced monitoring solutions to employ when your employees work remotely.

Organizations of all sizes depend on data to maintain their operations. As cybersecurity professionals, we must guard this asset from loss, theft, or corruption. Data loss can have devastating consequences, from financial harm to reputational damage and regulatory penalties. This guide will provide the knowledge and strategies you need to effectively prevent data loss in your organization. What You’ll Learn.

In early 2022, a Yahoo employee, Qian Sang, exploited his access to confidential information, and stole the company’s AdLearn product minutes after receiving a job offer from a competitor. By the time the breach was discovered, the damage was extensive, costing the company millions in fines, legal fees, and lost business . This incident is not an isolated case.

Data Loss Prevention (DLP) for email systems helps organizations prevent sensitive data within email from being lost, leaked, or accessed by unauthorized individuals, be it an insider risk or malicious behavior from outside. Solutions for email DLP monitor inbound and outbound messages, searching for loss risks like content or attachments that are sensitive, confidential, or protected by regulation. Email DLP systems can flag, block, or delete an email based on custom policy.

As companies handle increasingly sensitive information, securing data in motion—the data actively transferred across networks or between devices—has become an important priority. Whether moving through corporate networks, across mobile devices, or stored in the cloud, this data is particularly vulnerable to threats from malicious actors, insider threats, and unauthorized users.

Email remains a critical communication channel for businesses of all sizes, but it also presents significant data security risks. Data loss prevention (DLP) for email is an essential component of any robust cybersecurity strategy that can help your organization safeguard sensitive information from accidental leaks, malicious insiders, and external threats.