Category Archives: Technology

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Review of Eaton PW9130

Storing and accessing sensitive data is very important. Similarly, someone who has to work on servers or maintain a server cannot afford to switch it off or lose power as it would lead to disaster for the critical jobs they handle. A powerful and strong power backup is the most essential important in these cases. Nothing does the job better than Eaton pw9130. It is a powerful UPS which can provide the required backup for a long time. It can handle both the 50Hz and 60Hz voltage and provide uninterrupted power backup till the main power is restored.

Equipped with ABM battery charging technology the UPS can provide non-stop power back up in cases of power failure. The minor voltage fluctuations and any power spike can be handled well by the product. In normal times it runs on normal power during normal time but in case of power outrage the power is drawn from the battery. It is also fitted with latest updates and power management software that helps the battery to handle power source and supply intelligently. There is a LED panel fitted which displays the status of the battery and other important features.

The operating frequency is very wide along with direct current providing capacity, making it a favorite for backing up of servers or networking gears, medical systems, record archive, among such other critical systems. The operating temperature has a wide range and varies from -40 degree C to +40 degree Celsius. It comes with a warranty of 2 years, and can be extended according to the plan based on requirement. The installation is very easy and it comes both in rack-mounted and wall-mounted structure for saving space in either of the cases creates an impressive reason to buy Eaton pw9130.

One of the main reasons of such a good performance of the battery is having a high power factor. It provides a power factor of 0.9 thus there is no wastage of energy. This also reduces the chances of overheating of the battery along with very high performance. The sound emissions are also lesser than 50 decibels so you won’t be irritated by the constant buzzing sounds that other batteries produce.

If you want uninterruptedly working of the equipment requiring high power, you can buy Eaton pw9130 UPS without any second thoughts. The battery comes with communication slots and USB connectivity slots making your experience really pleasant. You can buy it directly from their website and get a good price value. You can also expect good customer service and support if you have any glitch while installing or using it.

You can also select the built and model number with different capacity but same technology according to your requirement. The scalable and power efficient power system is sure to protect you from any types of malfunctioning of you main power supply. The unit is easy to carry and transport. The cost and space requirement is not too high and the whole handling and operating is very easy to perform. The wide input voltage range and stable output range is certain to provide full customer value and satisfaction and puts this battery apart from its peers.

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8 Things You Should To Do For Record Good Audio

Monitoring speakers are necessary when recording audio, especially if you want to achieve great results. However, studio speakers can’t do the job by themselves, so if you already have a pair of high quality studio monitoring speakers yet are still making crappy audio, then maybe you’re doing a few things wrong. Here are 8 things you can do to achieve the results you want:

Record with good-sounding instruments
Before you start recording, you need to make sure that none of the instruments are faulty or out of tune. If an instrument needs new strings or heads, replace and tune it before the session. Old guitar strings also sound bad, so you might want to restring your guitars as well.

Avoid recording your guitar with reverb
You should only record your guitar with reverb if it’s absolutely necessary and if you’re 100% sure that you’re not going to change it during mixdown. Otherwise, you should record it dry, especially if you don’t really think it’ll fit with the arrangement. If the guitarist can’t play without reverb, you can make up for it by adding some to his headphones from your software.

Avoid recording in the red
Digital clipping makes a recording sound bad, and once you do that you can no longer go back and fix it. This is why you should avoid recording in the red as much as possible. You can just record at a lower volume, and just raise the volume in your mix. Again, you can’t remove clipping, so you might as well just prevent it from happening.

Use the right microphone(s)
Not using the right microphone can result in an awful vocal track, so make sure you are actually using the right one. Condenser microphones are what you’d normally see in studios, and probably what you should be using. Dynamic microphones work for some vocals and styles, but obviously not everything. Compare the two and use the one that fits your recording needs.

Record with good-quality cables
If you want a high-quality recording, it’s ideal to invest in high-quality equipment. Cables do matter even though they may not matter as much as the microphone you’re using or the kind of pre-amp you have. They still have a say in the overall sound of the record, so don’t go cheap.

Take your time
Rushing is often a bad thing, and this also applies to recording audio. While some artists may work under pressure, the majority generally don’t. Don’t expect a vocalist to be able to produce all the vocal tracks to an album in just a short time. Perfection takes time.

Be in the correct position
A good-sounding room and some acoustic treatment are definitely necessary for recording a great audio, but so does the position of the microphone. You can’t just stand in the middle of your bedroom and sing into the microphone you’re holding and still expect to record a good audio. Not all positions are ideal for achieving a great vocal performance, so determine where you should properly position yourself in the room before you start recording. The position of your monitoring speakers also matter, as they will sound different depending on where they are in the room.

Record at 24 bits instead of 16
Now that we have 24 bits, it doesn’t really make sense to record at 16 bits anymore, unless your computer is really slow. It gives you more range of possible volumes in your files and you won’t have to worry about recording into the red. Plus, if you really need it to be 16 bits, you can always convert it to 16 from 24.

If you are already doing all of these things yet the audio tracks you record still sound bad, then the problem is probably your monitoring speakers. Not all studio speakers can do the job right. And if your monitoring speakers are indeed the problem, then it’s most likely time to invest in new ones. You can check out http://www.studio-speakers.com/bestmonitoringspeakersreview/ if you need some advice on which ones to get.

Studio monitoring speakers come in different brands, sizes, materials, and shapes, so it may take you a while to find the best ones. However, if you take the time to read, you’ll definitely find what you’re looking for.

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The Ways to Use a Dell Laptop ePSA Error Code

Understand the ePSA codes

The ePSA codes are a set of information which guides the user about the errors within the computer system. There are several errors which can occur; moreover it is quite hard to tackle these errors. The ePSA error code is basically a number, which contains the information about the error. Different error codes have different explanation and solutions. If you are unaware of the ePSA error codes, or if you have not encountered one yet, then it is advisable to look into the Dell tech support phone number. Moreover, you can talk to the computer professionals by dialing 1 800 723 4210.

CPU’s error

The ePSA error code for this problem is 2000-0111. This is a problem which takes place in the motherboard of the computer. Moreover, it causes the processing unit to malfunction. You can gain more knowledge regarding this factor by engaging to the 24/7 customer support. The solution to this problem is briefly discussed below.

Upgrade your system’s BIOS

If upgrading does not help, then replace the motherboard or the processor.

Computer’s battery error

Here the ePSA error code is 2000-0131; this involves the dysfunction of the system’s battery. Moreover, this error may prevent the computer to start, because the battery is not in its proper function.

In order to counter this issue, first you need to shut down the computer

Make sure that the power code of the system is disconnected

Open the case of your computer and eject the battery

Place the battery again in its position. Moreover, if the error still prevails, then replace the battery and consider the technical support number.

The hard disk drive (HDD) error

The error code now, is ePSA 2000-0141, this is certainly a HDD’s error. In this case, the system might report that the hard disk drive (HDD) cannot be found or located. Even Though the hard disk drive is properly installed, it still cannot be read by the system. This error occurs, in the case where the hard drive is not installed. If you experience this issue, then consider the following resolution.

If you have a notebook computer, then simply reset the hard disk drive. In case where you have a desktop computer, plug out the data cable and the power cord of the hard drive. Plug in both of the cables, and make sure they are properly connected.

If the above mentioned solution does not works, then replace your hard disk drive.

If you still experience the issue, then don’t hesitate to call the Toll free number.

The Optical Drive Error

Another more common issue is of the optical drive, the error code for this problem is ePSA 2000-0147. In this scenario, every time you insert a disk into the optical drive, the drive fails to read the disk. Moreover, your system might inform you that there is no Blue ray or DVD drive installed. Below, is a brief instruction on how to resolve this problem?

Switch off your computer and prevent any electrical connection

Identify the faulty optical drive and disconnect the device and its connections and cables.

Now connect the cables to the optical device and restart the computer.

If the optical drive still shows an error, then call the customer support number for further assistance.

Understanding the AMI beep patterns

If the AMI beep code is one short, then it may result to a DRAM failure. A two short code, means the parity circuit has failed. Whereas the three short beeps occur, when there is a RAM failure. In addition, system timer failure is associated with four short beeps. Consider the technical support number for help.

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Here A Pros and Cons of Lithium Ion Batteries

The lithium-ion battery is very popular in a wide range of household electronics. They are common in items like MP3 players, phones, PDAs and laptops. Similar to other technologies, the lithium-ion battery has a wide range of pros and cons.

The pros:

High energy density – A major benefit is the high energy density of the lithium-ion battery. This gives the battery a high-power rating while still remaining at a relatively small size. The compact size makes it a popular choice in the mobile industry.

Low maintenance – There is no need to provide maintenance to the batteries to maintain their performance. Other types of batteries, such as the nickel-based units require a regular discharge to maintain optimal performance.

Quick charging – the lithium-ion battery is quick charging. The time-frame to fully charge is a lot less than alternatives in the market. This is a major reason why they are used in phones and tablets that are in need of the daily charging with regular use.

Light – They are relatively lightweight and small which makes them a practical choice in a wide-range of applications. In addition to small items like a phone, they are also a popular choice for electric cars and golf carts. Plus, they are commonly used in the aerospace industry.

Low self-discharge – The majority of batteries lose a certain amount of charge after disconnecting from a power source. But, the lithium-ion battery has a discharge rate that is much lower than other types of batteries. For instance, nickel-cadmium would lose its charge at a much faster rate even if the battery is left unused.

Longevity – This type of battery has great longevity and continues to give reliable performance over a very long period. Plus, they can receive a regular charge without seeing much of a difference in its capacity.

The cons:

Expensive – The process of making the lithium-ion battery is quite long and expensive. On average, this type of battery costs nearly 40 percent more to produce compared to the nickel-cadmium battery.

Transportation – It isn’t the easiest type of battery to transport and has several restrictions in place. For instance, it isn’t possible to transport the lithium-ion battery in high volume by air. However, it is still possible to fly with a few devices with the batteries in general luggage.

Circuit protection – The usable lifespan can be shortened if the battery is regularly overcharged. Also, these batteries have a built-in protection circuit to maintain the current and voltage and guarantee it is kept within safe limits.

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You Can Improving Business Challenges With an IT Support Service Provider

A business’s IT should fundamentally let it flourish and not let it down when needed most in times of disaster. Your IT infrastructure may look fundamentally correct but does it let you thrive by optimizing your business needs. As, expecting your IT to do more without proper investment will not bear any fruits and will not ever expand your portfolio too.

As an IT, should enable you to expand, manoeuvre and thrive in the market which lets you jump ahead of competitors through adaptation and meeting market disruptions.

Having an IT support team can help you to improve productivity, operations and efficiency, this can help you serve customers well and even acquire new ones. With the help of a good IT support team you can have business continuity in times of disaster and crisis situations too.

Technology should let you tap in to new revenue streams and increase sales revenue from existing ones and make you get a better market share than your competitors. It should also let you gain great insight in to your market and new prospects. Maintaining your IT properly will also let your prospects get a good experience with your business and make you target them more effectively than before and let you enjoy a greater market share than your competitors.

Customers and prospects can be segmented according to their individual needs. Hence, they can be targeted with the best value proposition if you have proper IT in place.

Technology can help streamline your business and make your employees job easier and increase efficiency. Increasing efficiency means more time and resources saved so it becomes imperative for the business to have proper IT in place and increase the profits.

Since, technology drives a business, incidents might occur and having an IT support team can help you avoid or take care of situations in a better way. And investing in a proper IT support team is crucial to any business as technology drives modern-day business and this will improve your efficiency, profits and productivity.

Having an IT support service provider in place can help improve your business considerably well. An IT support service provider can understand your business and offer solutions that will improve your efficiency, productivity and profits which will let you have an edge with your competitors as you expand and thrive in your market. So, go ahead and plan ahead for your business with the help of an IT support service provider.

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Here Digital Signatures and Certificates

When we think of VPNs, often our first thought is that of encryption of the user data. But adversaries or those intent on reading the data could However an attacker could record a conversation and then replay the replies between to participants. What we need to do is to be able to ensure the source of the data is genuine, and that is where digital signatures and certificates comes in.

To construct a Digital Signature, public key encryption systems must be in place. The construction of the Digital Signature entails applying a hash function to the message by concatenation of the message with a known secret key and then applying a mathematical function which will produce a fixed length output known as the digest. The digest is then encrypted with the public decryption key which produces a signature that can be appended to the message to verify that the message is from the genuine source.

The receiver recalculates the hash function and compared with the signature after applying the public key. If the two match, then because only the originator could have known the hash function and the private key, the message must be genuine.

Message Digest algorithms use Hash functions to map many potential inputs to each of a large number of outputs. What is normally produced is a fixed length field, typically a few hundred bits in length. A secret key is shared between sender and receiver and by concatenating this with a message for transfer, the digest is produced.

MD5 (Message Digest 5) is probably the most common hash function used, and it produces a 128 bit digest which is often appended to the header before the packet is transmitted. Any change in the message will cause the digest to change, and even the source and destination IP addresses can be used together with the message contents when creating the digest, which validates the addresses.

Another popular hashing algorithm is SHA (Secure Hash Algorithm) that produces a 160 bit digest ensuring greater security than MD5.

It doesn’t matter how long the digest is, an identical digest will always result for an identical packet. But anyone wishing to attack the system could monitor exchanges and determine which packets sent in what ever order would result in some known result. This result could therefore be reproduced by replay of the messages. This is known as a collision attack.

HMAC (Hash-based Message Authentication Code) can be used to combat collision attacks by including two calculated values know as ipid and opid, which are initially calculated using the secret key for the first packet and recalculated for subsequent packets. The values are stored after each packet and recovered for use in the calculation of the digest for the next packet. This ensures that the digest is always different even for identical packets.

A Digital Certificate is produced using some known information such as name, address, mother’s maiden name, house number, National Insurance number, or indeed anything. This information is appended to the public key and then used as part of the hash function to create the digest which is then encrypted using the private key through a secure encryption system such as RSA or AES.

A Digital Certificate can be validated by passing it through the public encryption process with the public key for the user to yield the digest. This can be compared with the calculation of the digest from the claimed identity of the user and their public key. If the two calculations yield the same result then the certificate is valid. Digital certificates are appended to messages to verify the authenticity of the source of the message.

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About Scanning Solutions Improve Your Workflow

Many companies operate under the impression that scanning documents is a simple, but limited, method for document storage. Although scanning does indeed reduce storage costs, there are many more benefits to implementing a scanning solution than storage alone. In fact, electronically archiving your business records is just one small step you can take toward improving operational efficiency and lowering document costs.

Regardless of your specific industry, a successful scanning solution will reap many benefits, all of which will ultimately have an impact on your bottom line. Once your documents are scanned, document management software ups the ante by adding a laundry list of practical benefits that can save your business time and money. Scanning paper documents and storing them electronically also creates a centralized file cabinet with secured areas, limiting access to only those employees with permission to access specific files. In addition, the document management software records who accessed the document and provides an audit trail. Consider the fact that 90% of US companies had a security breach in the last year from people accessing hardcopy documents. Sadly, many of these breaches go undetected because there is no way to know who accessed these documents when they are in paper form.

Imagine the amount of time you spend hunting down specific documents. Now multiply that amount of time by your total number of employees. If time is money, a successful scanning solution will turn back the clock.

Here are just a few of the many benefits of a scanning solution:

• Increased productivity

• Shortened document retrieval time

• Increased compliance

• Reduced labor costs

• Streamlined auditing

• Reduced storage costs

It’s easy to imagine just how valuable combining a scanning system with a document management solution can be. And it’s also simple to see how inefficient it is to manage your business documents without these tools. For example, without a proper system in place, a customer might call with a question regarding his or her order. Because of the many steps involved in a given purchase, your employee must follow a veritable trail of breadcrumbs in order to answer the customer’s inquiry.

Oftentimes, this results in time lost, which, for your average customer, is frustration gained. A successful scanning and document management solution will allow all the documents associated with particular orders to be accessed by anyone at any time. This way, when the customer calls, your employee is ready with the correct answer almost immediately.

So, while scanning business documents is often useful, it is barely scratching the surface of scanning potential. Embrace the process of real-time scanning, and watch as your company’s workflow drastically improves.

Richard Hermann is owner and CEO of TC Technologies, Inc. The company has been awarded the CompTIA Managed Print Trustmark and is dedicated to delivering Smart Office Document Solutions for our clients. This includes cost containment, cost reduction and business process enhancements to improve the production and use of documents both hardcopy and electronically.

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Now Put Your Best Foot Forward With Morph Transitions with PowerPoint 2016

Building a swashbuckling PowerPoint presentation indeed is not an easy affair. To craft a good example of PPT one requires regimentation of thoughts, precise content and off course good transition features too.

Working on the last aspect mentioned above, Microsoft has brought a brand new transition type or feature simply known as “Morph”. With this innovative “Morph” feature it is now lot more simple to craft attractive slide templates as the building block for an exceptional PPT example. Most amazing facet of Morph is that it can be applied automatically to move or transform objects, shapes, charts, SmartArt, pictures, words or characters across the PowerPoint templates and best part is that all this can be done with just one click.

Going by the dictionary meaning Morph is defined as “To change smoothly from one image to another using computer animation”. This is what this new automatic feature encompasses for users i.e. smoothly bring change.

With Morph’s cool features it is pretty simple to zoom in, spin, resize and alter colors of an object in a slide PPT. Similarly, word rotation, font resizing, alteration in font type etc. can also be applied. There is more, as movement of characters can also be achieved with Morph. One significant point that needs to be underlined here is, keeping the character case or capitalization same for the whole slide is essential to apply this transition. Last but not least, PowerPoint 2016 and Office 365 is an essential requirement to apply Morph.

Now, let’s comprehend how exactly Microsoft’s new automatic Morph feature works.
First and foremost, to apply any sort of Morph two identical PPT slides are required. This can be obtained by copying one slide design. If not identical, than the two presentation slides should have at least one common feature so as to apply any sort of Morph.

Coming to application of Morph in PowerPoint Presentations, than it is a short and simple just a three step procedure:

1. Firstly, make a replica of the original slide by clicking “Duplicate Slide” option or simply with Ctrl+D.

2. Secondly, apply desired alterations in the replica or second PPT slide.

3. Finally, apply Morph transitions in replica or second PPT slide to move objects, words or character as per your style.

Let’s have a close look at the step by step procedure for better comprehension of the Morph application.

1. To apply the transition just select or pick the second replica slide.

2. After this bring the cursor on the ribbon or tool bar to select “Transition Tab” or in case of Android “Transition Effect”.

3. A menu will open here. From this menu select “Morph”.

4. On selecting “Morph”, further various “Effect Options” will open like Objects, Words or Characters.

5. Now select the desired option as per requirement to apply Morph.

6. Apart from this, adjacent to “Effect Options” other options like of “Sound”, “Duration” and “Apply to all” will highlight.

7. Set these parameters as per the requirement of the specific PowerPoint show.
In nut shell, Morph actually bring myriad of effects to make a PPT model truly a jaw dropping one. Another equally significant factor here is that it saves users precious time, which otherwise could have gone waste to create same effect with Motion Path Animation.

By and large, Morph makes object, word or character movement pretty smooth thereby giving a professional touch. Moreover, as Morph is an automatic transition feature hence there is no need to understand the theory. Simply click and start!

Are you drained of trying to keep up with all your PowerPoint designing projects? You’ve explored for innovative presentation designs before, but wished you had more assistance. Does this sound familiar? Well indeed this does. Don’t worry! Just contact Chetna Sharma to convert a possibility into reality so as to capture the minds of your audience. Chetna is presentation designing expert at http://www.slideteam.net helping businesses to accomplish more with their PowerPoint presentations. At SlideTeam, Chetna oversees an experienced and talented presentation designer team that specializes in crafting bespoke corporate presentations.

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The Lithium-Ion Battery Pack

Batteries today are omnipresent today that they are invisible to us. Running in cars, digital cameras, drones, bulbs, mechanical tools, inverters, ships, trains, airplanes, windmills and even in satellites. The basic science behind the battery is chemical energy converting to electrical energy containing three main components: Anode, Cathode, and Electrolyte. The revolution in the battery over the years are through several stages of chemical combinations and implementations. Starting from Voltaic Pile to Daniell Cell, then from Lead-Acid to Nickel Cadmium battery, further evolving to Alkaline Battery, Nickel-Metal Hydride (NiMH) and then finally to Lithium-ion battery. These are available in all shapes and sizes as per the need along with its possibly packed power capacity.

Working: The Lithium-ion battery pack consist of graphite, oxygen, metal, and of course lithium, which runs in a cycle of discharging and charging. While producing energy, the lithium moves back to the positive cathode across the electrolyte, and while charging, the ions move to the positive anode. This cycle repeats over the course of time and degrades the potency of the ions in providing the electric charge. The lithium-ion has 250Wh/kg (Watt-hours per kilogram) of energy while NiMH has mere 90Wh/kg. This is a vast difference for a small, portable and noiseless rechargeable battery.

Concern Parameters: The 10 parameters that a Lithium-ion battery pack’s development covers are high specific energy, specific power, affordable cost, longer life, better safety, wide temperature operating range, non-toxic, fast charging, lower self-discharge and longer shelf life. In the early stages, the cost of a Li-ion battery was $3000 per kWh, while Lead-acid battery cost $150 per kWh. But over the years, due to multiple benefits of Li-ion battery pack, being 150Wh/kg more than the NiMH, the cost is dramatically falling costing now $150 to $240 per kWh. Tesla’s goal is to reach $100 per kWh on lithium-ion battery packs for the cars.

NEW ERA: In 2005, there was a total of around $4900mil in the sales of lithium-ion batteries while in 2015 it is spiked to $15200mil wherein $4800mil is in automotive alone. It is expected to reach 10% on the total number of cars on the road to be battery EVs by 2020 from 0.3% today and to 35% by 2035. There is an even higher growth rate in China, Europe, and Japan when compared to the US. Statistically consuming 1900TWh for Li-ion battery pack by 2035, which is equivalent to power the whole of US for 160days.

FUTURE: There is still a lot to develop the battery technology as over the years we haven’t come up with anything further than lithium-ion battery packs configured in parallel or series to deliver the desired voltage, power density, and capacity. We sure have changed the contents and the proportion of the combination of raw materials to enhance the capabilities, but there is still a lot of work that has to be put into the battery technology. The targets are to reach over 700Wh/kg to that of 400Wh/kg we are on today. By 2020, 75% of batteries are expected to contain cobalt, in some capacity at least along with better anodes and enhancing electrolytes.

In the long run, lithium ion battery pack is to be cheaper and more efficient over to the existing ones. Moreover, Lithium Air technology is in cultivation, which shall have 10times the energy density than Li-ion. The world for lithium ion battery pack isn’t going to end for the next half century at least, making it the highest developing area in technology.

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This Definition of VPN Authentication and Encryption

The fundamentals of creating a VPN are Authentication, strong Encryption and a method of secure Key Exchange. Authenticate the users, securely exchange keys for encryption then encrypt the data using the generated keys.

Authentication is used to validate a users identity using one or more of a number of methods:

Something you have – can be a key card, a security pass, drivers licence, a passport or similar. The possession of one of the above items is usually enough to confirm the identity of the holder. The problem with this is that the device can be lost or stolen, and sometimes used by other persons.

Something you know – a password, pass phrase or some other known information that can be used to calculate function from a secret message.

Something you are – A physical characteristic of your body such as your finger print, the retina print of your eye or your DNA.

Encryption is a means of taking some plain readable text into a cipher text utilizing some form of algorithmic mapping. The intended receiver of such a cipher text must have the means to reverse the process by knowing the same algorithm, but an attacker cannot know the process.

Encryption systems must use mathematically complex algorithms so as to provide a good enough deterrent from attackers to be able to use some brute force method of calculating the algorithm in use. Two common methods of encryption are Symmetric Encryption Systems and Public Key Encryption Systems:

Symmetric encryption simply uses an identical key for encryption of the plain text and decryption of the cipher text. and decryption at both ends. The encryptor applies the key to the plain text data which results in a cipher text. The decryptor reverses the by applying the same key to the cipher text to reveal the plain text data. The most common symmetric encryption system is the Data Encryption Standard (DES), of which there are several variations.

Public Key Encryption systems are a lot more complex than symmetric encryption systems such as DES and depend upon mathematical functions that are often referred to as “trap-door” functions. They involve complex mathematical formulae which normally involve exponentiation to high powers, modular arithmetic and the products of large prime numbers. The algorithms yield an encryption mechanism and an encryption key which can be made public and a decryption algorithm and decryption key that is kept secret. The mathematics of the algorithms is so complex that it is not possible to deduce the decryption mechanism from the encryption mechanism alone.