Measurable performance is a key factor when selecting an Application Delivery Controller(ADC) solution for modern data centers. In this report, Tolly evaluates the performance of several Citrix NetScaler ADC models vs. that of comparable products. Learn how NetScaler fared and provided up to 480% the performance of F5.
Today’s enterprises face new requirements for their datacenter
and cloud architectures, from keeping pace cost-effectively with
fast-growing traffic to ensuring optimal application
performance no matter how quickly business needs or the
enterprise environment evolve. At the same time, IT must reduce
costs and datacenter sprawl, ensure security and uptime, and
prepare for a new generation of cloud computing initiatives.
While many Application Delivery Controller (ADC) solutions
promise to meet demanding customer needs, the reality often
falls short. Taking a closer look at the available options and how
they measure up against the criteria that matter most, it
becomes clear that NetScaler beats the competition—providing
better performance and scalability than F5 Networks, Inc.
For the first time in several years, there has been a sharp increase in denial of service (DOS) attacks. In the past, these attacks have been directed at the networks of large companies. Now we are seeing the emergence of attacks targeting smaller companies and higher layers in the computing stack. Intruders are using low-bandwidth attacks disguised as legitimate transactions to bypass firewalls and basic intrusion prevention measures. Organizations need a better way to combat and prevent these attacks, and the right ADC can provide the solution. Learn how Citrix NetScaler can help protect against DOS attacks in the report, Citrix NetScaler: A Powerful Defense Against DOS Attacks (link).
This white paper examines the current DoS landscape and discusses common approaches for dealing with the modern DoS threat. It explains how the Citrix® NetScaler® application delivery controller (ADC) provides a robust yet highly affordable foundation for an organization’s DoS defenses. Benefits of the NetScaler solution include:
"Security threats come in a variety of different forms — from network to web and app attacks. As these form factors continue to morph, they often evade traditional security measures, leaving organizations scrambling to protect their digital ecosystem. With a comprehensive end-to-end security solution, your organization can securely deliver the apps and data your teams need to be productive.
Check out our e-book and discover:
- Why a holistic security approach is crucial
- What a new security approach looks like
- How Citrix solutions provide security across your entire stack"
Customers, employees and partners are more frequently accessing web-delivered services from their mobile devices. At the same time, attackers are constantly discovering new ways to compromise security, including advanced malware and application layer attacks. Without the right tools, you are vulnerable.
NetScaler gives you the visibility and control to manage, accelerate, and secure all your web properties, so you can deliver both the service and security your users demand. To learn more about web security and NetScaler, read the full report: Defend Web Properties from Modern Threats with Citrix NetScaler
Published By: Clearswift
Published Date: Jun 09, 2008
Every enterprise has to find a balance between security and the ability to carry on conducting business freely. This short guide is about finding that balance. By following some basic principles, there's no reason you can't let legitimate business email move into, out of and within your enterprise while stopping the things that cause damage: viruses, spam, spyware, trojans, phishing, Denial of Service attacks, the loss of sensitive data and the collection of illegal, immoral and just plain offensive material.
Published By: CloudFlare
Published Date: Jul 25, 2016
CloudFlare’s advanced DDoS protection, provisioned as a service at the network edge, matches the sophistication and scale of such threats, and can be used to mitigate DDoS attacks of all forms and sizes including those that target the UDP and ICMP protocols, as well as SYN/ACK, DNS amplification and Layer 7 attacks. This document explains the anatomy of each attack method and how the CloudFlare network is designed to protect your web presence from such threats.Below you will find detailed information on these attacks and how the CloudFlare network protects against them.
Today’s enterprise is vastly different than five years ago: 75 percent of the workforce is mobile, 90 percent of companies support Mac devices, five malware attacks happen every second and half of enterprise data lives outside the data center. As everything around you changes, you’re expected to support the enterprise with flat budgets and static head counts. Endpoint backup enables you to protect enterprise data and mitigate the growing risk of data loss, ransomware and insider threat.
Published By: Cohesity
Published Date: Mar 19, 2019
Every 14 seconds. That’s how often analysts predict ransomware will attack a business this year.1
Despite the best efforts to thwart ransomware attacks, cyber criminals are innovative, and they continue to create new malware. This means more
sophisticated and targeted ransomware attacks are coming—all with the same goal: Disrupt business operations in the hopes victims will pay to
No industry is immune. And because enterprises are now even more attractive targets than consumers,2 your organization must proactively
prepare for when, not if, cyber criminals come for your data.
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!
Published By: CopiaTECH
Published Date: Mar 18, 2008
Words like “integrated” and “centralized” have been used to describe application software solutions for some years now, often because of marketing messaging that implies more interoperability than the given technology can actually provide to the business customer. The terms are broad enough to be almost meaningless in some instances. In the field of IT security, the sheer range of tools and techniques in the hacker or virus writer’s armory that one must guard against has driven up the number of solutions required to prevent attacks.
Few hosting providers today offer sufficient protection from DDoS attacks, so those that can implement robust DDoS attack
protection will be able to more efficiently protect their hosted infrastructure and gain a competitive advantage in the marketplace. They’ll also be positioned to create incremental revenue streams from high-value, managed DDoS attack protection services.
Never have Distributed Denial of Service attacks been more present globally, and it’s time for the healthcare industry to take notice. They have shut down of?ces, caused ransom-like threats, and created an atmosphere where a sophisticated attack could come from almost anywhere at almost any time.
Never have Distributed Denial of Service attacks been more present globally, and it’s time for the hospitality industry to take notice. They have shut down of?ces, caused ransom-like threats, and created an atmosphere where a sophisticated attack could come from almost anywhere at almost any time.
As we continue to move forward into an age of big data, optimization, and shared information through the capabilities of better networking technologies, opportunities have never been greater for using technology to improve the way the government interacts with constituents. However, increasing dependence on web and network services also makes government a tempting target for hackers. Distributed Denial of Service attacks, data breaches, leaks, the risks can be enormous. Recent events have shown us that now more than ever, government servers are getting victimized by well-funded teams of foreign hackers, possibly funded by their government.
In this white paper, we’ll look at Distributed Denial of Service (DDoS) attacks, why they pose a threat to healthcare and other networks, and how to protect against them. As we are expected to host more and more key information on our network, we increase our risk at risk for an attack that can shut down vital services or serve to support a malicious actor out to steal private data.
In this white paper, we’ll look at Distributed Denial of Service (DDoS) attacks, why they pose a threat to hospitality networks, and how to protect against them. As we are expected to host more information on our network, we increase our risk for an attack that can shut down vital services or serve to support a malicious actor out to steal private data. Customers expect to be able do everything online, and won’t tolerate any interruption in service. This expectation inhibit a situation where an attacker is holds your web services hostage, and you have to choose between paying them off or apologizing to a lot of angry customers.
For cybersecurity professionals, 2016 presented a year of distributed denial of service (DDoS) attacks that were unprecedented. Week after week, the public was inundated with news of hacks, attacks, and data leaks. It didn’t take long for everybody to realize the old axiom of cybersecurity still holds true - there are two types of companies: those who are hacked and know about it, and those who are hacked and soon will find out. As a key player in the war against DDoS attacks, Neustar has been on the front line, detecting, alerting, and mitigating strikes to keep companies and their customers safe.
Every year, the public relations specialists from at least one bluechip company invariably find themselves working around the clock on a crisis communications effort, attempting to explain to an angry and justifiably fearful public what led to their company compromising customer data. There’s always an immediate hit to the company’s reputation, resulting in a loss of brand loyalty, as customers take their business elsewhere. This white paper provides strategies and best practices for distributed enterprises to protect their networks against vulnerabilities, threats, and malicious attacks.
Once a “consumer-only” problem, Ransomware now has an established business case for profitability, and that’s driving criminals to expand their operations and hunt for more lucrative prey. As a result, commercial enterprises and other large organizations are increasingly in the crosshairs.
Consider these facts:
? Ransomware attacks doubled in 2015
? The number of new ransomware variants increased 17% in Q1 2016
? The FBI estimates that ransomware will net criminals $1 billion in 2016
This white paper dives into the inner workings of ransomware, its perpetrators and how they are evolving to maximize profits. You’ll also learn how companies are fighting back, and review best practices for protecting your organization from becoming another victim of electronic extortion.
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.
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