The Indegy Industrial Cybersecurity Suite protects industrial networks from cyber threats, malicious insiders, and human error. From threat detection and mitigation to asset tracking, vulnerability management, configuration control and device integrity checks, our Industrial Control System (ICS) security capabilities maximize the safety and reliability of your operational environment.
Deployed as a network or virtual appliance, Indegy’s agent-less solution offers comprehensive security tools and reports for IT security personnel and OT engineers. The Indegy Suite delivers crystal clear situational awareness across all sites and their respective OT assets - from Windows Servers to PLC backplanes - in a single pane of glass.
Web application and DDoS attacks hit enterprises without warning or reason. The attacks can expose confidential data and website resources to malicious uses, reduce performance, and render sites unavailable. Responsible organizations proactively block web attacks to protect their reputations, site availability, site performance, and confidential data.
If you have a website, you most likely have an infestation of bots. While some bots are beneficial, bots can make up a significant portion of your daily website traffic. Malicious bots bombard websites with direct and specific attack goals, such as stealing customer information, scraping content, and even initiating DDoS attacks. Our latest eBook explores the differences between good bots and bad bots, and explains the best way to manage harmful bots.
URL filtering is a type of content filtering that allows or blocks users from accessing specific websites. The practice has become an essential one on enterprise networks, with the goal of blocking employees from accessing content that would be a detriment to their productivity or the company as a whole. Blocked sites may include those that threaten the security of the organization, have objectionable content, or are bandwidth-intensive enough to strain company resources.
The SecureWorks® Counter Threat Unit™ (CTU) research team analyzes security threats and helps
organizations protect their systems. During May and June 2017, CTU™ researchers identified lessons
learned and observed notable developments in threat behaviors, the global threat landscape, and
• The global WCry and NotPetya campaigns reinforced the need for a layered approach
• Attacks used obfuscated malicious files and scripts to bypass filtering and deliver malware.
• A Chinese threat group has had repeated success using compromised websites to attack
• Threat actors have been stealing intellectual property from Japanese enterprises.
The old canon of long-lived viruses with random targets created by hacktivists for fame or nuisance has given way to a new generation zeroday/hour threats from organized criminals, with hand-picked targets and specific, malicious intent. In mid-2014, on a daily basis, Webroot saw 25,000 new malicious URLs, 777,000 new unknown files, many of which are malicious, and 1,000 new phishing sites. In the face of such exponential growth, traditional, reactive security can’t hope to keep up.
Not only is the volume of unknown threats overwhelming existing security solutions, but the unique characteristics of unknown threats are also making it difficult for traditional security to catch them.
There is no single anti-malware product that can block all malware infiltration and subsequent activity. The only way to combat the malware threats is through an end-to-end, integrated, real-time, context-aware, holistically-managed system.
Published By: AlienVault
Published Date: Oct 21, 2014
Attackers are becoming increasingly skilled at planting malicious code on websites frequented by their desired targets, commonly called "watering hole" attacks. These can be very difficult to detect since they happen as users are going about their normal business. Join us for a live demo showing an example of such an attack, and how to detect it immediately using AlienVault USM.
• Common browser vulnerabilities used to execute these attacks
• What attackers do next to take control of the system
• How to catch it before the attacker moves further into your network
Published By: AlienVault
Published Date: Aug 13, 2015
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.
Published By: Symantec
Published Date: Apr 02, 2015
The online world can be a scary place as the integration of the Internet into everyone’s lives has also brought with it an ever-increasing trend towards malicious activity.
Learn how online businesses can instill trust and confidence in their web sites, protect valuable brands, and safeguard customers’ sensitive information. It is critical to choose e-commerce security solutions that continually evolve and extend to address a range of ever-changing needs. SSL-based security platforms with solid track records of meeting new challenges are the best way to defend, and future proof, e-commerce environments against a growing and dynamic Internet threat environment.
Advances in attacks on network security over the last few years have led to many high-profile compromises of enterprise networks and breaches of data security. A new attack is threatening to expand the potential for attackers to compromise enterprise servers and the critical data on them. Solutions are available, and they will require action by company officers and administrators. “SSLStrip” and related attacks were among the highlights of the July 2009 Black Hat show in Las Vegas. Researcher Moxie Marlinspike combined a number of discrete problems, not all related to SSL, to create a credible scenario in which users attempting to work with secure websites were instead sent to malicious fake sites.
Published By: Symantec
Published Date: Dec 04, 2014
SSL Certificates have been in use for almost 15 years, and they continue to serve a vital role in protecting data as it travels across the Internet and other networks. From online financial transactions to e-commerce to product development, SSL Certificates make it possible for users around the world to communicate sensitive information with the confidence that it is safe from malicious hackers. The Internet has evolved in innumerable ways over the past decade and a half; so why do SSL Certificates continue to instill trust? Simply put, SSL Certificates are very effective in protecting data in transit.
Yet, customers transacting on websites and systems that are protected by SSL security still face serious threats . One key reason for this danger: poor SSL Certificate management. Enterprises with hundreds of SSL Certificates from several different providers could lose track of certificates in their environment.
This white paper will present the pitfalls associated with poor SSL Certificate management, why they are potentially dangerous to the enterprise, and how enterprises can keep track of SSL Certificates effectively.
Published By: Perimeter
Published Date: Jul 17, 2007
Before Microsoft released Microsoft XP Service Pack 2 (SP2), most attackers would compromise a computer system by simply attacking it with known vulnerabilities or "bugs" that could allow the attacker to gain some level of control over the system. Newer attack methods were starting to be seen where the attacker would take advantage of vulnerabilities within the Internet browser itself.
Phishing is defined by the Financial Services Technology Consortium (FSTC) as a broadly launched social engineering attack in which an electronic identity is misrepresented in an attempt to trick individuals into revealing personal credentials that can be used fraudulently against them. In short, it’s online fraud to the highest degree.
Although it’s been around for years, phishing is still one of the most common and effective online scams. The schemes are varied, typically involving some combination of spoofed email (spam), malicious software (malware), and fake websites to harvest personal information from unwitting consumers. The explosive rise of mobile devices, mobile applications, and social media networks has given phishers new vectors to exploit, along with access to volumes of personal data that can be used in more targeted attacks or spear phishing. The fact that phishing attacks are still so common highlights their efficacy and reinforces the need to implement comprehensive phishing and response plans to protect organizations.
An effective phishing protection plan should focus on four primary areas: Prevention, Detection, Response, and Recovery. High-level recommendations for each of the four areas are outlined in this whitepaper.