Published By: Forcepoint
Published Date: Aug 31, 2018
Netzwerke werden immer sicherer – gleichzeitig treten jedoch neue, getarnte Hacking-Methoden immer häufiger auf und sind
schwieriger zu erkennen. Unternehmen müssen den Schutz ihrer Netzwerke überdenken, da ausgeklügelte Verschleierungsmethoden
(Advanced Evasion Techniques), die Exploits und Malware vor der Erkennung durch Firewalls und Eindringschutzsysteme (IPS)
schützen, vermehrt Aufmerksamkeit erregen. Obwohl Verschleierungsmethoden ausführlich dokumentiert sind und zunehmend
in unabhängige Tests der Wirksamkeit von Sicherheitsmaßnahmen einfließen, ignorieren einige Anbieter von Sicherheitslösungen
systematisch deren Bedeutung und verharmlosen sogar die Bedrohung durch Verschleierungen als theoretisch.
In spite of the billions of dollars invested in security, web-borne threats are still on the rise. Enterprises need a security system that can enforce granular web access policies on all devices used to access the web from inside and outside the network perimeter.
In this brief, we’ll take a look at common use cases that show how integration between McAfee Advanced Threat Defense and other security controls from McAfee, a part of Intel Security, create a multipronged strategy designed to make enterprise defenses both more effective in detecting previously unknown malware and globally responsive when a new attack occurs.
Published By: MobileIron
Published Date: May 07, 2018
Enterprises and users continue to be concerned about mobile apps and mobile malware because they have been trained by legacy antivirus software packages. Look for a known malware file and remove it.
The issue with this logic on mobile devices is the mobile operating systems evolve and add features very rapidly. The mobile operating systems add millions of lines of code in a year and therefore introduce unintended consequences, bugs and vulnerabilities. In 2017, there were more CVEs registered for Android and iOS than all of 2016 and 2015 combined. In 2017 there were 1229 CVEs awarded. Over half of these CVEs that received scores of 7 or greater indicated that the vulnerabilities are severe and exploitable. This trend is expected to continue as the mobile operating systems mature and more features are added.
Published By: MobileIron
Published Date: Aug 20, 2018
The new generation of mobile devices, applications, and cloud services significantly improve agency efficiencies. Tasks that were once relegated to timeconsuming deskwork, are now performed in the field, and with improved accuracy. Because of this, more and more public safety agencies are adopting these new technologies.
One purpose of the FBI’s CJIS Security Policy is to enable agencies to fully leverage mobile devices, but without sacrificing security. Mobile devices introduce a variety of new threat vectors and risks. Careful consideration of these risks is important to maintaining information security. Threats to mobile devices stem mainly from their size, portability, and available wireless interfaces. Examples of mobile device threats include:
• Loss or theft of device
• Unauthorized access to device
• Mobile operating system vulnerabilities
• Communication over untrusted networks
• Malware or malicious Apps
• Jailbreak or rooting activity
• Data loss through user behaviors
Published By: Mimecast
Published Date: May 31, 2018
Not all email security systems perform the same. Lots of false negatives get through. That’s what Mimecast found in its new email security risk assessment (ESRA), an inspection of email security systems to uncover the number, type and severity of threats getting into organizations.
- TOTAL CAUGHT SPAM: 14,277,163
- TOTAL CAUGHT DANGEROUS FILE TYPES: 9,992
- TOTAL CAUGHT MALWARE ATTACHMENTS: 12,502
Download our report of ESRA tests to see the threats that Mimecast catches and other email security systems miss.
Securing your infrastructure, your customer interactions and protecting your data are critical to preserving your reputation and your bottom line. Many cyber attacks remain undetected for up to eight months and can cost an organization an average of 11 million USD.
The term “Cloud First” was initially popularized by Vivek Kundra, who formerly held the post of White House CIO and launched this strategy for U.S. federal government IT modernization at the Cloud Security Alliance Summit 2011. The underlying philosophy of the cloud-first strategy is that organizations must initially evaluate the suitability of cloud computing to address emergent business requirements before other alternatives are considered.
"Next generation" capability has been achieved by the products in the network firewall market, and vendors differentiate on feature strengths. Buyers must consider the trade-offs between best-of-breed function and costs.
Exploit kits, which first became popular in 2006, are used to automate the exploitation of vulnerabilities on victims’ machines, most commonly while users are browsing the web. Over the past decade they have become an extremely popular means for criminal groups to distribute mass malware or remote access tools (RAT), because they lower the barrier to entry for attackers and can enable opportunistic attacks at scale. To understand this phenomenon, we must understand the ecosystem that surrounds exploit kits, including the actors, campaigns and terminology involved.
This eBook takes you on a journey to outthink content chaos and discover how your industry can gain real value from your business content. Read how industry leaders are reflecting on the important challenges they face, and how they are finding innovative ways to collaborate and extract value from all forms of content to outpace those obstacles. Learn how cognitive and cloud-based Enterprise Content Management, or ECM, can help you protect your content while gaining a competitive advantage from it, improving business performance and ROI.
Of all the industries targeted by cyber-attackers, financial services is one of the most attractive. As noted bank robber Willie Sutton once said, “Go where the money is … and go there often.” That, it seems, is what cybercriminals are doing, launching malware, Trojans, spear phishing and ransomware attacks at banks and institutions to compromise networks and gain access to valuable data. Download now!
Download this white paper to learn:?The detailed anatomy of a fileless intrusion, including the initial compromise, gaining command and control, escalating privileges and establishing persistence?How fileless attacks exploit trusted systems —the types of processes compromised, the specific exploit tactics used to gain a foothold, and more?Why traditional technologies fail to protect against fileless attacks and what you can do to better defend your organization against them
You won’t want to miss this report, “A New Era in Endpoint Protection: A SANS Product Review of CrowdStrike Falcon Endpoint Protection,” where SANS reveals the results of their evaluation of the CrowdStrike Falcon® platform. To conduct their evaluation, SANS security analysts ran Falcon through a wide range of increasingly complex attack scenarios. The exploits they used to evaluate CrowdStrike included phishing, credential dumping/lateral movement, unknown malware, PowerShellattacks and more. The report shows that CrowdStrike Falcon was able to detect and prevent every attack to which SANS subjected it. Read this SANS report to learn:?Details on Falcon’s efficacy in preventing a wide range of attacks: Ransomware, lateral movement, PowerShell-based, and more?The power of the CrowdStrike Threat Graph™ and the benefits of its crowdsourced intelligence model
?How CrowdStrike’s ability to capture detailed forensic information on attempted and thwarted attacks, allows you to prevent attacks
Published By: Symantec
Published Date: Dec 13, 2017
This paper explores in more detail how you can use complementary application isolation and antimalware capabilities, delivered by Symantec Endpoint Protection, to achieve a more holistic, layered approach to your security, without sacrificing productivity.
Published By: Symantec
Published Date: Dec 13, 2017
Symantec Endpoint Protection Mobile (SEP Mobile) offers the most comprehensive, highly accurate and effective mobile threat defense solution, delivering superior depth of threat intelligence to predict and detect an extensive range of existing and unknown threats. SEP Mobile’s predictive technology uses a layered approach that leverages massive crowdsourced threat intelligence, in addition to both device- and server-based analysis, to proactively protect mobile devices from malware, network threats, and app/OS vulnerability exploits, with or without an Internet connection.