As products go to market quicker, employees, customers, and business partners need the ability to collaborate and access business data—when, where, and how ever they choose. Watch this illustrated demo to see how IBM offers a smarter, business-driven approach to Identity and Access Management. And how IBM’s extensive integration capabilities can enhance productivity without compromising security.
Read this Trend and Risk report from IBM® ISS X-Force® to learn statistical information about all aspects of threats that affect Internet security, including software vulnerabilities and public exploitation, malware, spam, phishing, web-based threats, and more!
Enabling IT equipment vendors to perform remote service on your data centers helps maximize uptime and lower TCO—but at what risk? Dial-up modems and VPNs introduce security vulnerabilities and lack sufficient auditing capabilities—making it virtually impossible to track external access and maintain data center security. Download this white paper to learn how you can manage security risks, lower service-related costs, achieve regulatory and internal compliance, and more.
Application vulnerabilities and risks must be weighed to identify resources, performance requirements and service level objectives to ensure business continuity. Using real-world case studies, this white paper examines Information Lifecycle Management (ILM) best practices for disaster preparedness.
Published By: LockLizard
Published Date: Jun 10, 2009
Is the PDF security software you are looking to purchase really secure? If the PDF security software you are evaluating can be simply broken then you might as well save your money. What PDF security vendors are not telling you about their products and solutions, and what questions you should be asking.
The path to creating a secure application begins by rigorously testing source code for all vulnerabilities and ensuring that use of the application does not compromise or allow others to compromise data privacy and integrity.
Cyber threat intelligence is unquestionably a hot buzzword in the security industry these days. It is being used to seek venture capital and fund startups. It is being pitched to the enterprise market by providers and consultants. However, in this paper, we argue that the majority of what is being billed as “threat intelligence” isn’t. It’s data. From lists of bad IPs or application vulnerabilities to malware signatures, social media data or indicators of compromise (“IOCs”), none of these things are “intelligence.” They’re data.
In this white paper, we define the difference between intelligence and data, and then illustrate the theoretical discussion in a concise case study in the tangible terms of a real-world practitioner and an actual event.
Organizations around the world are embracing the economic and operational benefits of cloud computing. Whether organizations are extending internal resources or fully deploying on Microsoft Azure, the ability to take advantage of the business benefits of cloud require that organizations continue to meet key security requirements. Azure delivers a trusted cloud infrastructure on which customers can design, build and manage their own cloud applications and infrastructure. While Azure provides security controls for the infrastructure and change to virtualization layers, deploying organizations are responsible for deploying and maintaining security for the guest operating systems, applications, and data in order to protect against malware attacks, zero-day vulnerabilities and data breaches. Read this white paper to lean more about Trend Micro Instant-On Cloud Security for Microsoft Azure.
Published By: MobileIron
Published Date: Oct 21, 2016
Several new mobile attacks have emerged that threaten enterprises. Most are re-using old tactics against mobilespecific services, such as SideStepper’s use of Man-In-The-Middle (MITM) against MDM, rather than employing new techniques or exploiting new vulnerabilities. However, when attacks against users are successful, they can result in the loss of both personal and business data. Download now to learn how to increase your mobile security.
Published By: Flexera
Published Date: Feb 19, 2019
Flexera’s Software Vulnerability Research allows effective reduction of the attack surface for cybercriminals, providing access to verified vulnerability intelligence from Secunia Research covering all applications and systems across all platforms. It drives a prioritized remediation process by handling vulnerability workflows, tickets and alerts, and describes the steps to mitigate the risk of costly breaches.
You Don’t Know What You Don’t Know
It’s hard for enterprise security analysts to get reliable and trusted information about software vulnerabilities and then identify and filter that data for just the products that matter to their organization. Those challenges lead to wasted time and effort.
Published By: Flexera
Published Date: Apr 19, 2019
How is enterprise security like a commercial airliner? Preventative maintenance and regular, in-depth inspections keep jumbo jets operating safely, and the same approach will protect your enterprise security, too.
When you consider the widespread security vulnerabilities, the massively intertwined application dependencies, the diversity of deployment environments, and the potential device takeover of mobile apps, keeping your applications safe is a mind-boggling job. Traditional manual approaches are no longer practical.
Our exclusive white paper, “Keeping Your Application Fleet Flying Risk Free,” will help you establish the preflight checks and regular inspections that keep the applications in your portfolio running reliably and securely. Download it today.
Effective security for cloud-hosted web applications requires full visibility into the environment in which the apps live and the potential exposure to vulnerabilities — and to do so consistently, while proactively monitoring for attacks without causing delays in application development and delivery.
Cloud adoption means that a focus on perimeter security is not sufficient and may even be obstructive, because it can impact application performance and availability.
Similarly, relying on your cloud service provider’s security services is insufficient; any provider will tell you that securing the cloud environment is a shared responsibility between cloud service provider and customer, and the responsibility for specifically securing web applications is the sole responsibility of the customer. And although the industry as a whole has become better at protecting lower-level network and server resources, as attackers look for targets, they are moving up the application stack.
The Adwind Remote Administration Tool is a backdoor Trojan written in Java language that targets various platforms that support Java files. Adwind does not exploit any vulnerabilities. In most cases, for an infection to succeed, the user must run the malware by double-clicking the .jar file that is usually distributed as an attachment, or opening an infected Microsoft Word document. The infection spreads if the Java Runtime Environment is installed on the user's computer. After the malicious .jar file is executed on the target system, the malware installs silently and connects to a remote server via a preconfigured port to receive commands from a remote attacker and perform other illegal operations.
In this webcast, Bernd Leger, VP of Marketing, Products & Solutions at Rapid7 and Nate Crampton, Product Manager at Rapid7 discuss the current state of how organizations are prioritizing vulnerabilities in their environments and what security professionals can do to lower their security thresholds.
What's your security protection factor (SPF)? In this on demand webcast for IT and security professionals, Rapid7's CSO and Chief Architect of Metasploit, HD Moore, shows how you can reduce your remediation workload by testing which vulnerabilities really matter.
Patching is a key strategy for managing vulnerabilities and ensuring enterprise-wide security. Unfortunately, there are often so many flaws in software that patching becomes an overwhelming process.
This white paper describes an approach to patch management that allows you to prioritize vulnerabilities that pose the greatest risk and accelerate the speed at which patches are applied. Also inside, find ten steps to improve patching – read on to learn more.
Organizations today are reevaluating their security strategies as they move their data and applications to the cloud. This whitepaper by Bloor Research discusses the challenges of security in the cloud and how the use of cloud-based services will enable organizations of all sizes, from the very smallest to multinational enterprises, to put trust back into the security equation.
Vulnerabilities in web applications are a major vector for cyber-crime. In large organizations, vulnerable web applications comprised 54% of all hacking breaches and led to 39% of compromised records, according to the 2012 Data Breach Investigation Report by Verizon Business.
This paper describes how large enterprises can effectively discover, catalog and scan web applications to control this major risk vector as part of their organization’s overall vulnerability management program.
A zero-day threat is a vulnerability that becomes known to the vendor on the same day it becomes known to the public, meaning IT assets targeted by a zero-day threat won't have a patch available when it's needed. However, zero-day attacks operate in a realm of the probable - they work only because there are exploitable vulnerabilities within IT systems. Many of these can, and should be prevented.
This guide describes why organizations are vulnerable to zero-day attacks, and what you can do to add a zero-day offense to your existing vulnerability management processes to protect your organization's assets and data.
Read this report to learn the results from our open source security audits:
- How much open source is typically in use
- How many commercial applications contain security vulnerabilities in open source
- How many open source component vulnerabilities are in each application
The goal of a security program is to choose and implement cost effective countermeasures that mitigate the vulnerabilities that will most likely lead to loss.
This paper discusses the management of Risk and how Vulnerability Management is one of the few counter-measures easily justified by its ability to optimize risk.
New network vulnerabilities appear constantly and the ability for IT security professionals to handle new flaws, fix misconfigurations and protect against threats requires constant attention. However, with shrinking budgets and growing responsibilities, time and resources are at constrained. Therefore, sifting through pages of raw vulnerability information yields few results and makes it impossible to accurately measure your security posture.