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Do Bluetooth Earpieces Cause Cancer?

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The old adage that ‘mobile phone emissions can cause cancer’ is a commonly held belief that doesn’t actually have a huge amount of evidence behind it. Nevertheless, a lot of people genuinely believe that they can/will develop cancer after extensive use of a mobile phone.

Amazingly, this does little or nothing to deter these very same people from using their phones all the time!

To go to the root causes of this belief, we must first talk about the pioneering work of American ophthalmologist (that’s an eye specialist) Dr. Milton Zaret. Milton was a giant in his field (and was even unintentionally name checked in a 2013 issue of ‘Batman’ – no joke). Among Dr. Zaret’s most notable accomplishments was his research into the damaging effects that microwave emissions have on the Human eye.

There is a obvious, present and growing danger to the whole population of the UK from contact to the whole non-ionizing segment of the electromagnetic spectrum. The danger can’t be overstated because most non-ionizing emission injuries happen clandestinely, usually do not become obvious until after many dormant years, and when they do, the effects are rarely documented.

It seems that there was a lot of political pressure on other researchers to discredit Dr. Zaret and his findings, which resulted in some fairly bad science, but equally in the general notion that Zaret was mistaken. However, his work was never conclusively proved, nor reliably debunked, leaving the case open to interpretation.

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Although the emissions that bothered Dr. Zaret (anything from microwave ovens to radar technology) are not exactly the same as mobile phone emissions, the fundamental argument is similar. To date, nobody has been able to prove, or disprove, that mobile phones can cause cancer.

Since the development of mobile phone equipment, studies have been conducted to see if they cause health risks. The fear is rational, given that mobile phones are low-powered microwave emitters, and some microwaves have been revealed to cause health risks. Consumers and Experts agonize that keeping a microwave emitting gadget near your head and/or brain could put you in danger for brain cancer or other harm. The fear is now and again greater in regard to Bluetooth earpieces, as the gadget is located inside your ear and thus even nearer to your brain.

So, the old argument has now been transferred to Bluetooth Headsets (you are by no means the first person to ask this question). The key point being that the earpiece itself is actually much closer to Bluetooth Headsets your brain than a mobile phone. However, naysayers simply consider the level of microwave emission produced by the earpiece to be so low as to render the effects negligible.

Essentially, because the widespread use of mobile phones is a relatively recent phenomenon (although it must be said that the first mobile call was actually placed 41 years ago by Marty Cooper), it is simply too early to tell, one way or the other.

Because Bluetooth earpieces are such a new facet, it is not possible to get statistics about continuing effects of constant contact. Some propose that inside 20 years, advanced studies will be presented, as the first generation to grow up using mobile phones and earpieces will in fact be guinea pigs for lasting effects. If you are really worried about the microwave emission from your mobile phone, don’t use Bluetooth earpieces and simply use the speaker-phone alternative that is standard on most Mobile phones. even though exact study has not provided comprehensible solutions as to whether Bluetooth earpieces can result in cancer, this may be an area where you feel it is better to be safe than sorry.

In conclusion, it does seem unlikely that your mobile phone can give you cancer. It seems logical enough to assume that we’d all be feeling the effects by now, after nearly two decades of mobile phone use (the second of which actually involved the majority of the population). However, nobody really knows for sure… Dr. Zaret may yet be proven right as the prophet of doom (but, of course, we have to hope not).

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Who Uses a Spy Earpiece?

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British comedian Jack Dee probably said it best, “Men like to use drills because secretly, we think they’re guns”. Tools just bring out our inner 007.

He’s right. Men like gadgets for the same reason. We can’t deny it, there’s just something unassailably cool about a tool that you can use, but that no one else knows about.

Whether you’re prancing around your house pointing a Black & Decker at imaginary henchmen, or fondly imagining that your fountain pen doubles as some sort of deadly offensive weapon, its OK to admit that you like the idea of gadgets.

If you’re reading this and nodding, then you are almost certainly a man (or else, a bit of a Tomboy, which is fine too). In which case, you probably found this article whilst searching for a ‘spy earpiece’ online. Ergo, the sort of person who buys this is, well, someone just like you.

If, however, you clicked this page because you want to know what sort of person uses such a device (or indeed, what, if any, its practical applications are), then you’ve come to the right place, ma’am.

Its not all James Bond wannabes, you know.

Teaching professionals cunningly utilize spy earpieces to receive information in real time as they go through vast amounts of information in front of a class. They also employ such gadgets when giving lengthy and complex presentations to superiors or potential students. This goes double (or even triple) for public speakers.

Amazingly, the time spent preparing a reliable body of information and then having an accomplice drip feed the correct answers to you via the earpiece would probably be better spent actually learning the material in the first place. However, you can also use spy earpieces in presentations in much the same way that businesspeople do.

Security personnel will also use spy earpieces, as surprising as that may be to read. Often, the security professional is used as a deterrent; large, imposing men and women are geared up with walkie-talkies and sharp suits or black uniforms in order to encourage would-be troublemakers to think twice. However, it is also common for security guards to operate in plain clothes, keeping an eye on potential situations discreetly and quietly. For this, they use a spy earpiece. For the same reasons, even undercover police have been known to employ spy earpieces.

So, the earpiece appeals to more than just the gadget-crazed would-be 007. Spy earpieces are used by a broad cross-section of the community, not just by men with a little too much time on their hands!

Finding a Spy earpiece can be a difficult task, the website EarpieceOnline.co.uk is one of the best places to get one.

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What are Earbuds?

Can not get over how cheap the earpiece is, a tremendous deal for any top-end product!

Earbuds are headphones, typically made out of a hard plastic material, that fit inside the ear, just outside of the ear canal. These aren’t the same thing as ear canal headphones, which have a rubber tip and seal within a listener’s ear canal.

Several portable music devices, like mp3s and Personal Digital Assistants (PDAs), come with earbuds when the device is purchased. Earbuds are a less expensive alternative to ear canal headphones or other listening devices. Consumers tend to purchase earbuds for their convenience, as they are easier to carry around than other headphones because of their small size.

This style of headphone also tends to be more inexpensive than other kinds, like ear canal headphones, circumaural headphones that fit outside the ears, or the supra-aural headphones that have pads that are placed on top of the ears, rather than around or inside them. Circumaural headphones are typically used in recording studios and supra-aural headphones can still be purchased at some stores, though these kinds of devices have given way to headphones that fit within the ear.

Because of the design of earbuds, there can be a few drawbacks to owning them as opposed to owning another style of headphone. First, the rigid design of earbuds can sometimes make it difficult for them to fit comfortably inside a listener’s ear. If they’re too large or too small, they can either slip out of the ear or won’t fit inside it at all. Another problem reported by consumers is that because earbuds don’t seal the ear canal, the sound quality is muddled through other ambient noises.

Essentially, most earbuds work the same as other headphones and the set-up is relatively simple. Wires move up from the electronic device that is putting out sound, such as an mp3 player. These wires connect to a voice coil. The coil is attached to a cone, which is flexible and plastic. A magnet is attached to the back of the earbuds. When sound passes up through the wires and to the magnet, the voice coil becomes electromagnetic and moves up and down with the sound. The cone then pushes the sound out through the earbud and into the listener’s ear.

When listening to earbuds or any other type of headphones, physicians recommend to keep the volume at a reasonable level, as research had proven that prolonged exposure to high noise levels can lead to permanent hearing loss. Prolonged listening to loud noises, including music, puts unnecessary stress on the hairs in the cochlea. This causes permanent damage to the hairs and can eventually lead to hearing loss.

Telecommunications

What Is Audio Surveillance?

With a lot information on the web about earpiece’s it can be hard to find the best and largely truthful articles. here’s an article from a reputable blog that i believe as veritable, don’t quote me on it but please read and enjoy

Audio surveillance is the act of listening to third-party conversations and recording them. This technique is frequently used by law enforcement, private detectives and government spy agencies. Most audio surveillance consists of either bugging a room, wearing a wire, tapping a phone or distance listening. Each provides distinct advantages and disadvantages, depending on the situation.

Wiretapping is one of the most common and simple form of audio surveillance. This is preferred because it is highly inconspicuous and allows for two sides of a conversation to be clearly recorded. Small audio devices, commonly called bugs, are attached to the internal circuitry of a telephone to pick up a conversation. A signal is wirelessly transmitted to another device that records the conversation. The drawback of this method is getting access to a subject’s telephone to properly wiretap it.

audio surveillanceA room microphone is another audio surveillance technique that often is utilized. This involves planting a wireless microphone in a room to pick up conversations. Disguised room microphones are available to look like pens, clocks, stuffed animals and a variety of other covert forms. This microphone sends a signal to a receiver, just like a wiretap does, and the signal can be directly recorded. The disadvantage here is access to some rooms and getting only one side of a phone conversation if it takes place in that room.

Concealable transmitters known as body wires are well-known devices that have been featured in many television shows and movies. A small microphone and transmitting device are worn under the clothes of a person in order to send a signal back to a receiver and record a conversation. This allows the person wearing the wire to ask questions and get specific details that simply listening to other people’s conversations could not provide. The disadvantage of this method is getting access to the person needed to be recorded and also concealing the microphone in a way that hides it but allows for clear recording.

Long-distance microphones are another covert means of audio surveillance. A parabolic microphone, often called a shotgun microphone because of its long shape, has a powerful ability to pick up conversations up to 300 feet (91.4 m) away. Its main disadvantage is its high sensitivity. It can pick up other noises and cannot function if obstructions, such as trees and automobiles, are between the microphone and the conversation.

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How To Wear a Security Earpiece

Radio earpieces look really cool. They are generally used for surveillance but some enthusiasts also wear them just for fun. Secret agents and spies in the movies have made these accessories really cool to wear.

Putting on a radio earpiece is not a tough job. To put on an earpiece, first of all you need to take that earpiece and microphone clip in your hand. The microphone is to be put where you are most comfortable with it. It can be put on your hands, specifically on your wrist. You must have seen Spies or Secret Service agents in movies lifting their wrists talk. This is where they are speaking into the mouthpiece on their wrists.

If you’re not comfortable with the mouthpiece on the wrist, you can also put it on the tie or on the shirt, on your chest. Once you have clipped on the mouthpiece, it is time to put on the radio. Take the wire dangling from the mouthpiece and put it inside your shirt. Take this wire out from the top of the shirt. This way the dangling wires will be completely hidden. Take the earpiece and put it on your ears. Make sure, that it fits tightly and would not fall off when you start to walk. You can put it on either ear. If you are wearing the mouthpiece on the wrist, you will find it comfortable to put the earpiece on the same side ear.

Once you are comfortable with the mouthpiece and the earpiece, it is the turn of the end which goes into the radio. Take this dangling wire connecting that end with earpiece and mouthpiece and put it inside your shirt. Take out the wire from the bottom of the shirt. Put it in the radio and clip the radio in its place on your pants. Once you have that these wires inside your shirt completely, you need to tuck in your shirt inside your pants so that none of the wires are visible.

Once everything is fixed, switch on the said radio and test the settings. If everything is working as it should be then you have put on the radio earpiece correctly.

Wait, you are not done yet!

Once you have tucked in your shirt inside your pants and put on your jacket, you need to test the comfort level of this piece by walking around a few paces up and down. If you’re comfortable with the earpiece and the mouthpiece and are able to talk on radio, then you are set for the job. If any of the wires are the earpiece or the mouthpiece is making you uncomfortable, you need to reset your wires.

The real advantage of a concealed earpiece is that others wouldn’t notice when you are talking on a concealed earpiece. If you’re uncomfortable wearing these or with the wires, you lose the advantage of a hidden radio earpiece. Therefore it is very important to check the complete settings by walking around.

Congratulations, you have successfully put on a radio earpiece. Now, enjoy talking like a secret service agent

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What Are the Different Types of Security Earpiece?

I don’t know if you came here because you read it on social media, twitter, facebook, google +, stumble upon or somewhere else. But thank you for visiting and I trust you enjoy reading this as much as I did.

There are a number of different types of security earpieces that can be chosen and worn by a security professional, and the type used typically depends on a number of factors. In general, there are two major categories for these devices: wireless and wired. Within these two basic categories, however, there are a number of different models and versions available. The type of security earpiece a professional chooses is often based on the needs of that individual and the level of secrecy he or she wishes to maintain with regard to the earpiece.

security earpieceA security earpiece is a device worn around or in the ear which is connected to a two-way radio or similar device. This is commonly worn as part of a set with a microphone and receiver to allow a person to receive and send messages to other individuals who are also wearing similar earpieces. These devices are often used by security personnel and bodyguards such as law enforcement officers, the US Secret Service, and private personal security professionals. A security earpiece is typically either a wireless or wired device, with different models available of each type.

Both a wireless and a wired security earpiece can come in different models, usually either as an earpiece worn over the ear or a small earbud placed just within the entrance to the ear canal. Wireless devices of this type are often worn for extra secrecy, to allow a person to wear such an earpiece without it being readily apparent to observers. These devices are often earbuds that receive a signal wirelessly; a separate microphone is often worn on a lapel or at the end of a sleeve. The wearer can then speak into the microphone to send messages, while receiving messages in the wireless security earpiece.

A wired security earpiece will typically work in a similar way, though a wire connects the earpiece to the receiver. This wire can be clear to make it more difficult to notice, and often loops around the back of the ear to remain out of the way while worn. These types of earpieces often come in one-wire, two-wire, or three-wire versions. One-wire earpieces consist of only an earpiece without a microphone, two-wire devices have an earpiece and a second wire connected to a microphone that is often connected to a lapel or sleeve. A three-wire security earpiece includes the earpiece and microphone that is typically worn on the lapel, and then features a third wire that connects to a device on the wearer’s hand that allows him or her to activate the microphone inconspicuously.

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Where Do We Get The Word ‘Earpiece’ From?

The word ‘earpiece’ is obviously a joining of the words ‘ear’ and ‘piece’, the term was probably originally coined for eyeglasses at some point in the 18th century, but it also applies to things like old style phone receivers and doctor’s stethoscopes.

British optician Edward Scarlett is thought to have developed the first eyeglass earpieces sometime before 1727. However, this invention didn’t catch on until the early 19th century, so it is probable that the word ‘earpiece’ fell into popular use around that time.

For comparison, American inventor Nathaniel Baldwin built the first radio headphone set in 1919, almost a hundred years later. The basics of earpiece design have existed since that time, so the word ‘earpiece’ was almost certainly used at that point, although it would not have denoted the same device that we now think of today.

Bluetooth headsets, colloquially referred to as ‘earpieces’, were first made commercially available in the early 2000’s and since that time, the term has proliferated. By and large, in the 2010’s, the word ‘earpiece’ tends to refer less to headphones and earphones (although it is still technically accurate terminology) and increasingly solely denotes Bluetooth headsets.

As for the word itself, the word ‘ear’ is actually a derivation of the old English word ēare. It is derived from the same root word as the Norse word eyra and is also cognate with the German word ohr and the Latin auris.

The word ‘piece’ has been in use as far back as the 11th Century AD and comes from the Old French word pece (which is itself of ancient Gaulish origin). It probably also has linguistic ties to the ancient Welsh word peth (meaning ‘thing’).

In the future, it is likely that the word ‘earpiece’ will continue to refer to wearable technology until such time as the word exclusively denotes a wearable device. However, this is purely conjecture on our part.

The other uses for the word will likely remain standard English that simply isn’t used on a daily basis. An example of this would be words like ‘Sellotape’, ‘Tannoy’ and ‘Hoover’, all of which are brand names that do not denote the actual object in question. Correctly, a Hoover is a vacuum cleaner, a Tannoy is a public address system and Sellotape is sticky back plastic. However, almost nobody uses those terms anymore in a casual setting (Alan Partridge and the odd Blue Peter Presenter notwithstanding). 

Telecommunications

Effective Communication, What is it?

Effective communication is a somewhat esoteric concept that is frequently applied to business management. It can, however, easily apply to our personal lives as well.

Put simply, effective communication aims at improving our understanding of the emotional content (*taps head and does a bad Bruce Lee impersonation) behind any given information. Theoretically, this understanding makes us more empathic and thus better able to relate to our spouses, co-workers, employers and friends.

effective communicationsEffective communication, then, aims at fostering a deeper understanding between communicators, by creating a stronger emotional resonance.

Experts in the subject maintain that the first step towards becoming a more effective communicator (should you wish to, of course) is to become a better listener. You can do this by fully focusing on the speaker (as opposed to being distracted, or deliberately distracting yourself), not interrupting them and openly demonstrating an interest in what the speaker has to say.

The next step, maintains that the use of open body language (e.g. not crossing your arms) and emphasizing a point via your body (such as tapping your head to indicate thinking ahead) is also very important to effective communication.

Step three is to focus on and thus better manage, your stress. A stressed person, even if their outward demeanour seems pleasant enough, gives off a lot of anxiety, from body language to posture, so it is best to deal with your anxieties privately before dealing with others (where possible).

Of course, effective communication is largely emotion-centric as a concept and so the final point brought up by the article is to improve your own emotional awareness. Essentially, this is the understanding of yourself and what makes you tick. It sounds obvious, even easy, but the truth is that most of us don’t have a clue. If you find yourself entrenched in petty squabbles or constant bickering with your friends, spouse, family or colleagues, then there is a good chance that there is something deeper that is bothering you. With a greater emotional understanding of yourself, not only will you be able to avoid potentially stress-inducing situations, but you should also be able to recognize patterns in others that you have seen in yourself, allowing you to become more empathic and, ultimately, a better communicator.

Essentially, effective communication is all about communicating effectively. It is about improving your understanding of yourself and others around you, in order to live and work with other in a more harmonious way. 

Telecommunications

Review: AfterShokz’s Bluez 2 Bone Conduction Headset Aces Speech, but Muddles Music

Article of the Day………ok so i don’t have a piece of writing seven days a week, but if i get an opportunity I’ll post content that I find fascinating. Fortunate enough here is one of these articles that I read and needed to share. If you enjoy it as much as me, please add one of those special social media likes, you know the one that tells one and all that you loved something, rather than you sat on your arse and watched Television!

 

Aftershokz’s Bluetooth headset does just what claims to, so long as you’re after a robust, lightweight, elegantly designed, handsfree interface for speech-based audio listening or making phone calls.

“Bone conduction technology.” It sounds like a gimmick, something you might file on the shelf next to 3D positional audio, high-res music, gold-plated cables and surround-sound cans. It’s not.

In fact, you’ll find it today in breakthrough medical technology like cochlear implants: tiny, surgically implanted electronic devices that can transmit enough sonic information to the listener that even someone mostly deaf can hear sounds and understand speech. If you’re a talk radio devotee, you’re probably aware that Rush Limbaugh uses the latter.

I mention all that because I’ve been test-driving a pair of $100 open ear wireless headphones from Aftershokz for the past few weeks, the Bluez 2, and that’s their claim to fame: “bone conduction technology,” transmitting vibrations produced by a pair of small speaker-pads (sporting what look like rubber shock absorbers abutting your cheekbones) directly to your cochlea. The cochlea, in case you don’t know or remember, would be that spiraling, snail shell portion of your innermost ear you maybe had fun drawing in elementary school biology, that place in your brainpan where fluid jukes and jives reacting to said vibrations, which then get converted into electrical signals that make their way to your brain via neurotransmitters. Imagine a relatively low cost, external headset that can tap directly into that.

The Bluez 2 reminds me a little of an old Sony AM/FM radio headset I used back in the late 1990s — a clunky-looking thing that perched above each of my ears and looped around the back of my head like a wobbly boomerang. Sony’s headset had speakers that rested directly over your earholes and drew its architectural stability from that connective band — all one piece, with no wires or pendulous protuberances. And it took a licking, which is all that mattered to me in that hazy, pre-MP3 era, before the shift from low-fi, functionally minimalist portable audio gear to dragging around microcomputers into which most people I see out running or at the gym still plug headphones today, whether dangling or coiled inside an arm band.

Wireless headsets are a dime ten-dozen nowadays, and bone conduction technology’s not new, but when Aftershokz’s Bluez 2 headset arrived unbidden, looking just enough like that old Sony headset to draw my eye, I decided to give it a shot. I’ve worn it most of each day for the past two weeks and used it as the primary interface to my iPhone 5: listening to audiobooks and music while running outside, and chatting on the phone both indoors and out as well as in the car.

For a Bluetooth device that gets about six hours to a charge and has to generate haptic feedback, my initial reaction putting it on was “Man, is this thing light.” Weighing just 41 grams, it rests almost unnoticeably on your ears, its narrow, glossy black band wrapping behind your head without touching it (Aftershokz includes a reflective sticker you can optionally place on the neck band). If I cared about aesthetics as much as functionality, I’d probably use it in a sentence with words like streamlined and elegant. It doesn’t look half-bad on your noggin, either, though when I wore it out grocery shopping a few weeks ago, someone stopped me to ask if it was Google Glass. (Insert quip about eyes in the back of your head here.)

Let’s talk about the bone conduction angle, since that’s the buzziest buzzword in the mix. Imagine a pair of haptic gamepads strapped to either side of your head like Princess Leia’s cinnamon buns and the vibration-feedback mechanisms in said gamepads jackhammering away. The Bluez 2′s vibrations feel nothing like that, thank goodness, though there’s a slight buzzing sensation that pulses as audio’s conveyed through the audio pads. On my head, the pads align with my temporomandibular joint (the place your lower jaw connects to your skull — it’s right in front of your ear), and that’s where I suspect most are going to feel it. To be clear, it’s strictly vibration-based and not electrical, but it feels a little weird, a bit like someone holding the end of a sonic toothbrush against your cheeks, and that takes some getting used to.

But the benefits are considerable, especially if you’re listening to speech, whether talking on the phone or devouring an audio book. The headset’s speakers are physically positioned in front of your ears, which looks like it can’t possibly work properly, until you realize the sounds are being transmitted and augmented by the vibrating pads, up your cheekbones and through your ear canals. I have narrow ear canals and weird-shaped ears, meaning most earbuds (even with sizing tips) tend to fall out. The upside of Bluez 2′s headset is that it’s one-size-fits-all, and all-fits-comfortably — no fussing with sizers or trying to adjust the speakers to your earhole. And they’re perfectly comfortable for extended sessions, even if placed over a pair of glasses (so long as the temple pieces aren’t too thick). As a glasses-wearer, that’s more than I can say for any other pair of over-the-ear headphones I’ve used.

The other benefit — and I noticed this most while running outdoors in moderately noisy environments (traffic, mostly) — is that speech came through clearly at all times, even while battling a strong headwind. I wound up listening to several hours of the audiobook version of that old 1988 PBS documentary The Power of Myth while testing the Bluez 2, and both Joe Campbell and Bill Moyers came through clearer and more consistently than they ever had using a pair of wired headphones. The same held true when I summoned TuneIn to catch Internet-streamed cable news or local radio. If listening to speech-related audio is your thing, from audiobooks to talk radio to news, Aftershokz’s headset really excels.

I’m sad to say I had the opposite reaction to the Bluez 2′s music playback quality. Paired with my iPhone 5 and the volume set to maximum, XTC’s Skylarking sounded washed together and hollow, as did Elbow’s The Take Off and Landing of Everything, Elton John’s The Diving Board and Janelle Monáe’s The ArchAndroid. And I had difficulty getting the Bluez 2 to play loud enough in even modestly noisy environments. This, despite a product bullet point that boasts of a patented feature Aftershokz calls “PremiumPitch,” which uses dual transducers to “guarantee the finest bone conduction audio.”

I guess that means the finest still has a ways to go: Switching to a pair of low-end, wired Sony MDR-AS20J headphones with loop hangars, the quality upgrade when listening to that same music was startling.

My sense is that where bone conduction technology excels at bulldogging basic audio — especially speech — through your brainpan in noisy environments, it’s comparably poor at conveying even moderate details produced by higher fidelity audio sources. If not being able to listen to music at even moderate quality and volume levels is a deal-breaker, I’d steer clear of this headset, if not bone conduction technology in general. At this point, music and bone conduction feel like a mismatch.

If you’re just looking for something to use as a handsfree headset for voice calls, on the other hand, the Bluez 2 sports dual microphones that worked ably enough in both low and high noise environments. Switching between the headset and Apple’s default iPhone earbuds, the people I called said the audio improved a bit with the earbuds and noted that the Bluez 2′s audio sounded slightly muffled by comparison, but was otherwise fine. I suspect the latter has something to do with noise-cancellation algorithms, the flip side being that in noisier environments, those algorithms helped capture and convey what I was saying more dependably.

Music aside, I’m pretty happy with the Bluez 2 as-is. I wasn’t expecting a revelatory music listening experience (and to be fair, no one’s offering that over Bluetooth at this point), and it does do what it claims to if you’re just after a robust, lightweight, elegantly designed, handsfree interface for speech-based audio listening or making phone calls. $100 feels about right if the latter’s what you’re after, and that includes an adjustable tension band, a micro-USB charge cable and a smartly designed “breathable” storage pouch with one side mesh to let the headset dry if you’ve soaked it during a workout.

 

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What Is Covert Surveillance?

You might be safe in the knowledge that I bring the very best headset content pieces, several of which are my own some of them are curated by me, when i choose to use someone elses content it’s because it is relevant to my readership, so feel confident you are reading the best from my industry.

Covert surveillance occurs when someone or something is being observed without knowledge. People who are under surveillance are most often under suspicion. Locations and buildings are primarily observed because of suspicious activity or to obtain information about a suspect.

covert surveillance Covert surveillance is generally performed by government agencies, private investigators or business owners. Intelligence organizations such as the Central Intelligence Agency (CIA) of the United States and the United Kingdom’s Secret Intelligence Service, also called MI6, participate in surveillance to obtain information for national security interests such as counter terrorism. Law enforcement agencies such as the United States’ Federal Bureau of Investigation (FBI) or the International Criminal Police Organization (INTERPOL) also perform surveillance. They concentrate on observing suspected criminals.

Private investigators perform covert surveillance for a variety of reasons. Husbands and wives hire private investigators to prove or disprove suspected infidelity. Businesses hire private investigators to observe employees who are suspected of fraudulent activities or former employees that may be breaking confidentiality agreements. Insurance companies are notorious for using private investigators to put claimants under surveillance to ensure they are not submitting a fraudulent claim.

Many business owners participate in covert surveillance of their employees and customers. Observing employees while they are working gives business owners valuable information, such as employee production and employee theft. Covertly observing customers can aid in marketing and research efforts and most importantly account for loss due to theft in retail businesses. Retail businesses can also use information obtained through covert surveillance to prosecute shoplifters.

A surveillance operation may be carried out in a number of ways. Agency employees and private investigators may choose to observe a subject without the aid of sophisticated technology, using things such as binoculars and cameras. However, in an age of modern technological conveniences, it is safer, cheaper and more convenient to use surveillance equipment.

Closed circuit television systems (CCTV) are one of the most popular ways to carry out covert surveillance. Cameras come in all sizes and can be placed inconspicuously almost anywhere. In order to obtain audio, wire taps can be placed on phones or audio surveillance equipment may be hidden in a suspect’s office, home or vehicle. Other ways to perform covert surveillance include aerial surveillance and the use of global positioning systems (GPS). A GPS placed on a person or moving vehicle can be tracked to monitor movement to specific locations. Similarly, aerial surveillance carried out by national governments can track objects on the ground.

 

Nothing like Bluetooth Earphones for your Music