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One of the more criminally underrated tools necessary for an IT-empowered business is an effective, low-impact pinging tool. A “ping” is probably one of the more well-known actual terms from this field known to outsiders, though its precise meaning and importance may be lost on those not working closely with IT. However, to appreciate the next evolution of this technology, the online ping website tool, a more complete understanding of the entire concept is needed.
Along with being the sound a pinball machine makes, a ping first became a concept when the both sonar and radar technologies began to see heavy use. Of course, the basic principles behind these technologies are pretty well-understood by anyone born after the end of the second world war. A wave burst of either sound or electromagnetism is emitted. Most solid objects deflect these waves, causing them to bounce back. Timing mathematics used alongside this reaction allows the pinpointing of these objects when not otherwise visible. The speed at which these objects are moving can even be calculated with radar in particular.
The ping is the wave reflecting off the object.
While the internet doesn’t through sonar nor radar, the basic concept of a ping is conceptually similar enough to justify its use. A ping in regards to a server, is a special packet sent, which simply requests a returning packet from the destination. This is done semi-frequently to maintain the handshake between connected devices, albeit silently.
However, it is also used as a method to make sure communications in both directions, is unobstructed between two or more connected devices. Not unlike radar used for measurement of speeds, these pings can also be used to determine how slow communications between connected devices are. It’s achieved much more simply than speed-measuring radar as well. When the ping is transmitted, the sending machine simply begins counting milliseconds until it receives a response from the target.
The ability for this process to always accurately measure the stability of connections and the latency of them can be rather crucial in a number of situations. If a server seems to be unresponsive through normal channels, there could be a whole host of reasons why this problem exists. It could be that the software layer serving data is malfunctioning. It could be a lack of proper permissions to request any form of complex data. It could be that the pathway between the user and said server is either obstructed or too lag-heavy to not time out.
The latter is one of the more common (and hard to immediately fix) problems, and should be the first potential issue eliminated when diagnosing such things. Pinging the server will prove whether or not the packets are making the round trip, and show if there’s just too much latency for heavier communications to transmit smoothly.
A similar, rather terrifying case is one where no network connection attempt from a computer seems to be working. Having determined that the system’s network connection settings are correct, and ensured that any modems or other access point devices are reporting all green, there could be just as many increasingly worrisome reasons things aren’t working.
To ensure that the modems and other devices are not lying about being properly online, pinging a reliable website such as Microsoft’s site, Google or the like can determine if basic communications are working. It can also make sure the speeds are up to par, as these particular servers are massive, reliable and very fast in responses usually.
Of course, this is the tip of the ice berg when it comes to the various reasons pinging for connection stability and speed checks is rather helpful. The difficulty in using this process to its fullest potential has always been in how it had to be done. From most systems, a terminal command generally has to be issued, and the results displayed in the same location. This can be done manually or via various forms of batch scripts, but these don’t mesh with more extensive enterprise-level solutions very well. It’s not impossible to marry these environments, but it can be unsafe, slow and inefficient on a good day, disastrous and unworkable on a bad one.
This is where implementing a modern online ping website tool can harness this very old but very vital IT command to solve a lot of contemporary problems. These tools are made possible simply due to the robustness of modern servers, script languages and even browser applet architectures able to be so low-level in how they handle networking interfaces when need be.
Obviously, this has a ton of additional uses compared to the common uses a classic terminal-launched ping boasted. For one, it makes it easy to do the standard connection checks of a classic ping, but from smart devices that don’t typically offer a convenient terminal whence to do so. Fail to mention entering command line directives on a touch screen would be unpleasant and time consuming.
Beyond that, there are no less than five major modern concepts that are made far more stable by having an online ping website tool handy (especially if automated and integrated smoothly into other systems).
First and foremost, software as a service (browser-based enterprise programs in lieu of client side executables) tend to less monolithic than their binary ancestors. Various components often run independently (yet synchronized expertly), and often on different servers for the sake of compartmentalization and efficiency. This goes doubly for the crucial user data these systems need to store in databases.
The ability for these systems to spot broken connections or severe latencies between their disparate components, and to respond by in stead connecting to a redundant server which is not broken can ensure that these systems rarely if ever have visible critical failures. This is how so many software as a service models seem to have little to no down time – proper pinging directives and many, many redundancies ready to stand in at a moment’s notice when a ping doesn’t go through.
Furthermore, online pinging systems built into these can also ensure that connections between users and the data center(s) where the software lives are routed in the fastest and most efficient manner possible. Using pings to spot the paths with the least latencies allows the software to be faster, even when the user may not have the most exemplary connection around. It can also inform users when latencies are severe and unavoidable, rather than leaving them in the dark, wondering if their internet is broken or the software is.
In a similar vein, cloud-based storage has taken off tremendously in recent years as broadband internet becomes more and more ubiquitous all across the developed world. Cloud systems, which are non-centralized server clusters used for offsite data storage and computing, need the same redundancies, latency checking and efficient routing that software as a service needs. In fact, if an online ping website tool wasn’t integrated into cloud infrastructures, it would go far more horribly wrong than with software as a service. The inability to consistently access this data or computing power wherever a connection is available would render cloud computing and storage pointless. Its ability to be just as reliable as an on site computing array or mass storage system is critical to what makes it appealing and useful!
Secure connections are a very crucial thing in the modern business and private world. Financial transactions, sensitive information sharing and online commerce are such a part of daily life for individuals and businesses now. However, the intense security and encryption used on these can make them significantly slower even on a perfect connection.
When these things time out, it can be a severe inconvenience, or even an opportunity for interlopers to snipe the data since packet loss isn’t really noticed. Logically, any connection already lagging badly enough should probably refuse to attempt such difficult connections. This can only be determined ahead of time if pinging capabilities are made available in order to do so.
In less serious scenarios, online gaming is a rather tricky puzzle when it comes to ensuring there’s minimal latency and sufficient stability between consoles or computers and the gaming servers. In most modern online game structures, multiple servers across the world are set up (with a back bone to ensure communication between these is also possible). Finding the nearest one to a user ensures their connection to the game infrastructure is not only secure but speedy and reliable enough for the game to be fair.
When latency is discovered to be bad enough, most games simply kick the players, to reduce the amount of chaos caused to fellow players and the gaming/score data. While this may feel rude to the disconnected player, a shaky on again, off again connection would be worse for everyone in the bigger picture. Most gamers are used enough to this to be merely annoyed by the game disruption and yet appreciative of the damage control this sort of thing ensures for all involved.
Lastly, voice over IP and video communications need these same assurances of stability and most efficient routing in order to work properly. Seeing as these are used for serious business communications among other things, the ability to use an online ping website tool, built into the protocol, means the “definition” of audio and video can be raised or lowered rather than timing out or buffering badly.
This same logic applies to streaming services. YouTube will famously drop the video quality when the connection is too slow or unstable.
It may be apparent that few of these uses are directly related to the conventional idea of websites, dealing in stead with back end servers users seldom directly see. This isn’t actually an issue considering, to a ping, an IP address is an IP address. The only difference is the data being sent and requested on back end systems compared to a typical web server.
It’s worth noting that the ease of use these tools provide can also make it easy for non-IT people to solve mysteries as to why their communications and data access aren’t working in various scenarios. This is actually often a relief to the IT team, whom can focus on the more involved aspects of their maintenance rather than having to run a lot of ping checks for erstwhile users.
An online ping website tool is yet another one of the many very elegantly simple tools that have done so surprisingly much to make possible the far more complex and diverse web technologies taken for granted these days. When it comes to software, this is a common trend. Simple ideas like this, when all pieced together to form larger concepts, are what power the information age.
It’s important, moving forward, for businesses and private users to bear this in mind when such simple but powerful tools continue to be invented. What looks to be a simple, single-use little tool will almost always find so many unexpected uses that surprise even their inventors most of the time.
As any new online service model is developed here on out, an online ping website tool will be necessary to make them work reliably and smoothly. Without such a tool, these wouldn’t have been impossible to implement, but the expense and risk of making them work the old fashioned way would probably be seen as outweighing the benefits brought about by the services themselves.
This is quite a lot of responsibility and contribution from a tool originally designed just as a fast way to make sure websites weren’t lagging or offline, from any internet-ready device. Considering how important it turned out to be, it’s fortunate this sort pf technology is generally free as well.