This white paper can help you confirm that your small business or distributed enterprise needs to invest in an effective next-generation firewalls (NGFW) solution. For small businesses, the
NGFW should provide an affordable and manageable entrée to advanced threat protection. In branch offices and the distributed enterprise, NGFWs should provide a detection and enforcement point, analyzing real-time threats and network traffic at scale and benefiting from an integrated and holistic view of the network of which it is a part. In both use scenarios, the NGFW should help your organization defend against targeted and persistent malware attacks, including emerging threats.
When evaluating a next-generation firewall (NGFW) to determine whether the solution can give you comprehensive protection for your entire enterprise, you need to look for seven must-have capabilities.
The NGFW should:
1. Integrate security functions tightly to provide effective threat and advanced malware protection
2. Provide complete and unified management
3. Provide actionable indications of compromise to identify malicious activity across networks and endpoints
4. Offer comprehensive network visibility
5. Help reduce complexity and costs
6. Integrate and interface with third-party security solutions
7. Provide investment protection
This white paper explains this checklist in depth and provides examples of the benefits a truly effective NGFW solution can deliver.
What You Will Learn:
This document will identify the essential capabilities you need in an advanced malware protection solution, the key questions you should ask your vendor, and shows you how Cisco combats today’s advanced malware attacks using a combination of four techniques:
• Advanced analytics
• Collective global security threat intelligence
• Enforcement across multiple form factors (networks, endpoints, mobile devices, secure gateways, and virtual systems)
• Continuous analysis and retrospective security
What You Will Learn:
Over the years we’ve all heard claims of simple, seemingly magical solutions to solve security problems, including the use of sandboxing technology alone to fight advanced malware and targeted threats.
This paper explores:
• Where sandboxing technology stands today
• Why it fails to meet the needs of organizations
• What’s needed for effective malware analysis
join Robb, Jimmy Ray, and their panel of guest experts as they show you how to protect your network with advanced threat defense across the entire attack continuum by combining Cisco’s proven ASA firewall skills with industry-leading Sourcefire next-generation IPS and advanced malware protection.
Advanced persistent threats (APTs) are stealthier and more spiteful than ever. Sophisticated techniques are used to quietly breach organizations and deploy customized malware, which potentially remains undetected for months. Such attacks are caused by cybercriminals who target individual users with highly evasive tools. Legacy security approaches are bypassed to steal sensitive data from credit card details to intellectual property or government secrets. Traditional cybersecurity solutions, such as email spam filters, anti-virus software or firewalls are ineffective against advanced persistent threats. APTs can bypass such solutions and gain hold within a network to make organizations vulnerable to data breaches.
Published By: Symantec
Published Date: Jul 09, 2017
This paper describes how malware is evolving, how it functions, and how it can be identified, neutralized, and blocked by what we refer to as cloud generation malware analysis, which is available as a robust enterprise cloud service. Let’s start with how the blizzard of advanced malware alarms is affecting IT security teams.
The SRX Series features a carrier-grade next-generation firewall with layered security services such as application security, unified threat management (UTM), integrated IPS, and advanced integrated threat intelligence to guard against cyber threats and malware.
Detect attacks that get past perimeter defenses across the digital business. Detect malicious patterns in encrypted traffic. No decryption is needed with our Encrypted Traffic Analytics technology and multilayer machine learning. Extend your network visibility.
En este documento se identifican las funcionalidades esenciales necesarias en una solución de protección contra malware avanzado y las preguntas clave que debe formularle a su proveedor, y se muestra cómo Cisco combate los ataques de malware avanzado actuales mediante una combinación de cuatro técnicas
The headlines are ablaze with the latest stories of cyberattacks and data breaches. New malware and viruses are revealed nearly every day. The modern cyberthreat evolves on a daily basis, always seeming to stay one step ahead of our most capable defenses. Every time there is a cyberattack, government agencies gather massive amounts of data. To keep pace with the continuously evolving landscape of cyberthreats, agencies are increasingly turning toward applying advanced data analytics to look at attack data and try to gain a deeper understanding of the nature of the attacks. Applying modern data analytics can help derive some defensive value from the data gathered in the aftermath of an attack, and ideally avert or mitigate the damage from any future attacks.
Advanced evasion techniques, or AETs, are delivery mechanisms used to disguise advanced persistent threats (APTs) and permit them to slip through network security undetected.
AETs work by splitting up malicious payloads into smaller pieces, disguising them, and delivering them simultaneously across multiple and rarely used protocols. Once inside, AETs reassemble to unleash malware and continue an APT attack.
The exact number of AETs is unknown, but there may be hundreds of millions. To defend against AETs, your network security should incorporate seven critical features into your next gen firewall. Get this free report today.
Recent research from Kaspersky has revealed a massive criminal campaign that was able to infiltrate more than 100 different banks and steal upwards of $1 billion from the affected institutions. Kaspersky dubbed this operation the Carbanak APT due to a connection between the malware used in the attacks and the now infamous Carberp banking botnet. You may recall the headlines in 2013 that revealed the Carberp source code had been leaked into the wild, making it accessible to virtually any would-be criminal group that may want it. The accessibility of Carberp source code could easily have provided a starting point for the Carbanak as they built their malware.
Cisco Advanced Malware Protection (AMP) offers an integrated, comprehensive approach to endpoint security. Continuous analysis and telemetry features keep its finger on the pulse of network anomalies, and all suspicious activity is investigated. Contextual reporting highlights trends for administers, helping them reassess network architecture to close vulnerable points of entry. Also important is its flexible deployment, which makes it simple for any organization to tailor its endpoint security.
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.