All enterprises need to have mitigation solutions in place. Information security is vital in the workplace and DDoS has become more complex over time. Determine whether services are the best option for primary protection through this whitepaper.

The longer attackers remain in your network, the more lateral movement is possible and the greater the risk for data theft. Stopping the exfiltration of data, rather than focusing on stopping data breaches, is the most realistic approach to data security and reducing cyber dwell time.

Cyberbreaches aren’t just in the news—they are the news. Yet headlines rarely mention the No. 1 source of those breaches: weak or stolen passwords. Whether they involve malware, hacking, phishing, or social engineering, the vast majority of breaches begin with account compromise and credential theft, followed by dormant lateral network movement and data exfiltration. In fact, weak or stolen passwords account for a staggering 81% of breaches, according to the Verizon 2017 Data Breach Investigations Report. Not surprisingly, a new Okta-sponsored IDG survey finds that identity access management (IAM) is a top priority for nearly three-quarters (74%) of IT and security leaders. Yet the same survey uncovers widespread concern that their current IAM implementations are falling short. Just one worrisome example: Fewer than one-third (30%) of respondents report a good or better ability to detect a compromise of credentials. The following report explores the gap between respondents’ aspiratio

The longer attackers remain in your network, the more lateral movement is possible and the greater the risk for data theft. Stopping the exfiltration of data, rather than focusing on stopping data breaches, is the most realistic approach to data security and reducing cyber dwell time.

Behind the vast majority of legitimate alerts sent to the IT security team is an attacker who exploits multiple attack techniques to infiltrate your infrastructure and compromise your critical data and systems. Targeted multi-phased attacks include a series of cyber attack chain steps: recognition, vulnerability analysis, operation and, finally, exfiltration of critical business data.

Behind the vast majority of legitimate alerts sent to the IT security team is an attacker who exploits multiple attack techniques to infiltrate your infrastructure and compromise your critical data and systems. Targeted multi-phased attacks include a series of cyber attack chain steps: recognition, vulnerability analysis, operation and, finally, exfiltration of critical business data.

This in-depth report provides a detailed look at a recent survey carried out by Intel Security exploring the topic of data exfiltration. Participants were asked about their top concerns, breach and exfiltration details, outsider and insider threats, exfiltration differences between traditional networks and cloud applications, and the tools and practices they use to identify and prevent data exfiltration.

Behind the vast majority of legitimate alerts sent to the IT security team is an attacker who exploits multiple attack techniques to infiltrate your infrastructure and compromise your critical data and systems. Targeted multi-phased attacks include a series of cyber attack chain steps: recognition, vulnerability analysis, operation and, finally, exfiltration of critical business data.