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Online PC Performance Test

If you want to have a PC performance test done on your computer, then you should consider having it done online. Not only is it extremely convenient because you can have it done form the comfort of your own home, but it is also effective, and can get your computer operating well in a very short time.

Why Have A PC Performance Test?

Testing your PC is a great way to make sure that your system is running the way it should be. Over the years, your computer might encounter many different things that may cause it to slow down little by little. In fact, the process may be so gradual that you may never even realize how slow your computer has gotten! This is why you should have your PC tested, so that you can find out just how well or poorly your system is running compared to its optimum capacity. After all, why be satisfied with being able to run programs and surf the Internet at only 50 or 60 percent of the speed that your hardware should enable you to reach?

The Advantages of Online PC Performance Tests

Online performance tests are great because they are so convenient and affordable. You will never have to leave the convenience of your home. You won't have to lug your heavy PC to your car and into the computer repair and maintenance shop just to have it checked out. You won't have to pay a professional to come to your house and work on your computer. All this means that having your PC's performance tested online will help you save time, money and energy, and you will be able to have your computer running at optimum speed in no time at all!

Things to Consider

Are online tests reliable? Well, they might not seem so at first. After all, isn't it safer to have an actual professional take a look at your computer? Well, that logic would be correct, if your problem has something to do with faulty hardware, which would require actually on-site assessment. Otherwise, if the problem is simply one of software, then you don't need an actual person to work directly with your computer. All you need is connectivity that will allow a performance test software program to scan your computer.

What's really important is that you check out any and all testimonies that you can find regarding a particular program. Visit forums and see what people have to say about the best testing programs available in the market today.

Visit http://www.pcperformancetest.net to find out how to make your computer run faster by using a PC performance test.


The Top 3 Tech Trends Shaping 2011

Three overarching, interrelated trends -- cloud consumption, virtualization and mobility -- present themselves as key industry themes for 2011. All have been increasing in importance over several years, and this year, all will reach a tipping point for businesses and information security providers alike.

To prepare your organization for the cumulative impact of these trends, you will need to consider new and better solutions for next-generation firewalls, application control and visualization, bandwidth management, secure remote access, clean VPN and wireless, and data leakage prevention.

Trend 1: Cloud Consumption

Taking applications to the cloud remains one of the big trends in 2011. Organizations will spend 30 percent more on public IT cloud services, with 33 percent of midsize U.S. firms embracing cloud resources, according to IDC. However, at the same time, non-business-related websites now consume up to 15 percent of available corporate bandwidth, and that figure is rising sharply. As your organization relies more on the cloud to drive lower capital expenditures and improve efficiencies, you will need to deal with two potentially unforeseen impacts.

First, the on-premises bandwidth used to access the cloud from the WAN is limited. Therefore, you need to prioritize bandwidth for -- and user access to -- critical applications over lesser-prioritized traffic that is not paramount to the business. To accomplish this, your bandwidth management policy must be able to make increasingly sophisticated distinctions between mission critical cloud-based applications (e.g., Salesforce.com (NYSE: CRM), Oracle (Nasdaq: ORCL), etc.), streaming and latency-sensitive applications (e.g., teleconferencing and VoIP), and business- and personal-use social media and peer-to-peer applications (e.g., Facebook, BitTorrent, etc.).

Next-generation firewalls with application intelligence, control and visualization capabilities can help you identify and control exactly what applications are in use and who uses them -- regardless of port or protocol. Moreover, to control network use properly, you can deploy advanced visualization solutions to view application traffic in real-time and adjust network policy based on critical observations.

Second, by putting critical applications in the cloud, your organization encourages employees to spend more time on the Internet. Unfortunately, they will likely access non-business sites as well as business-related sites, exposing your organization to lost productivity and more malware, botnets, and other forms of malicious attacks.

As your organization relies more on cloud-based applications for productivity and business success, you must be increasingly vigilant against Web-borne attacks. As sensitive data now migrates between corporate data centers and cloud data centers beyond your network perimeter, you can no longer think only in terms of network security, but instead must shift focus to information security: achieving security for all your corporate data and applications, regardless of where they are located.

Over the next year, firewall solutions will increasingly augment and enhance traditional on-box malware signature defenses with advanced cloud-based logic to provide comprehensive protection. Security technologies will continue to evolve, presenting tighter and more manageable security solutions for the borderless network. The scope, scale and performance demands of securing a borderless environment will spur the development of massively scalable security architecture solutions.

Trend 2: Virtualization

Virtualization has grown beyond its early hype and has seen much broader deployment. Businesses have consolidated multiple servers and appliances onto fewer physical machines, enhancing both cost-savings and inter-application performance. By next year, organizations will have virtualized nearly half of all server workloads. At least 14 percent of the infrastructure and operations architecture of Fortune 1000 companies will be managed and delivered internally in a virtualized environment.

Consolidating servers and appliances from physical to virtual environments often runs the risk of undermining implicit security and access barriers that previously existed between isolated applications. You can help preserve this legacy security by deploying next-generation firewalls using deep packet inspection and application control between virtualized server environments.

As your organization pursues on-premise virtualization of mission-critical applications, you will need to scan and secure higher volumes of inbound and outbound traffic at high-speed rates of 10 GB and more. To this end, businesses will require higher performance firewall technologies that feature real-time reassembly-free deep packet inspection, multicore processing platforms, and performance-optimized architecture.

Moreover, as with cloud-based resources, some application traffic will inherently have a greater business value. You can prioritize and control application and user traffic using application-intelligent Next-Generation Firewalls that allow implementation of a granular policy over bandwidth allocation based on application type.

Trend 3: Mobility

Smartphones and tablets such as Apple's (Nasdaq: AAPL) iPhone 4 and iPad, or the many devices running Google's (Nasdaq: GOOG) Android OS, have been widely adopted by employees as standard business tools. Much in the way that laptops eclipsed desktops in the workplace a decade ago, mobile devices are now the business tools of choice, and there is no going back. Shipments of mobile devices will outstrip PCs in the next year and a half, according to IDC. However, less than a third of enterprises have a multiplatform policy in place, according to the iPass Mobile Workforce Report. As the market for mobile devices will continue to evolve and shake out, you should take a platform-agnostic approach.

In scenarios where mobile devices are accessing corporate resources from outside the company's perimeter, you need platform-agnostic secure remote access to mission-critical resources. Web-based SSL VPN portals can provide platform-agnostic access from virtually any mobile endpoint, including laptops, PDAs and smartphones.

By filtering SSL VPN traffic through a high-performance next-generation firewall, you can establish a clean VPN to secure both VPN access and traffic. The multilayered protection of a clean VPN enables you to decrypt and decontaminate all authorized SSL VPN traffic before it enters your network environment. In addition, you effectively control data leakage by integrating deep packet inspection, email security, and application intelligence and control to identify sensitive data and prevent it from leaving your network.

Alternately, for scenarios where mobile devices are accessing the Internet from within your perimeter, users can deploy solutions that integrate a wireless switch directly into their next-generation firewall to subject all wireless traffic to clean VPN scanning and application intelligence, control and visualization, thereby maintaining both security and application usage efficiency.

It's clear that the year ahead will significantly transform the way you interact with -- and secure -- corporate information resources. Cloud computing, virtualization and mobility will become standard features of this year's business computing, and you will need to be prepared.


HTTPS is strong secure

You wouldn't write your username and passwords on a postcard and mail it for the world to see, so why are you doing it online? Every time you log in to Twitter, Facebook or any other service that uses a plain HTTP connection that's essentially what you're doing.

There is a better way, the secure version of HTTP—HTTPS. That extra "S" in the URL means your connection is secure and it's much harder for anyone else to see what you're doing. But if HTTPS is more secure, why doesn't the entire Web use it? 

HTTPS has been around nearly as long as the Web, but it's primarily used by sites that handle money—your bank's website or shopping carts that capture credit card data. Even many sites that do use HTTPS only use it for the portions of their websites that need it—like shopping carts or account pages.

Web security got a shot in the arm last year when the FireSheep network sniffing tool made it easy for anyone to detect your login info over insecure networks—your local coffeeshop's hotspot or public WiFi at the library. That prompted a number of large sites to begin offering encrypted versions of their services via HTTPS connections. 

Lately even sites like Twitter, which has almost entirely public data anyway, is nevertheless offering HTTPS connections. You might not mind anyone sniffing and reading your Twitter messages en route to the server, but most people don't want someone also reading their username and password info. That's why Twitter recently announced a new option to force HTTPS connections (note that Twitter's HTTPS option only works with a desktop browser, not the mobile site, which still requires manually entering the https address).

Google has even announced it will adding HTTPS to many of the company's APIs. Firefox users can go a step further and use the HTTPS Everywhere add-on to force HTTPS connections to several dozen websites that all offer HTTPS, but don't use it by default.


Internet Streaming Home Video And Movie Player Review

Apple TV was released last year, and allows for the streaming of films and TV shows from the internet to your TV screen. Most of the content is controlled through the iTunes store, allowing the user to buy or rent TV shows and Movies from a number of different publishers. As well as iTunes, it is possible to watch content from YouTube and Netflix in the US.

What Apple TV does well is mainly based around usability. The display is clean and clear and very intuitive to use. The included aluminium remote control has a clickwheel like feel, which will be instantly familiar to anyone who owned an iPod. Unfortunately, the simplicity of the remote makes entering text a tricky and lengthy process. However, a neat feature is that if the consumer also owns an iPod touch or iPhone they can use its touch screen keyboard to enter text. Also using an iPod or iPhone device, the Apple TV menus can be navigated using swiping gestures on the touchscreen.

The iPod and iPhone connectivity doesn't end there. Using a feature called AirPlay, iPod touch and iPhone users can push video and music content from their mobile devices to their TV. This is useful if your TV is connected to an audio system, as you can browse your iPod library and select songs wirelessly from the handheld device.

One of the main competitors to the Apple TV is the Roku XDS. The Roku has been priced similarly to the Apple TV allowing for a direct comparison. Where the Roku has a distinct advantage is with the amount of content available. As well as Netflix, the Roku offers access to Amazon Videos on Demand, Hulu Plus and Pandora. It does lose out on iTunes content, but iTunes content, particularly when it comes to TV shows, can be a bit thin on the ground.

A second advantage is that the Roku can be used with any TV. The Apple requires a HMDI port but the Roku is just as happy with a standard definition TV, which is good news for those who are yet to upgrade. The user interface is easy to use, and comprises of channels, on for each content provider. There are around 100 in total, but they vary in usefulness.

There is a distinct tradeoff between the Roku and Apple TV. Those who already use many iDevices may feel more comfortable staying in the iTunes environment, and may see benefit in both AirPlay and the hope of future updates which further integrate thier mobile Apple devices with their fixed home theatre set-ups. The Apple device also offers a more slick and desirable look both in terms of hardware and software.

Having said that, the Rokus interface is still very useable, if not as attractive as that on the Apple. It also provides much more content than the Apple if you are looking for it to take some of the pressure away from your Sky box or even remove it completely.

In summary, both players are strong contenders and perhaps your choice depends on whether you prefer style or substance. Apple TV works nicely, but it is the Roku which allows for the most functionality.