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How the Wireless Network runs slow the Internet speed

  The holy grail of networking is speed, and we’re all on our own quests for it. The greatest laid plans can be thwarted by the slightest oversight, mistake, or even necessary processes (like security). Internet speed is the most forward-facing utility that you provide, so you better get it right. If your network runs slow, you’re never going to hear the end of it. 1. It’s all about placement It’s the central fact of real estate, it’s the core principle of sales, and it’s a central lesson in wireless access points: location, location, location. Obvious, right? Where you put the broadcast device really matters for your network speed. 2. Configurable settings: configure them. Most WAPs come out-of-the-box with the settings they need to do their job. But so does every Windows installation and your newest phone. Did you leave those settings the same? Of course not. (You did? You monster.) Default settings will work fine. But they’re everything for everyone. You may be unnecessarily slowing
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objectives of information cybersecurity

    The primary objective of the information security program is to implement the strategy in the most cost effective manner while at the same time maximizing support of business functions and minimizing operational disruptions. In Information Security Governance (ISG) and Information Risk Management (IRM) the governance and risk objectives for a security program were defined and incorporated into an overall strategy. The level of understanding that candidates need to have obtained in ISG and IRM will determine the degree of clarity in understanding information security program development objectives. For example, if candidates are able to come up with a well-developed security strategy, it would be less stressful for them to turn a high-level strategy into a meaningful, logical and physical reality. Despite a well-formed security strategy, candidates must be able and prepared to modify or reconsider certain elements during the program design, development and administration, depending
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What is Servers Develop Cavities in router installation

  Taking care of your servers is like taking care of your teeth. Practice routine maintenance, and you keep things healthy. Let things slide, and you end up with major problems. For teeth, that means cavities or gum disease. For servers, that means unpatched vulnerabilities and potential data breaches. Of course, just because you know you should take care of your teeth doesn’t mean it’s easy to get into the habit of doing it. And the same is true for taking care of your server patches. There are several challenges: Tracking systems to be patched. When it comes to caring for your teeth, at least you know how many you have and where to find them. When it comes to servers, routers, and other systems that need to be patched, it isn’t that easy. Systems get added, removed, and shifted to new locations. You may have a wide variety of devices from a similarly wide variety of vendors. Getting it all recorded in a usable format and keeping the record current just doesn’t always happen. Along wi
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Malware threats Computers

  For many computer virus writers and cybercriminals, the objective is to distribute their virus, worm or Trojan virus to as many computers or mobile phones as possible – so that they can maximise malware penetration. There are three main ways in which this can be achieved: Via social engineering By infecting a system without the user’s knowledge A combination of both of these methods In addition, the malware creator will often take steps to prevent the infection being detected by antivirus programs. Discover more in the following articles: Social Engineering Malware Implementation Techniques Combining Social Engineering & Malware Implementation Techniques Why Cybercriminals Try to Combat Antivirus Software Find more about :  network and security engineer jobs
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objectives of information security?

  The primary objective of the information security program is to implement the strategy in the most cost effective manner while at the same time maximizing support of business functions and minimizing operational disruptions. In Information Security Governance (ISG) and Information Risk Management (IRM) the governance and risk objectives for a security program were defined and incorporated into an overall strategy. The level of understanding that candidates need to have obtained in ISG and IRM will determine the degree of clarity in understanding information security program development objectives. For example, if candidates are able to come up with a well-developed security strategy, it would be less stressful for them to turn a high-level strategy into a meaningful, logical and physical reality. Despite a well-formed security strategy, candidates must be able and prepared to modify or reconsider certain elements during the program design, development and administration, depending on
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Configuration of Routers and Switches

  Network switches for home and small office use are typically stand-alone units, while switches for larger networks are usually rack-mounted. Either way, they typically use either Cat5 or Cat6 ethernet cables. Switches allow multiple computers to connect to a single Internet connection, but rather than simply passing the signal through, like a network hub, a switch can manage that network traffic. Switches differ in the way they handle network traffic, but all of them are installed in a very similar way. Step 1 Provide power to the switch, if required. For a stand-alone switch, this simply means plugging in the power supply. For rack-mounted switches, this means using a slot that has power supplied to it. Step 2 Connect the incoming network cable to the switch. Although any slot can be used on most network switches, it is a good idea to use the first slot so anyone can quickly identify the incoming cable. For home and small office applications, the incoming cable will be the one comin
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How IT Systems affected by malware

  For many computer virus writers and cybercriminals, the objective is to distribute their virus, worm or Trojan virus to as many computers or mobile phones as possible – so that they can maximise malware penetration. There are three main ways in which this can be achieved: Via social engineering By infecting a system without the user’s knowledge A combination of both of these methods In addition, the malware creator will often take steps to prevent the infection being detected by antivirus programs. Discover more in the following articles: Social Engineering Malware Implementation Techniques Combining Social Engineering & Malware Implementation Techniques Why Cybercriminals Try to Combat Antivirus Software Find more about :  indeed cyber security C
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