Remote Desktop Software programs allow users to connect several computers, and such connections present a range of benefits. Since remote desktop software connects computers no matter where these are located in the world, users may take control of their home machine from a distant one; this enables them to access any needed file for either business or leisure and to fix troubleshooting issues from an external computer. Importantly, remote desktop software can also be useful for parents who want to watch over their children or for those assisting or teaching others to use computers. Remote Access Software can assist parents and guardians with surveillance, enabling them to keep an eye on their children even when they cannot be at their side by using remote desktop software. As long as one desktop computer has a webcam or access to a surveillance security system, parents may watch videos of occurrences in their homes through a remote device. In this way, parents can ensure that their children are safe at home even when they are away, or they can simply choose to keep an eye on their child upstairs using another laptop in the living room. Thanks to mobile technologies such as smartphones as well as Apple’s iPad, parents and guardians may even choose to check on a new babysitter while out to dinner, just to ease their minds. Although Remote Access Software is commonly used by IT professionals for troubleshooting, people who teach others how to use computers can also benefit from such software. Suppose that someone with a limited understanding of computers, such as an elderly person or a young child, tries and fails to accomplish a task on a computer; remote desktop software enables a relative to take control of the computer and show them how to accomplish the task, even at a distance. The child or senior could see the mouse moving across their screen and thus could learn how to perform the desired action. Alternatively, this technology could be used to teach children in classrooms how to use a computer: they can learn by example, first watching their screens and then repeating the actions on their own. Thus, PC Remote Access can greatly assist users who want to watch over or assist family members with computer-based applications. To do so, they need simply to set up a remote control software; they can then feel at ease knowing that their home and loved ones are secure, or they can choose to help others build their computer skill sets and better utilize programs. This access can be used to take over a remote system for the purposes of administering technical support, instructing a user on how to use a particular piece of software, group collaboration and editing, and many other applications. As is to be expected in a world filled with so many computers, many users find that their systems have a difficult time keeping up with the demand placed on them by resource heavy programs and capacity draining media files. This article was written by Tim Kennedy on behalf of Proxy Networks. He recommends you consider Proxy Networks for all your Remote Desktop Software, Remote Control Software, and PC Remote Access needs.
Adaptive Private Networking (APN) is a new technology that combines affordable and easily obtainable IP bandwidth sources such as broadband with high performance, more expensive WAN (wide area network) technologies like MPLS. The end result is next-generation enterprise WANs that can deliver 30 to 100 times the bandwidth per dollar while reducing WAN costs by anywhere from 40 to 90%. Additionally, APN technology offers greater reliability than any modern single provider Frame Relay or MPLS WANs. The Enterprise WAN market has not seen a lot of change for many years. In the early 1990′s, Frame Relay brought better bandwidth at a lower cost to IT Managers looking for alternatives to X.25 and point-to-point leased lines when building their WANs. Frame Relay, along with the comparably expensive single-sourced MPLS services are still the predominant technologies for corporate Intranet traffic today. Both technologies have the benefit of offering highly reliable (“3½ nines,” i.e., 99.95%, or better) service from a single carrier. However, the cost of these services comes at a price that is still equal to 1998 pricing on a cost-per-Mbps basis. The disconnect with regards to pricing becomes very noticeable when compared with the improved affordability of broadband connectivity such as DSL or Cable internet over the same period of time. These services are as cheap as $3 to $15/month per Mbps, and in some cases even less. However, the reason why enterprise businesses have continued to use more expensive solutions such as Frame Relay and MPLS is because the reliability of broadband and internet networks is no business quality and unlikely to ever get to a 99.99% reliability level. This is where Adaptive Private Networking bridges the gap. APN appliances leverage network bandwidth from multiple sources with a WAN, such as high-speed MPLS connections at central locations and broadband connections at branch locations. In the same way that a VOIP service such as Skype uses overlay networking techniques, APN does the same thing. In layman’s terms, this concept allows your wide area network to use large amounts of inexpensive broadband bandwidth combined with small amounts of more expensive MPLS or Frame Relay in order to deliver business-quality connections over the entire network at a fraction of the cost. The APN appliance performs real-time, per-packet traffic engineering and proprietary end to end algorithms to deliver reliability. The benefits of this technology are massive when consider the reliability and bandwidth required for applications such as VOIP and videoconferencing across an enterprise level corporation. Now a central office in New York can conduct videoconferencing with dozens of branches spread across the country using a hybrid consisting of large percentage of affordable broadband bandwidth and a small percentage of more expensive private bandwidth in order to deliver business quality connections at a fraction of the price. http://reviews-mann.blogspot.com/2010/02/final-fantasy-xiii-preview.html http://www.google.com/profiles/mannzunty http://twitter.com/lizareckon
As computer networks continue to grow designers are faced with the challenge of catering for an ever increasing range of business requirements without blowing out the cost of the solution. Businesses today are placing more of an emphasis on security and converged [voice, video and data] as well as a more efficient use of computer resources across expensive links. Fortunately for network designers, network virtualization technologies such as Virtual Router Forwarding (VRF), Virtual LANs (VLAN), Virtual Device Context (VDC) and Virtual Private Networks (VPN) are providing the flexibility that modern networks demand. How? The short answer is that virtualization technologies allow one piece of hardware to be split into a number of logical devices. This way, technology can adapt to evolving organizational changes such as restructures, mergers and growth without compromising the existing network. This can reduce the risks associated with network changes, reduce the need for large scale capital investment in infrastructure and make the most efficient use of existing network resources. Take an organizational merger as an example of a changing business landscape. Conflicting IP address schemas can delay the sharing of network resources due to the complexity of renumbering servers and other critical infrastructure. But using virtualization technologies, designers can run the conflicting network IP ranges in parallel across the same wire without the need to renumber either organization’s infrastructure. Central translation points can then be configured to provide access between the networks completing the interim solution and making resources available across organizations quickly and inexpensively! Buying more time through this type of solution means that the more permanent consolidation activities can take place over time without the pressure from the business who are happily accessing each other’s resources over virtualized network components. Remaining consolidation activities can then also be aligned with existing network hardware refresh projects (typically network hardware is replaced every 4-5 years) further streamlining costs due to the reduction of scope in the initial consolidation work. This is just one example of the flexibility that network designers have through the use of network virtualization technologies. Of course, virtualization also lends itself to permanent network design solutions as well. VPNs, for example can be used to save money by utilizing public or third party network infrastructure as opposed to commissioning costly private infrastructure to provide connectivity. VLANS are another example of virtual segregation on a network. For Directors, CIO and CEOs knowledge that there may be alternatives to additional links and hardware when growth or organizational flexibility is required may come as an oasis in a sea of ones and zeros. Virtualization technologies excel in delivering innovative solutions and should be given due consideration on any network design. Co-founder of IT-pathways.com and author Andres Villalva B.IT, AssDip(Eng), MCNE, CCNP, Project+ is an Information Technology professional specializing in Telecommunications Architecture.
Let us consider a situation where you need to permit your employees to access some important documents residing on a parent computer from a remote machine or even a smart-phone. There are different ways to do that and we will discuss the most common ways. For Network Setup / Support, get in touch with an expert. 1) MSTSC: – Make sure that Remote Assistance Sharing is enabled in System Properties of the Control Panel. Remote Desktop in the Exceptions tab of Windows Firewall should be checked as well. You can either go to Start-All Programs-Accessories-Communications- click on Remote Desktop Connection or else directly type “mstsc” (without quotes in Start-Run to open the remote desktop window. You can directly type the ip address of the computer that you want to access and click “ok” in order to get access to the parent computer. The requirement is that there should at least be Windows XP Professional on the parent computer and Windows 95 or later in the client computer. However the best option is to have at least windows XP Professional on both the computers. If you are connecting outside a LAN then a VPN connection over the internet is required. This utility becomes very essential for troubleshooting remotely. 2) REMOTE ASSISTANCE: – In this case, Windows XP Professional or Windows Home edition would do. The computers should be on a network or connected through the internet. Windows Messenger or Windows Live Messenger should be installed on both the computers. Activate the messenger on both computers. Click on Actions and then click on Remote Assistance. Before that make sure that both users are logged in to their Messengers on each computer. The person on the other end only needs to accept the invitation of the Remote Desktop Request. 3) NET MEETING: – Click on Start-Run- and then type “conf.exe” (without the quotes) and you should get the window for starting a video call. The Windows Firewall should be configured so that Net meeting can proceed without a problem. 4) SOFTWARES: – Third party softwares are available too which are free and are very popular as well. Like the Team Viewer Cross Loop and Logme-in”. These software are very useful in connecting two computers over the WAN which is a much broader area. You need to download and run the software on your system which generates an ID and a password for the user (client) to use. You need to have an active connection for that. 5) VMWARE: – Accessing various desktops can be possible by this virtualization software over the internet. An active VPN connection has to be there over the internet. Windows XP Professional with updated service packs is a good and necessary operating system for it. It works on PCoIP. Especially where a datacenter has to be accessed, a virtualized desktop provisioning and management solution has to be there and Vmware View 4 is the answer to it. So it is clear that be it data access or troubleshooting and maintenance remotely, these utilities and tools are vital for the administration and security of a managed computer network. Windows operating system comprises many in-built features which allow the users to connect a remote computer. To get more assistance on this or other computer help, talk to a tech support expert.
When deciding what technology to adopt for your computer network every business must understand the basics of that thought process. The truth is there’s benefits and drawbacks to each option. Choosing the right one can be complicated. So you’ll need to consider several factors before making a final decision. You first need to thoroughly evaluate your current network. Uncovering and resolving any bottlenecks that might exist internally is crucial before spending potentially thousands of dollars on a new technology solution. You should start by creating some data models and using a network analyzer to get a handle on your network utilization. It’s a good idea to use a network modeling application to provide a more complete model of your network. This approach will provide you a more accurate assessment of your network performance and where there may be issues needing attention, if any. Next, you need to identify your bandwidth requirements. The application(s) employed on your network currently, and planned for the future, is the most important measure when it comes to determining bandwidth. Let me repeat that …. it is crucial to consider both current AND future network applications. For example, if e-mail is the only application, an ISDN line should satisfy your bandwidth needs. Depending on the number of users you could probably get away with a simple T1 line or maybe a fractional T1 too. However, if there is a need to pump voice, data and video through the network, with guaranteed delivery, DS3 bandwidth or SONET (e.g. OC3 Bandwidth) is the best solution. Where available, Business Ethernet would be a viable option for this case also. If you are just looking to speed up access to the Internet, consider leased lines sized to the number of users and your projected saturation points. The decision for bandwidth requirements also depends on the network topology and the number of sites that must be interconnected. For instance, if your WAN (Wide Area Network) topology is designed to connect multiple locations, consider MPLS. MPLS (Multi-Protocol Label Switching) allows you to connect multiple sites quickly and efficiently. However, for a point-to-point connection leased lines might be the best solution. Keep in mind that T-1 pricing (as well as DS3) is based on distance. The longer the distance between the two sites, the higher the cost. The lesson learned here is to be sure to evaluate all of your options before investing in leased lines. Also, it is important to define a realistic timetable for deployment. Do you need more bandwidth today, or can you wait for future technologies to emerge? Does a phased install make sense with fractional or burstable solutions implemented for an initial backbone …. with expansion later? These are some of the options to consider to ensure you have what you need … when you need it. Finally, consider the cost. Getting access to ATM (e.g. DS3) or SONET (e.g. OC-3) networks can be expensive, and the equipment can be even more costly. Solutions such as T-1 and DS-3 can carry large upfront installation and equipment costs, along with high monthly costs. Note that I said can. Costs today are coming down across the board ….. so depending on location and provider, you could find a great deal with free equipment and lower than usual circuit pricing. Keep in mind also that Business Ethernet is less costly than an equivalent DS3 and certainly less pricey than an OC-3. As long as the area of the intended install location is already lit with fiber. Overall, you currently have a variety of technologies available to you offering a plethora of choices in wide-area connectivity. As the future unfolds you should expect to see a further increase in both availability and variety of technologies as even more advancements occur …. and price points adjust accordingly. If you follow the guidelines above when making your network decision, it’s likely that your company should see more bandwidth for fewer bucks. For help navigating the process and ensuring that you get exactly what you need at the most cost effective price …. I suggest using the free assistance available through Network Solutions. Michael is the owner of FreedomFire Communications …. Network Solutions.
