New technologies used in Web 2.0 applications have increased the volume and complexity of network traffic internal to organizations and at Internet gateways. More than ever, it's important for businesses to deploy new methods of monitoring and controlling these Internet-based applications in order to discover and mitigate hidden security threats.
While the rise of web-enabled applications and the zero latency customers expect from them has driven many enterprises to adopt performance management solutions, they are finding that basic understanding of how their overall user populations are being served is simply not enough. Rather, to improve and ensure the performance and availability of their business-critical web applications, organizations need to be able to see and understand the actual user experience-and provide the appropriate context and visibility necessary to fix problems based on impact-based priority.
Companies that have fully implemented application performance management solutions from CA Technologies report:
. Reductions in application downtime by as much as 70%
. Decreases in mean time to repair by 50% or more
. Decreases in application performance delays by greater than 70%
. An average return on investment of 362% within eight months or less
. A total benefit of ownership of $6,443,039 over three year
Published By: Webroot
Published Date: Jun 17, 2011
This paper discusses the new generation of web security offerings provided by service providers in the cloud, where protection is ap¬plied at the point where the threats are being seen-that is, directed at web-based applications. In taking the protection nearer to the threats, organizations can benefit from vastly improved internet security as the threats are stopped before they ever reach the network. This paper discusses the reality of web-based threats today, and discusses the drivers for cloud-based computing and the benefits that organizations will see from use of a dedicated service provider for handling functions that are necessary, but that are not a core compe¬tence of the organization
Detects vulnerabilities throughout your infrastructure by scanning network devices, servers, web applications and databases, helps assess your security posture and provides remediation steps to help reduce risk and security operations costs.
Published By: AccelOps
Published Date: Jun 27, 2013
Companies rely on the data center and IT to provide mission-critical services, like email, Web, and voice. However, assuring service delivery and reliability becomes increasingly difficult as growth in data center virtualization, remote access, cloud-based
applications, and outsourced service technologies fuel operational complexity. To improve service reliability, organizations must be able to see and manage all aspects of
performance, availability, and security related to that service.
Find out how the combination of discovery, data aggregation, correlation, out-of-the-box analytics, data management, and reporting can yield a single pane of glass into data center and IT operations and services.
"High-profile cyber attacks seem to occur almost daily in recent years. Clearly security threats are persistent and growing. While many organizations have adopted a defense-in-depth strategy — utilizing anti-virus protection, firewalls, intruder prevention systems, sandboxing, and secure web gateways — most IT departments still fail to explicitly protect the Domain Name System (DNS). This oversight leaves a massive gap in network defenses.
But this infrastructure doesn’t have to be a vulnerability. Solutions that protect recursive DNS (rDNS) can serve as a simple and effective security control point for end users and devices on your network. Read this white paper to learn more about how rDNS is putting your enterprise at risk, why you need a security checkpoint at this infrastructural layer, how rDNS security solutio
Read 5 Reasons Enterprises Need a New Access Model to learn about the fundamental changes enterprises need to make when providing access to their private applications.
If you’re relying on manual processes for testing applications, artificial and automated intelligence (AI) and machine learning (ML) can help you build more efficient continuous frameworks for quality delivery.
In this on-demand webinar, “Continuous Intelligent Testing: Applying AI and ML to Your Testing Practices,” you’ll learn how to:
Use AI and ML as the new, necessary approach for testing intelligent applications.
Strategically apply AI and ML to your testing practices.
Identify the tangible benefits of continuous intelligent testing.
Reduce risk while driving test efficiency and improvement.
This webinar offers practical steps to applying AI and ML to your app testing.
The speaker, Jeff Scheaffer, is senior vice president and general manager of the Continuous Delivery Business Unit at CA Technologies. His specialties include DevOps, Mobility, Software as a Service (SaaS) and Continuous Delivery (CDCI).
Maintaining a competitive edge today means building a Digital Enterprise capable of taking full advantage of social, mobile, web, cloud, “things,” (sensors and devices), and analytics technologies. Among the terms used to describe this business transition is “the API Economy,” an economy in which APIs are no longer just an IT concern, but the underpinnings of new revenue streams and new business models that are disrupting entire industries.
Read this paper to learn about:
New, modern applications being built for the enterprise
Application ecosystems and extending the value of your company in the API Economy
Two ways to integrate devices in the Internet of Things
The microservices approach to application development
The role of API management in the digital enterprise
Independent technology research firm Forrester evaluated web application firewall (WAF) vendors and published the results in The Forrester Wave™: Web Application Firewalls, Q2 2018. Akamai Technologies emerged as one of the leaders after a comprehensive evaluation on 33 criteria. The report states that security pros require a WAF that will automatically protect web applications, stay ahead of zero-day attacks and protect new application formats including APIs and serverless architectures. The report also reveals detailed findings for the 10 most significant WAF vendors. Akamai’s Kona Site Defender was the top scorer in the zero-day attacks criterion and one of the select vendors rated a Leader, the highest-ranking level in the report.
Gartner named Akamai a Leader in their 2017 Magic Quadrant for Web Application Firewalls.
A web application firewall is an essential element in your defense against application-layer attacks, which pose an ever-greater threat to productivity and security.
The Akamai approach to WAF combines:
An anomaly detection model
A repeatable testing framework to measure effectiveness
Threat intelligence to identify the latest threats
A cloud platform for global scale
Managed security services to help organizations better protect their websites and web applications over time
Learn more Salesforce and Amazon Web Services at http://amzn.to/2zhcn1v.
Building and releasing cutting-edge applications quickly can be difficult when you lack proper tooling and integrated customer data. Salesforce Heroku delivers a cloud-native, developer-friendly platform that streamlines application development by integrating formerly siloed customer data and removing the burden of infrastructure management, allowing developers to focus their attention solely on creating customer-centric applications. Join the upcoming webinar to hear how the Financial Times builds customer-driven applications with faster cycle times with Heroku and AWS.
Today’s businesses generate staggering amounts of data, and learning to get the most value from that data is paramount to success. Just as Amazon Web Services (AWS) has transformed IT infrastructure to something that can be delivered on-demand, scalably, quickly, and cost-effectively, Amazon Redshift is doing the same for data warehousing and big data analytics.
Amazon Redshift offers a massively parallel columnar data store that can be spun up in just a few minutes to deal with billions of rows of data at a cost of just a few cents an hour. Organizations choose Amazon Redshift for its affordability, flexibility, and powerful feature set:
• Enterprise-class relational database query and management system
• Supports client connections with many types of applications, including business intelligence (BI), reporting, data, and analytics tools
• Execute analytic queries in order to retrieve, compare, and evaluate large amounts of data in multiple-stage operations
Just as Amazon Web Services (AWS) has transformed IT infrastructure to something that can be delivered on demand, scalably, quickly, and cost-effectively, Amazon Redshift is doing the same for data warehousing and big data analytics. Redshift offers a massively parallel columnar data store that can be spun up in just a few minutes to deal with billions of rows of data at a cost of just a few cents an hour. It’s designed for speed and ease of use — but to realize all of its potential benefits, organizations still have to configure Redshift for the demands of their particular applications.
Whether you’ve been using Redshift for a while, have just implemented it, or are still evaluating it as one of many cloud-based data warehouse and business analytics technology options, your organization needs to understand how to configure it to ensure it delivers the right balance of performance, cost, and scalability for your particular usage scenarios.
Since starting to work with this technolog
If your organization's servers run applications that are critical to your business, chances are that you'd benefit from an application delivery solution. Today's Web applications can be delivered to users anywhere in the world and the devices used to access Web applications have become quite diverse.
At a projected market of over $4B by 2010 (Goldman Sachs), virtualizationhas firmly established itself as one of the most importanttrends in Information Technology. Virtualization is expectedto have a broad influence on the way IT manages infrastructure.Major areas of impact include capital expenditure and ongoingcosts, application deployment, green computing, and storage.
The idea of load balancing is well defined in the IT world: A network device accepts traffic on behalf ofa group of servers, and distributes that traffic according to load balancing algorithms and the availabilityof the services that the servers provide. From network administrators to server administrators to applicationdevelopers, this is a generally well understood concept.
Published By: MuleSoft
Published Date: Jul 13, 2018
"IT teams across industries face growing pressure to deliver projects faster while reducing costs. All too often, dated legacy systems hinder IT’s ability to accomplish either of these objectives. Legacy systems can also slow the speed at which IT can deliver new projects to support the business. For these reasons, legacy modernization has emerged as a key strategic imperative. But where should organizations start? One large global bank provides a detailed blueprint for how large enterprises can do so.
Read this legacy modernization blueprint to learn:
-Best practices for modernizing legacy SOA web services
-How to think about re-architecting monolithic applications into microservices
-The role that APIs play in driving an effective legacy modernization strategy
-The bank’s legacy modernization strategy, and how they used Anypoint Platform"
IBM Cloud Identity Service is helping businesses simplify Identity and Access Management (IAM) through a cloud-delivered service (IDaaS). IBM Cloud Identity Service combines the full spectrum of IAM, including federation, web access management, and identity governance with the speed, agility, and lower cost of the cloud. This video demonstrates how to rapidly integrate SaaS and other third-party applications using the "Quick Connect" feature within the IBM Cloud Identity Service and securely connect people and applications to the cloud.
This Executive White Paper, sponsored by Pitney Bowes Marketing Solutions, a provider of web-based marketing automation solutions, examines the competitive advantages offered by marketing automation portals and the potential impact of these types of portals on marketing campaigns deployed in complex, rapidly evolving markets.
Encryption technology has enabled much greater privacy and security for enterprises that use the Internet to communicate and transact business online. Mobile, cloud and web applications rely on well-implemented encryption mechanisms, using keys and certificates to ensure security and trust. However, businesses are not the only ones to benefit from encryption.
Web application and DDoS attacks hit enterprises without warning or reason. Most Distributed Denial of Service (DDoS) attacks require little skill to launch with attackers can simply rent resources from DDoS-for-hire sites at a low cost.. In comparison, DDoS attacks typically result in:
• Operational disruption
• Loss of confidential data
• Lost user productivity
• Reputational harm
• Damage to partner and customer relations
• Lost revenue
Depending on your industry, that could add up to tens of thousands of dollars in damage – and in some cases it could be millions. Only 2% of organizations said their web applications had not been compromised in the past 12 months – 98% said they had.
Web applications are valuable tools for businesses of all sizes. These applications enable businesses to communicate with customers, prospects, employees, partners, and other information technology (IT) systems. By definition, web applications must be open, interactive, and accessible at all times.. This report, authored by Frost & Sullivan analysts, takes a comprehensive look at the current Web Application Firewall (WAF) vendor landscape and analyzes the current web application threat landscape and how vendors will scale to face it.
Online images used to be simple. In the past, they weren’t the focal point of a page — there were only a handful of images on a given page and all users were viewing online images on a desktop with dial-up. That has all changed. Today’s web pages are dynamic, filled with images and viewed by end users on different devices with varying connectivity. As audience expectations for rich web experiences have grown, so has the requirement to deliver increasingly image-heavy web applications. The problem? The cost and complexity of creating, storing, and delivering web images tailored for every device poses a significant challenge for businesses, but failing to address the increasing diversity across devices and networks will lead to a poor and inconsistent user experience. Current solutions don’t solve this problem completely.