Uncover the riskiest 1% of threats you’ve been missing. In hours. Not days or months. Nearly all endpoint security solutions claim to block 99% of malware. But what about the 1% of threats they miss? The most dangerous 1% of threats will wreak havoc on your network. If you rely solely on traditional point-in-time technologies, such as antivirus, those threats can go undetected for 200 days on average. For months on end, they can be creeping in and moving laterally across your network causing damage through stealthy malware campaigns without you even knowing it—until it’s too late.
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.
While many organizations are guarding the front door with yesterday’s signature-based antivirus (AV) solutions, today’s unknown malware walks out the back door with all their data. What’s the answer? A new white paper, “The Rise of Machine Learning in Cybersecurity,” explains machine learning (ML) technology —what it is, how it works and why it offers better protection against the sophisticated attacks that bypass standard security measures. You’ll also learn about CrowdStrike’s exclusive ML technology and how, as part of the Falcon platform’s next-gen AV solution,it dramatically increases your ability to detect attacks that use unknown malware.
Download this white paper to learn:?How different types of ML are applied in various industries and why it’s such an effective tool against unknown malware?Why ML technologies differ and what factors can increase the accuracy and effectiveness of ML ?How CrowdStrike’s ML-based technology works as part of the Falcon platform’s next-generation AV
Covert communications are key enablers of cyber attacks that allow remote humans to patiently manage and direct their attacks undetected. Attackers choose these vehicles specifically for their ability to evade signatures, malware sandboxes and reputation lists.
To learn how Vectra empowers security teams to automatically pinpoint active cyber attacks as they’re happening, correlate threats with the hosts that are under attack, prioritize attacks that pose the greatest business risk, and quickly prevent or mitigate loss, register to get the white paper Detecting Covert Communications.
SecureWorks provides an early warning system for evolving cyber threats, enabling organisations to prevent, detect, rapidly respond to and predict cyber attacks. Combining unparalleled visibility into the global threat landscape and powered by the Counter Threat Platform — our advanced data analytics and insights engine —SecureWorks minimises risk and delivers actionable, intelligence driven security solutions for clients around the world.
Cybercriminals can be goal-driven and patient, and they often have a singular focus, plenty of time and access to vast, modern technical resources. Both organized and forum-based criminals are working constantly to find innovative and efficient ways to steal information and money with the lowest risk to their personal freedom. If we wish to stay “one step ahead” of the threats detailed in this report, awareness of online criminal threats, techniques and markets is our best defense.
Achieving and maintaining a high level of information security requires information security professionals with robust skills as well as organisational, technical and operational capabilities. The gap between intent and ability to be secure is evident in our sample of UK large enterprises. Deficient companies will only close that gap when they acquire the necessary capabilities. Some of these capabilities can be purchased as information security tools or application solutions, but it is more prudent for an organisation to consider acquiring these capabilities through a service arrangement with a dedicated security services partner.
Despite long-standing concerns captured in a myriad of surveys, security in the cloud has progressed to a more practical and achievable level.
The cloud represents a shared security responsibility model whereby that responsibility is split between the Cloud Service Provider and the cloud customer. For organisations moving some or all of their applications and data to the cloud, acceptance of this model clears the way to more thoughtful consideration for how security can and should be architected — from the ground up. As a result, IT and IT Security leaders now have a much clearer trajectory to support their business operations in the cloud in a secure manner.
Finding a strategic partnership with a trusted security expert that can assist you in all the aspects of information security is vital. SecureWorks is a market leader in security that can close the security gap in organisations by evaluating security maturity across an enterprise, help define security strategies and implement and manage security program plans. We are a true strategic partner that can help a CISO embed security at all levels of the organisation.
The SecureWorks Security and Risk Consulting practice provides expertise and analysis to help you enhance your security posture, reduce your risk, facilitate compliance and improve your operational efficiency.
Technical Tests are designed to cover specific services. Each security test has its own objectives and acceptable levels of risk. There is not an individual technique that provides a comprehensive picture of an organisation’s security when executed alone. A qualified third party can work with you to determine what combination of techniques you should use to evaluate your security posture and controls to begin to determine where you may be vulnerable.
GDPR will pose different challenges to each organisation. Understanding and acting on the implications for your own organisation is vital. That means taking a risk-based approach to ensure that you are doing what you need to do to manage your own specific risks to personal information.
While virtually all organisations will have to implement changes to become GDPR compliant, some will be able to take partial advantage of existing compliance to other security mandates and frameworks, such as ISO 27001 and PCI by extending those measures to protection of personal data. Even so, further work will be required to comply with GDPR, both with regards to security and its other aspects.
All ML technology isn’t created equal. Learn how the CrowdStrike® ML-based Engine Defends Against Unknown Malware. While many organizations are guarding the front door with yesterday’s signature-based antivirus (AV) solutions, today’s unknown malware walks out the back door with all their data. What’s the answer?
A new white paper, “The Rise of Machine Learning in Cybersecurity,” explains machine learning (ML) technology — what it is, how it works and why it offers better protection against the sophisticated attacks that bypass standard security measures. You’ll also learn about CrowdStrike’s exclusive ML technology and how, as part of the Falcon platform’s next-gen AV solution, it dramatically increases your ability to detect attacks that use unknown malware.
As the number and severity of cyberattacks continue to grow with no end in sight, cybersecurity teams are implementing new tools and processes to combat these emerging threats. However, the oneoverriding requirement for meeting this challenge is improved speed. Whether it’s speed of detection, speed of remediation or other processes that now need to be completed faster, the ability to do things quickly is key to effective cybersecurity.
The reason why speed is essential is simple: As the dwell time for malware
increases, the lateral spread of an attack broadens, the number of potentially breached files expands, and the difficulty in remediating the threat increases. And the stealthy nature of many of the newer threats makes finding them faster?before they become harder to detect?a critical focus in reducing the impact of an intrusion. These requirements make it essential that security operations centers (SOCs) can complete their activities
far more quickly, both now and moving forwa
Published By: Gigamon
Published Date: Sep 03, 2019
We’ve arrived at the second anniversary of the Equifax breach and we now know much more about what happened due to the August 2018 release of the GAO Report. New information came out of that report that was not well-understood at the time of the breach. For example, did you know that while Equifax used a tool for network layer decryption, they had certificates nine months out of date? This lapse gave the threat actors all the time they needed to break in and exfiltrate reams of personal data. As soon as Equifax updated the certs on their decryption tools, they began to realize what happened.
On the heels of the Equifax breach, we are reminded of the importance of efficient decryption for effective threat detection. That’s more important than ever today; Ponemon Institute reports that 50% of all malware attacks utilize encryption.
During this webinar, we’ll talk about:
-How TLS/SSL encryption has become a threat vector
-Why decryption is essential to security and how to effectively pe
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 Dyre family of banking malware is back in the news after researchers recently observed that the malware incorporated tricks to avoid detection in malware sandboxes. Previously, Dyre was most notable for targeting high value bank accounts, including business accounts, and incorporating sophisticated social engineering components to overcome the 2-factor authentication used by most banks.
Adversaries, and cybercriminal organizations in particular,
are building tools and using techniques that are becoming so difficult to detect that organizations are having a hard time knowing that intrusions are taking place. Passive techniques of watching for signs of intrusion are less and less effective. Environments are complicated, and no technology can find 100 percent of malicious activity, so humans have to
“go on the hunt.”
Threat hunting is the proactive technique that’s focused on
the pursuit of attacks and the evidence that attackers leave
behind when they’re conducting reconnaissance, attacking
with malware, or exfiltrating sensitive data. Instead of just hoping that technology flags and alerts you to the suspected activity, you apply human analytical capacity and understanding about environment context to more quickly determine when unauthorized activity occurs. This process allows attacks to be discovered earlier with the goal of stopping them before intruders are able t
Today’s security appliances and agents must wait until malware reaches the perimeter or endpoint before they can detect or prevent it. OpenDNS arrests attacks earlier in the kill chain. Enforcing security at the DNS layer prevents a malicious IP connection from ever being established or a malicious file from ever being downloaded. This same DNS layer of network security can contain malware and any compromised system from exfiltrating data. Command & control (C2) callbacks to the attacker’s botnet infrastructure are blocked over any port or protocol. Unlike appliances, the cloud service protects devices both on and off the corporate network. Unlike agents, the DNS layer protects every device connected to the network — even IoT. It is the easiest and fastest layer of security to deploy everywhere.
"We live and surf in a cyber world where attacks like APT, DDOS, Trojans and Ransomware are common and easy to execute. Domain names are an integral part of any business today and apparently an integral part of an attacker's plan too.
Domain names are carriers of malwares, they act as Command and Control servers and malware's ex-filtrate data too. In today's threat landscape - predicting threats, spotting threats and mitigating them is super crucial.. This is called Visibility and Analytics.
Watch this on demand session with our Cisco cloud security experts Shyam Ramaswamy and Fernando Ferrari as they talk about how Cisco Umbrella and The Umbrella Research team detect anomalies, block threats and identify compromised hosts. The experts also discuss how effectively Cisco spot, react, filter out IOC, block the network communications of a malware; identify and stop a phishing campaign (unknown ones too).
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: 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.