Technology & The Future Of Charitable Organisations

Recent observations about the charity sector have led to some concerns about its future. Some reports have shown that the voluntary sector will lose 3.3 billion of government funding by the year 2015. Annual research carried out by the National Council for Voluntary Organisations and the Charities Aid Foundation has shown that the proportion of people donating money has fallen in the last year from 58% to 55%. The typical amount given by individuals and the estimated total amount of money donated have also decreased in 2011/12. No organisation can stand still, they all have to evolve and develop as society changes. These observations show that charitable organisations will have to think carefully about the future and work out how best to move with the times. Embracing technology and the internet is an important way that charities can move forward.

 It has been estimated that currently over half of the mobile phone-using population of the United Kingdom are using some form of smartphone. Technology has become engrained in everyday life and should be utilised by non-profit and charitable organisations not just to spread their message but to carry out projects and events. One of the simplest ways that charities can improve awareness of their cause is through social media. Twitter and Facebook, amongst others, can be useful ways of connecting with supporters, sometimes in a one-to-one fashion. Supporters re-tweeting and liking posts can quickly spread ideas and charitable messages to new audiences.

 Fundraising has also started to change as the internet has become a part of everyday life. Since 2009 online donations have accounted for 7% of donations and in the past year text donations have increased to 1%. Text giving is a quick and easy method of donating money and it can be useful as it taps into spontaneous giving. Some people may be more likely donate if they can do it immediately and through a quick and simple process. Charities need to make sure that they are making it easy for the tech-savvy generation to donate. The proliferation of apps in the past year or so has also helped to develop the ways that people donate. There are a number of apps that encourage people to donate to a cause. Some incorporate exercise; sponsors will donate a certain amount of money for every mile that you run, while others encourage you to help out by doing five minute mini-volunteering tasks.

 It isnt just straightforward apps that can be used for fundraising but online games can also be useful in encouraging donations. The success of games like Farmville has shown that there is an audience for smartphone games or games built in to social media. Charitable organisations can create their own games that have a built in donation scheme. Some will simply donate a proportion of the game price to their cause while others will use a proportion of in-game purchases. The games can help to spread awareness and give information about a particular cause so that people know what they are donating to. Some games have an aspect of reality about them if you buy supplies in-game, it will go towards the purchase of real-life supplies.

 Technology can help with more than just awareness and fundraising the types of projects that many charities and foundations carry out have begun to change as technology has developed. Some projects have especially started to incorporate the use of smartphones. The Vodafone Foundation runs a number of projects that incorporate recent technology. It has carried out a study into developments that would allow disabled people to understand and view information on their medication through their mobile phone. The Foundation has also been involved with projects such as the EasyWay app that aims to increase information and awareness about accessibility for the elderly and people with disabilities in public places.

 Though donations may have fallen in the past year, technology can be a useful tool for charitable organisations and can help them to embrace the future. It can improve awareness and help to create a global presence. It can also foster communication between charities and their supporters. It can facilitate the donation process and make it more streamlined and simple encourage people to donate spontaneously. Games and apps can make donating and learning about different causes more interesting. There are so many ways that charitable organisations can utilize technology, and many have done so in creative ways such as holding virtual marches, putting up interactive billboards and creating interactive maps. In order to prepare for the future, charities will need to make sure they keep moving with the times.

The Future Of Blue Ray Disc Technology Is Bright And Rosy

The future of Blue Ray disc technology looks bright and rosy as witnessed by the fact that even in its present nascent stage it has already taken the DVD world by storm and is leading people to choose Blue Ray discs instead of DVDs. Unfortunately, most people still do not as yet know what Blue Ray disc technology and for many even the term Blue Ray does not have any meaning.

 Even then, the future of blue ray disc technology is assuredly still going to remain bright and rosy. It is therefore a good idea to take the trouble of finding out more about this new improved DVD technology because without a shadow of doubt, the future of Blue Ray disc technology holds many promises.

 Research and Development

 In fact, Blue Ray disc technology has now emerged out of the shadows of being a research and development subject and major electronic companies including Sony and Hewlett Packard and even Toshiba are selling Blue Ray players and devices that are being lapped up by the more technologically aware buyers.

 There should be no looking back for those companies that are making the Blue Ray disc because the response to this new technology has been positive and this bodes well for the future of Blue Ray disc technology. The Blue Ray disc does in fact mean getting vastly superior quality as well as higher storage that together can make you want to forget all about wanting to stick to using DVDs.

 In fact, the Blue Ray disc is vastly different to the DVD as it uses lasers that are blue-violet in color and not red as is the case with DVDs. Another way of looking at Blue Ray discs is to consider them as being storage discs that cater to high definition audio and video. In addition, you can store far more data on a Blue Ray disc as compared to what the best DVDs can offer.

 Typically, a single layer Blue Ray disc offers about twenty-five gigabytes of storage while a double layer Blue Ray disc offers twice this storage. And, this storage capacity will go up further with each future advance being made in Blue Ray technology - all of which will ensure that the future of Blue Ray disc technology will always remain bright.

 Understanding modern Blue Ray player technology is essential if you want to choose the best Blue Ray player. Actually, the Blue Ray technology has already won the formats war and this new technology has started to hit the market and in the process is changing the ways that we watch movies and hear music. Nonetheless, it is still necessary to understand the nuts and bolts about this technology so that it becomes possible to pick the right Blue Ray disc for your home.

Technology - A Threat To Children

Because of the widening range of our technological equipment nowadays, leaving children alone in their houses can be considered as a threat to their future. These technological devices such as the television, computer, radio, cellular phones and video games which are usually sources of information, communication and recreational activities can be couriers of violence to the young minds.

 The contents of the television nowadays are more devastating and excruciating than ever and at any period of the day, a child can turn it on and view violence, obscene languages and malicious acts. These scenes can be seen in almost every channel including those so-called children's networks. Even the news programs, though it is not their intention, also portray several indecent scenes. These news may be political news, business news,
 insurance news or even sports and all of these can cause a slight change on an innocent child's way of thinking.

 The computer and internet which are very helpful upon giving information mostly about businesses, insurance quotes, company profiles and other things, when used in a wrong manner can be extremely dangerous too. Malicious websites, intense videos of rampages and even the people whom they chat with are absolutely portals of evil that continuously pollute their minds and add up to the main sources of cruelty.

 The cellular phones which are greatly known for their contribution in making communication easier can brainwash the minds of children in many ways. The modern way of text messaging, for example, weakens the child's mind upon determining the correct spelling of a certain word or worst, can be used upon exchanging impertinent languages without their parents knowing.

 Considering these facts, a single question pops out of our minds, "what can we do to save them from the world's wickedness?" It is almost impossible to stop these gadgets and equipment from reaching the young minds so what is the best thing to do? A lot of studies say that parental guidance is really the major answer for this question. If it's possible, never leave your child alone at home because if you do, they will become more exposed to these threats. Accompany them while watching movies, television shows, surfing the net or even if they are just listening to the radio. Stay on the look out for violence and other harmful scenes and always get ready to explain to them what they actually are and that they should never be influenced by those things.

 Family bonding is also one good solution. Rather than allowing our child to go out and play with other kids, try to think of amusing and enjoyable things to do together. Remember that a harmonious family relationship plays a big role upon nurturing the child's way of thinking and outlook in life.

Spy on Your Blackberry!

A cell phone spy software is designed to allow an external party to view the contents of a mobile phone. Generally, the latest phone systems are protected by passwords and touch sensitive locks that are designed to secure the information within the phone. The new Blackberry spy software renders these protection methods powerless and enables an external party to view all the information in his own phone or computer.

 The spy software has to be first installed in the Blackberry. Once it has entered the phone, the spy software records all the information in the cell phone and transmits its copy to the external party. This way any person can read the contents stored within the Blackberry. The spy software works with the external party through a user account. The party forms this account when the software is purchased from its website.

 The software also records the location of the blackberry and transfers this information the account. Therefore, in addition to the data saved within the phone, the location and movement of the phone is also known by the external party. Such features have made this Blackberry spy software very popular in the market.

 A large group of consumers consists of anxious parents who are worried about the unsupervised cell phone usage of their children. Earlier, when landline phones were the major source of communication, parents could control whom their children talk to, but with the advent of cell phones, the lives of children were becoming obscure for the parents. In such circumstances, it is hardly surprising that more and more parents are opting to install this spy software () in the Blackberry phones of their children. This way, their children's text messages and other online chats have become a major source of much wanted information for the parents. As an additional benefit, they also get to monitor the places their children go to because of the location locator feature.

 Married couples are also increasingly buying this Blackberry spy software to spy on their spouses. A delicate relationship between a husband and wife is often damaged by the misunderstandings between them, and most of such misunderstandings are based on nothing but suspicion. The spy software offers an intelligent way to resolve the situation: by knowing about your spouse completely through their cell phone, you can be confident whether there is something that should worry about or not. The more information in this case is a source of a stronger relationship.

 All these users can confidently use the spyware by MobiEspion () as it is equipped with a feature that enables it to stay out the reach of the user of the Blackberry. The user can, thus, never find out about the existence and the activities of the software and go on using the Blackberry as per their normal routine. It benefits the user by allowing them to get their hands on a real scenario. Blackberry spy software is being updated periodically and all the users will have a better product in the near future.

Soccer Shoe Technology

Soccer shoes date to the time of King Henry VIII. His majesty requested several pairs in 152645 velvet pairs plus 1 leather pair for football. Ever since then football shoes have progressed to be a major part of the game and nowadays they're made with materials like carbon fiber and synthetic leather.

 Just like soccer itself soccer boots have gone through lots of improvements over time. Before 1891 studsblades or any kind of sole just weren't allowed. After the 1891 changesstuds and blades started to be legal so long as they were crafted from leather but not the size of half an inch. These types of studs and blades were initially hammered into the boots and professional players of the time had many pairs with various stud lengths which is probably the first time football shoes have changed.

 The 2nd development begun in the mid-1950s and it is probably the most controversial. Football history noted that throughout the 1950s in SwitzerlandAdidas who had been Germany's boot provider kitted the German team with the first ever screw-in-studs soccer shoes. HoweverPuma have counter stated they have been supplying screw-in-studs since 1952. Nonetheless whoever designed screw-in-studs the 2nd development has been the creation of the screw-in-studs boots.

 Howeverbetween 1950 and 1960 soccer boot design took a huge step forward and boots actually began to make a difference on the sport. In Northern Europe soccer boots still had the ankle protectionand the true explanation they were known as boots. Howeverin South America the shoes were much more flexible and light with no need of ankle protection. It had been a shoe designed to raise ball control boost kicking power and help to make players move quicker and switch direction faster.

 The company Adidas next created a new kind of football boot which had more traction between the ball and boot and along with greater contact areasand a number of power and swerve zonesit permitted players to produce better swerves and more powerful strikes of the ball.

 This technology was just the beginning of what was to come. Polymer extrusion engineering and various materials permitted the development of a extra flexible soleand studs have been replaced by blades which offered players extra stability. Today there are football boots that weigh only 200g and with each passing football seasonthe football boots are getting more and more advancedand now there are carbon sole plates adaptive studs that will extend and retract by up to 3mm.

 Looking to the future there's likely to be developments to soccer boot technology which will make the players perform even better and possibly shoes that can react to specific pitch conditionswhether that be rain during the game or the pitch becoming drierthe boots can adapt accordingly.

Satellite TV Technology For The Future

Internet TV, in short, is video and audio data sent over an Internet connection. It is also called Internet protocol television, or IPTV. Broadcasting rights to Internet TV differ from country to country. These rights are implemented to govern the allotment of copyrighted content and media.

 Internet TV broadcasting is almost similar to watching television via an antenna or a series of cable wires, the difference being that information is delivered over the Internet as data. The advantage that Internet TV has over cable TV is that it has much more variety, along with many of the similar shows you find on the established networks, most Web sites provide autonomously produced shows targeted at people with specific interests.

 Internet TV is still a relatively new phenomena, and quality, matter and expenses can greatly vary. Shows are of very good quality and professionally produced material. Although the only drawback seems to be the difference in video quality and the varying screen size, right now Internet TV, broadcasting offers a few more benefits than traditional television does. You can watch two basic types of broadcasts through Internet TV:

 Live broadcasts

 Web sites like wwiTV assemble lists of live broadcast channels. These channels are generally grouped based on country and browse through the list of available broadcasts. Some TV networks also play live, streaming feeds of their programming on their official sites.

 On demand videos

 On-demand videos are arranged like a playlist. Episodes or clips of a show are organized by title or channel or in categories like news, sports, or music videos. You get to choose whatever you want to watch and when you want to watch it. The USP for most of these sites is that viewers can watch all their favourite programs courtesy video streaming, a technology that permits you to watch an audiovisual clip online.
 The Ku band satellite system (Kurtz-under band) is mainly used for satellite communications, predominantly for editing and broadcasting satellite television. This band is separated into several sections based on geographical regions, as established by the ITU (International Telecommunication Union). The Ku band is a segment of the electromagnetic band in the microwave spectrum of frequencies ranging from 11.7 to 12.7GHz. The most frequently used Ku band digital reception format is DVB or the full-blown Digicipher II 4DTV format. The first commercial television network to comprehensively make use of the Ku Band satellite system for most of its associate feeds was NBC, back in 1983.

 HotBird Transponder is the name of an established family of satellites controlled by Eutelsat, located at 13E over the Equator and with transmitting imprints over Europe, North Africa, and the Middle East.

 Hotbird Transponder hosts 13 finest platforms, over 500 pay-TV channels, over 500 free-to-air channels and almost 30 HDTV channels. Besides broadcasting television services, the system offers over 500 radio stations, and multimedia services, over the same extensive coverage region.

Pyrolysis Is A Hot Technology Of The Future

Pyrolysis could in future be useful to reduce landfills because it can be used to mine waste and burn it for energy, reducing the waste in landfills and reverse the rapid expansion of real estate being used to store garbage.

 However, it is also unfortunately an expensive process to implement nowadays and for many cities is too expensive to take advantage of. Nevertheless, hyrolysis has progressed significantly in the processing of herbaceous materials as well as woody plants. In fast pyrolysis, the widely used fluid bed reactor is a relatively simple design with favorable heat transfer characteristics.

 Pyrolysis rates for siloxane fluids are very sensitive to trace catalysts. Measurements of the global heat of gasification for ultra-clean polymers resulted in significantly higher values (3000 kJ/kg). Pyrolysis, often incorporating gasification, is a thermal process where organic materials in the waste are broken down under pressure and in the absence of oxygen. The process works best when the input waste is carbon-rich, preferably sorted or pre-sorted.

 Pyrolysis can be used as a means of reducing scrap tires disposal problems. In this context it is defined as the degradation of the rubber of the tire using heat in the absence of oxygen.
 Surprisingly some people are reporting on the web that they have chosen some unusual fuels for their pyrolysis experiments and they appear to be paying off. Pyrolysis of used frying oils, for example, seems to be one option for this attractive alternative as described in a recent US study. Until 2002, 80% of waste edible oils were discharge in sewers and only 20% were upgraded into high value chemicals or biofuel. Now the situation could be rapidly improved with less oil going to sewer if this technology becomes established..

 Pyrolysis of biomass can be achieved by pyrolysis as well as by gasification. Such biomass is the main source of energy for a large number of small, rural, and cottage industries along with the majority of rural households. The majority of these enterprises belong to an unstructured sector and hence information and data on these industries are scarce.

 Biomass also offers major environmental benefits. Initial applications will be with biomass residues generated in agro- and forest-product industries. Biomass fuels generally contain high levels of corrosive ash.

 Pyrolysis technology as with gasification is becoming much more popular due to rising costs for landfilling. Costs are soaring for landfill, from current rates of about $25 per ton, and many are projecting that costs could soon rise to the $75 to $100 per ton range. Costs of the pyrolysis process will include the utilities, hydrogen feedstock, depletion of the catalyst, and in some situations, a reduction in the cracker operating rates in order to regenerate the catalyst.

 Pyrolysis is the thermal decomposition of biomass occurring in the absence of oxygen. It is the fundamental chemical reaction that is the precursor of both the combustion and gasification processes and occurs naturally in the first two seconds. Pyrolysis is known for low emissions to the environment.

 Pyrolysis is a process for thermal conversion of solid fuels in the complete absence of oxidizing agent (air/oxygen), or with such limited supply that gasification does not occur to any appreciable extent. Commercial applications are either focused on the production of charcoal or production of a liquid product, the bio-oil.

 Pyrolysis consists in most process of applying high heat to organic matter (ligno-cellulosic materials) in the absence of air or in reduced air. The process can produce charcoal, condensable organic liquids (pyrolytic fuel oil), non-condensable gasses, acetic acid, acetone, and methanol.

 Pyrolysis is considered to be one of the more feasible solutions that may be economically profitable at large scale and minimise mans impact on nature. The interest we hold in this process is centred on the fact that the products obtained by this process may be easily handled, stored and transported and they may be transformed in other units that are not near the recycling one.