Intrusion Detection is the act of detecting actions that attempt to compromise the confidentiality, integrity or availability of a resource. Intrusion Detection can be performed manually or automatically. Manual intrusion detection might take place by examining log files or other evidence for signs of intrusions, including network traffic. A system that performs automated intrusion detection is called an Intrusion Detection System (IDS). An IDS can be either host-based, if it monitors system calls or logs, or network-based if it monitors the flow of network packets.
The study’s findings highlight discrepancies—between IT departments and end users—in the approach and attitudes toward data protection. The results provide compelling evidence that there is vast room for improvement in securing critical data flowing between the corporate enterprise and endpoint devices. Read this paper to find how to protect your data today.
Je länger sich Angreifer in Ihren Netzwerk aufhalten, desto mehr laterale Bewegung ist möglich - und desto größer ist auch das Risiko eines Datendiebstahls.
Ein realistischer Ansatz für Datensicherheit und eine Reduzierung der Verweildauer in Ihrem Netzwerk konzentriert sich weniger darauf, eine mögliche Datenkompromittierung zu vermeiden, sondern sorgt vielmehr dafür, dass Daten niemals aus Ihrem Netzwerk herausgeschleust werden können.
In 2014, data breaches compromised over 700 million records with financial losses estimated to be at least $400 million – and security incidents grew up to 66 percent. But don’t allow fear to stifle growth. The “Data Theft Prevention” report focuses on how to stay secure while you innovate from a broader, in-scope, more intelligent in application perspective.
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.
Innovative practices lead to innovative results. Using our pillars to build a security program helps businesses develop user visibility and behavioral context. Total awareness — “seeing” the extent of your user behavior — starts with five pillars and ends with unquestioned success.
When your Internet-facing network comes under DDoS attack, does your entire organization panic – or does everyone know exactly what to do? Read this whitepaper to learn how to protect network assets, websites, and web applications against DDoS attacks and best practices for adding DDoS mitigation to a corporate incident response plan.
Since Vendor Security Risk Management is a relatively new field, there are plenty of intricacies to come to terms with. To help your introduction to VRM go a little more smoothly, we have compiled a list of FAQs and tips to get you started.
This white paper published by Frost & Sullivan and Cisco examines the role, capabilities, and advantages of service providers in the DDoS mitigation process, as well as how this role might develop in the future.
The time has come for CEOs and Boards to take personal responsibility for improving their companies’ cyber security. Global payment systems, private customer data, critical control systems, and core intellectual property are all at risk today. As cyber criminals step up their game, government regulators get more involved, litigators and courts wade in deeper, and the public learns more about cyber risks, corporate leaders will have to step up accordingly.
This whitepaper focuses on the LogRhythm Security Intelligence Maturity Model, and how it is a valuable guide for building the necessary successive layers of threat detection and response capabilities.
Download this paper now to find out more.
In this webinar, learn how LogRhythm reduces mean time to detect (MTTD) and mean time to respond (MTTR) through machine-driven, real-time behavioral analytics, rapid forensic search and automated response.
Attackers are becoming increasingly skilled at planting malicious code on websites frequented by their desired targets, commonly called "watering hole" attacks. Join us for a live demo showing an example of such an attack, and how to detect it immediately using AlienVault USM.
With increasingly creative exploits, it is important to stay ahead of the curve when it comes to data protection. Performance monitoring tools that do not keep pace can leave your information vulnerable.
Organizations invest heavily to block advanced attacks, on both endpoints and networks. Despite all this investment, devices continue to be compromised in increasing numbers and high-profile breaches continue unabated. Something doesn’t add up. It comes down to psychology: security practitioners want to believe the latest shiny widget for preventing compromise will finally work and stop the pain.
This paper examines enterprise-class snapshot technologies, discussing use cases for snapshots as well as classic challenges associated with using snapshot technologies in pure hard disk drive (HDD)–based arrays.