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Perhaps more than any other type of software solution a reseller can offer to its customers, endpoint security products are characterized by a huge gap between their minimal purchase prices and the enormous costs they can entail for clients if they fail to work properly. The financial benefits of retailing antivirus solutions are modest (typical street prices are $24/year per seat, with VAR cost roughly $12), while the potential losses suffered by a VAR’s customer due to virus or malware infections can be devastating.
Such costs can range from system downtime and diminished productivity to lost sales revenues and even potential legal liability for claims relating to any private information that may have been compromised. Combating the alarming volume, velocity and variance of today’s security threats has become significantly more challenging as cybercriminals employ an extensive range of sophisticated new techniques (polymorphism, spear phishing, etc).
Yet, despite this rapidly-evolving threat landscape—and the substantial financial hardships it can impose on resellers’ customers—many VARs still underestimate the importance of offering the optimum antivirus solution. By focusing on the modest acquisition expenses of antivirus products, VARs may tend to overlook the significant business consequences and huge costs for its customers that choosing the wrong endpoint security solution can entail.
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Beside form factor, virtual systems are not really that different than physical systems. They both use the same operating systems and applications. They both present users with computing resources such as RAM and hard drives. Consequently, the ability to exploit vulnerabilites in a physical environment will present a significant threat to virtualized environments as well.
This paper examines the different endpoint security methods for virtualized environments and presents how Webroot Secure Anywhere Business - Endpoint Protection security provides optimal performance, protection and manageability.
The corporate workplace is changing. As employees increasingly use their own phones/tablets/laptops for work, corporate networks will be increasingly vulnerable to sophisticated viruses and malware - unless these devices are reined in with a BYOD enterprise program.
Employees and employers often have vastly different attitudes regarding BYOD programs. To better understand this disconnect, Webroot commissioned a two-part research survey to help bridge the security gap between employee preferences and the security requirements of their organizations.
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Forrester Consulting to conducted a Total Economic Impact (TEI) study to examine the potential return on investment (ROI) that organizations may realize by deploying an IBM Application Security Solution. The study uncovered that organizations achieve cost and risk reductions while increasing productivity and tactical efficiencies from implementing AppScan Source. Read the study to learn more.
Read the Forrester Consulting Total Economic Impact™ (TEI) study to learn how to:
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This report examines five major vendors – Akamai, Imperva, CloudFlare, F5 and DistilNetworks - and outlines how their products can coordinate to successfully secure web infrastructure and online data. Each company’s ‘Corporate DNA’ leads to a degree of specialization, and attendant limitations.
The potential threat of sophisticated new online attacks has vastly increased the burden on every category of security vendor. In this challenging new environment, CDNs struggle with dynamic content and enormous DDoS attacks, while WAFs contend with undocumented access requests. Many security appliances can’t assess and adapt to threats in real time, and potentially block legitimate traffic. Recent website breaches also demonstrate that traditional WAFs, CDNs, and DDoS mitigation solutions have failed to keep pace with the variety, volume and sophistication of today’s bot and botnet attacks. To address this security threat, bot detection and mitigation services must evolve beyond absorbing rare volumetric attacks into scrubbing centers, or simplistic IP – and user agent-based detection.