Naked Pics Can Be Retrieved From Factory Re-Set Phones. Really

A Czech-Republic based security firm (Avast), have ruined everybody’s fun by pointing out that, even when your old phone is subject to a full ‘factory re-set’, those ‘special pictures’ your lover sent you can actually be retrieved by a third party.

Now, I imagine that there are two types of people reading this article:

People who are now wondering if their naked selfies are being perved over by complete strangers at this very moment (it is possible, I’m afraid).

…And the people who are expectantly clutching their second-hand phones and waiting for me to get to the bit where I explain how to obtain these pictures (shame on you, but hang in there, we’ll get to it in a bit!).

Well, whichever you are, you should know that the firm used publicly available forensic technology to extract, not only naked selfies, but ALL SORTS of other data from second hand phones they purchased on eBay (however, they were clearly most excited about the selfies – computer nerds don’t get out much, after all).

According to experts, the only way to PERMANENTLY delete these images from your phone is to destroy your phone.

Now, if you’re the smug type of reader, who thinks ‘I never took a naked selfie, so I’m in the clear’…Well, I’m here to tell you that you may be facing an even more embarrassing problem than that of a stranger on the Internet getting a gander at your goodies, because other data extracted from the test phones included texts, emails and Google search data.

I’m also here to tell you that you’re a pretty boring person.

I’ll bet you wish they’d been distracted by your bits now, don’t you?

Of the 20 phones examined by Avast, about 40,000 photos were extracted and about 750 of them depicted women in the nip (or near to it), whilst 250 or so depicted (to quote Avast) “the previous user’s manhood”.

According to Avast, “Deleting files from your Android phone before selling it or giving it away is not enough. You need to overwrite your files, making them irretrievable.”

Even then, older smartphones sometimes only erase the indexing of the data and not the data itself. To make matters worse, the tools required to retrieve this data can be easily downloaded from the Internet (and no, I’m not telling you where!)

So, the moral of the story appears to be that, if you want to continue getting those ‘special messages’ from that ‘special someone’ then for Pete’s sake…Don’t show them this article.

SOURCES

http://www.bbc.co.uk/news/technology-28264446

What are Earbuds?

This website is a vintage one, but still very relevant. Without saying i told you so…. but it was always inevitable!

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.

Radio Communication with First Responders Pending at Lenape Tech

While many of my readers are excited about some of my own articles, here’s one i found looking around tumblr.com it is far better written than I could ever expect to reach. Maybe one day I’ll get to their level, you never know.

Two-way radio communication at a local technical school would greatly improve school security, according to one local official.

Lenape Technical School Special Programs Coordinator Carla Thimons further explained the need for such during discussion on the Manor Township school’s $18,000 Pennsylvania Department of Education Safe School Initiative Competitive Targeted Grant award.

“These will truly help us feel better about safety overall, because communication is key,” Thimons said.

She said several programs at the technical school provide a unique challenge where areas of the building would not be able to listen to announcements over the public address system, and the radios would provide necessary internal communication with teachers and staff.

Thimons said the grant funds were accepted by the Joint Operating Committee last month, and funding received, but the radios have not been purchased yet. She explained officials want to coordinate efforts with the Armstrong County Department of Public Safety to ensure that communication will be loud-and-clear.

“We want to determine the best purchase,” Thimons said. “We have an idea in mind what we want, but we want to coordinate with (the Department of Public Safety.)”

Radios are to be expected to be carried in the school hallways by officials by the start of the 2014-15 school year.

Thimons, who has been Special Programs Coordinator for 10 years and was previously the technical school’s principal, coordinates special education, grant writing and safety procedures at the school.

Besides the two-way radios, Thimons said school officials are planning to hold school wide drills, including a mass-evacuation drill.

Joint Operating Committee members also unanimously approved the hire of Night Watchman Samantha Walker, retroactive to March 7.

Principal Karen Brock last month said the school used to have night watchmen, but another one needed to be hired to replace that individual.

Armstrong School District also received Safe School Initiative Competitive Targeted Grant funding in the amount of $25,000, and put the money toward the purchase of new and updated security cameras “as another layer of security throughout the district,” according to School Superintendent Stan Chapp in March.
Director of Technology and Information Services Anthony Grenda said about 16 surveillance cameras will be added to the interior and exterior of Elderton and Shannock Valley Elementary Schools. He hopes those cameras are installed by the end of the current school year. Several have already been installed, he said earlier this week.
Apollo-Ridge and Leechburg Area School Districts also received $25,000 in grant funds.
Earlier this year, Armstrong also received $40,000 in the state’s Safe Schools Grant Program for utilization of a school police officer. Those officers have also been already utilized throughout the district.
The Lenape Tech Joint Operating Committee meets again Thursday evening, beginning with a 6:30PM public budget session at the school.

Source – http://www.kittanningpaper.com/2014/04/16/radio-communication-with-first-responders-pending-at-lenape-tech/44954

 

DMR Tier III: the open standard for radio communications

When we found this post we were so pleased, having searched for over one year for this, finding it on this website was an thrilling time for me.

Private mobile radio is fast becoming an essential communications solution to support the operational needs of utilities companies, airports, oil and gas pipelines and emergency services.

When compared to public cellular services, it delivers improved coverage, reliability and resistance, contention, security, group communications and performance.

The digital landscape is crowded, though, with a number of public safety digital standards such as TETRA, P25 as well as low cost digital solutions including DMR (Digital Mobile Radio), dPMR (digital Private Mobile Radio), NXDN and PDT (Professional Digital Trunking).

DMR is coming out on top thanks to the open standard nature of DMR Tier III trunking, which is driving its emergence, ongoing development and adoption across global markets.

But do open standards matter? While open standards are less important in the small system market, they are critical to the long-term case for the radio system in the medium to large systems sector, and it is here that open standard DMR Tier III will dominate.

Essentially, DMR Tier III trunking features a control channel on each radio site and allocates traffic channels on demand making it frequency efficient and enabling a large number of users to share a relatively small number of channels. Radio sites can easily be inter-connected, usually using IP connections, making it possible to deploy systems ranging from a single site to hundreds of sites spread over a large geographical area.

The open standard way

The DMR standard includes the facility for implementers to provide ‘manufacturer extensions’, enabling manufacturers to provide proprietary features within the framework of the DMR air interface definition. This allows them to complement the standard set of DMR call functions with their specific facilities.

This has the advantage of enabling customers to request specific functionalities to support the manufacturer’s business operation needs and also enables them to provide innovative features that differentiate their solutions from others implementing the same standard.

One disadvantage to this offering is that interoperability can only be possible for those features that are fully defined by the standard and that customers using manufacturer extensions are effectively locked in to a single manufacturer solution rather than enjoying the vendor choice that a standard enables.

To address the pros and cons, the DMR Association (DMRA) has struck a balance between robustness and cost with their interoperability process, which focuses on testing the conformance of products against the published standard that describes the over-air signalling. The DMRA facilitates testing between a terminal manufacturer and an infrastructure manufacturer, and the two parties carry out the testing against a standard test specification. Test results and logs of all messages sent over air are recorded during the testing and then are inspected by one or more independent third parties during a detailed review meeting. Only after the independent third parties are satisfied that the equipment under test has conformed to the open standard specification is an interoperability certificate issued.

Ongoing standards development

Whilst this facility can be useful, extensive use of manufacturer extensions would call into question whether DMR was a standard that delivers interoperability (and therefore vendor choice) or whether it results in proprietary solutions rather than following an open standard.

The answer to this lies in the work of the DMR Association. The DMRA has a technical working group – made up of competing manufacturers – who collaborate to ensure the standard succeeds. Any proprietary features from the manufacturers, which are believed to have wide market appeal or have useful features the standard doesn’t yet specify, are debated in the group. They are then developed to further advance the standard to the benefit all of the manufacturers and indeed the customers who choose to implement DMR technology.

The DMRA is further developing the standard to meet future market demands by identifying important new features and ensuring these are developed and included in new releases of the ETSI standards.

The future of DMR Tier III

Open standards are critical to providing long-term support and stability to customers. The adoption of the standard by a critical mass ensures its longevity over other similar competing technologies that have lower levels of support by offering the market vendor choice and maintaining low costs.

Is DMR Tier III radio communications’ open standard for the future? Yes. Due to DMRA’s authority, the robust and well-supported interoperability programme and the long-term commitment of a large number of manufacturers, it is emerging as the most successful low cost digital technology for complex projects – and therefore the open standard that no other private mobile radios can contend with.

Source – http://www.telecomstechnews.com/news/2014/apr/25/dmr-tier-iii-open-standard-radio-communications/

What is Communications Technology?

Broadly speaking, the term ‘communications technology’ can refer to any technology that allows its users to communicate with one another. Using this (admittedly loose) definition, two-way radios and mobile phones fall into the category of ‘communications technology’.

The term also refers to computers and computer-related work. Here in the UK, schoolchildren study a subject called ‘ICT‘ this stands for ‘Information and Technology’ (although when this rapidly ageing writer was at school, it was known simply as ‘IT’ or, ‘Information Technology’).

As the Internet has become a more and more prevalent part of our society, communications over longer distances have become significantly easier. In fact, such communications are easier now than at any other time in Human history. Ergo, it stands to reason that computers should be considered as a prime form of communications technology.

communications technologyBasic, everyday acts such as checking your emails, updating your Facebook or Twitter feed, answering the phone, or taking Skype calls are all a part of ‘communications technology’ as are the two-way radios used by public transport, security firms and the emergency services.

A person who makes a living by working with ‘comms tech’ is likely involved in the designing, creating, implementing or maintaining of communicational systems. Such systems can include radio networks, mobile phone providers, telephone companies, even television. It is a broad and ever-expanding field, which makes it difficult to ascertain exactly what a person actually does if they list it as their job title.

When somebody tells you that they are a plumber, for example, you get a broad idea of what they do for a living all day. If I tell you that I am a professional copywriter, you at least have some notion as to what that entails. A person who works in the field of ‘comm tech’ could be doing almost anything.

In case you’re wondering, the Internet itself can be considered as a communication technology, given that any person who uploads videos or writes blogs is communicating the very second that those blogs are read or those videos are watched.

Telecom’s is a huge field and, as I think you’ll agree, a pretty important one. Without the ability to communicate with others, either via short distances on your mobile or much longer distances (such as the distance between our office in the UK and your home on the African continent), this world would be a vastly different place.

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. 

Where to get an Earpiece for Icom Radios From

We’re residing in a world that revolves around technology’s latest innovations. Communication forms the backbone of every business in the world. Global operations function effectively on quality based communication systems. Discrete communication systems are setup for the purpose of sending, receiving and regulating information to the right destination. If you wish to ensure steady communication between recipients, secure and effective equipments must be utilized. Of this, the two way radio is a popular tool in demand. If you’re an avid user of the two way radio, then combining this technology with the Icom radio earpiece brings about effective communication.

Benefits of Icom Radio Earpiece

The earpiece technology comes alongside a microphone that allows you to convey information across. The Icom radio earpiece is comfortable and doesn’t expose the two way radio during usage. While keeping the radio attached to your belt, the earpiece easily conveys sound waves as input and excellent output. Now imagine having a radio that is almost portable and doesn’t risk the chance of being dropped or exposed to environmental hazards? Extend the usage and life span of your radio by using Icom radio earpiece that has become a popular choice today. The earpiece can be easily accommodated inside the clothing for its small size and lightweight. Four distinct kinds of two way radios have been presented that occupy four types of Icom earpiece connectors.

The available Icom radio earpiece connectors have a sleek design that performs tasks while using two way radios. The earpiece has been configured particularly for certain task however it can easily be compatible with a number of other features. It is important to check if the Icom radio earpiece is compatible with the type you own. The radio earpieces offer quick communication with instant connectivity. A good example is when you have a straight pin connector that functions well with marine radios. If such a connector is used for domestic radios, the audio quality can differ greatly.

Every radio purchased is unique and is meant for transmitting information in distinct environments. Hence while choosing the kind of earpiece you want, there are certain assets considered before purchasing. The Icom radio earpiece offers optimum level of consistency and performance based, it is the best. The earpieces improve sound quality in environments like fleet and transport, healthcare, real estate, security, shipping etc. Icom has ensured that its particular edition of two way radio earpieces performs certain tasks.

Features of Icom Radio Earpiece

Besides having excellent compatibility with two way radios, the brand composes the earpiece from high quality cables with durable surface. Such material protects the cable from wear and tear and offers a decent strain relief. Icom radio earpieces are lightweight yet are protected from damage in worst case scenarios. You wouldn’t want to lose connection while using the radio however the Icom earpieces have excellent connectivity.

The earpieces can easily withstand consistent collisions and will continue working despite undergoing strain. They have the capacity to work reliably in every condition. This particular radio earpiece is different because it has a tough framework. Unlike other weak cables that get damaged after withstanding massive strain, Icom makes a massive difference.

The earpieces have been designed in such a manner that they care encased inside your ear canal consisting of a microphone that is composed of high impact polycarbonate. This ensures that communication is uninterrupted and noise proof. The acoustic tube can be easily replaced and removed if it gets damaged. The button or controller that allows one to communicate is placed in your hand than on the collar. Knowing its capabilities, security companies have begun utilizing this gadget for its hi-tech features comfort.

Conclusion

It comes with a smart three wire design having separate connections with the microphone and the main control system (push to talk button) ensures that your conversations are instantly connected. Any kind of interference caused by external agents is eliminated making the gadget absolutely noise proof. Enjoy connecting with clients, colleagues while coordinating events and communicating with your loved ones. The Icom radio earpiece is a modern invention that has surpassed expectations in the world of communication. For two way radios, the Icom earpiece technology has been claimed as one of the best communication tools of the world. The durability and snug fitting makes it the ideal earpiece for ensuring prolonged communication.

Inventors That Changed the World: Al Gross

Much like Arnold Schwarzenegger’s character in the movie ‘Twins’, the walkie-talkie can claim to have many fathers. However, one of the most prominent names in the debate (and maybe the one with the single strongest claim to having invented the walkie-talkie) is Canadian/American inventor Al Gross.

The son of Romanian immigrants, Al Gross was born in Toronto, Canada in 1918, but his parents moved to Cleveland, Ohio, USA when he was quite young. Whilst on a steamboat trip across Lake Erie, the 9-year-old Gross encountered radio technology for the first time and, in so doing, ignited a passion within him that would change the world.

How passionate was he? By age 12, Gross had turned his parents’ basement into a radio centre. The bright young man would visit junkyards and salvage any material he thought he could use. Four years later –aged 16- Gross was awarded an amateur radio license, which was still in effect at the time of his death in 2000.

At the age of 18, Gross enrolled in the Case School of Applied Sciences. At the time, radio frequencies above 100MHz were relatively unexplored territory. Gross wanted to see exactly what could be done with them. He wanted to create a mobile, lightweight, handheld transceiver, using those uncharted frequencies. In 1938, he did just that, patenting the two-way radio, or ‘walkie-talkie’. He was just 20 years old.

War arrived on American shores in 1941 with the attack on Pearl Harbour. America scrambled to mobilize its armed forces and take advantage of any/all new technology that could aid the struggle against the Axis powers. The US Office of Strategic Services (OSS) – a forerunner to the CIA – tapped Gross to create an air-to-ground communications’ system. The system Gross designed employed Hertzian radio waves and was almost impossible for the enemy to monitor, even when allied planes were in enemy airspace. Gross’ system proved incredibly successful (so much so, that it was not declassified until 1976).

After the war, the inventor turned entrepreneur and founded the Citizens Radio Corporation, which took advantage of the first frequencies designated for personal use. His company was the first to receive FCC approval for use with the new ‘citizens’ band’. He licensed radios to other companies and supplied units to the Coast Guard, amongst others.

Then, in 1949 came another amazing discovery. Gross invented and patented the telephone pager. He invented the system with doctors in mind, but the medical community was (amazingly) slow to respond to this new technology. Only New York’s Jewish Hospital saw the potential of the pager as a life-saving device, when they implemented it in 1950.

Throughout the 1950’s, Gross, ever the pioneer, fought hard to garner interest for his newest idea – a mobile telephone. It took him eight years to get mobile telephony, as a concept, off the ground. Talk about being ahead of the curve!

Unfortunately, many of Gross’ best ideas were so far ahead of said curve, that his patents ran out before he could garner the profit his genius deserved. Had he earned the money eventually generated by CB radio, pagers and cellular phones, he would have died an extremely rich man. However, it was not to be.

Gross invented a lot throughout the years, but nothing brought him the amount of money that he potentially could have made from his earlier inventions. However, Gross was able to make a comfortable living, spending the 1960’s working for large corporations as a specialist in communications systems. 

In the 1990’s, he was employed as a Senior Staff Engineer for Orbital Sciences Corporation in Arizona, where he worked on satellite communications, military equipment and aerospace technology.

As an older man, Gross got the most joy from visiting local schools and giving presentations. He took extra pleasure in inspiring the next generation of scientists, engineers and thinkers.

In April of the year 2000, Al Gross (who had garnered numerous awards throughout his career, far too many to write about here) was honoured to receive the Lemelson-MIT Lifetime Achievement Award. He passed away eight months later in December 2000.

Gross never actually retired and was still working at the age of 82, a restless paragon of forward thinking, innovation and tireless imagination.

SOURCE

http://web.mit.edu/invent/iow/gross.html

So…Who Uses a Spy Earpiece?

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.

spy earpiece

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 a 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.

Business professionals cunningly utilize spy earpieces to receive information in real time as they negotiate huge deals and contracts. They also employ such gadgets when giving lengthy and complex presentations to superiors or potential customers. This goes double (or even triple) for public speakers.

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.

Then, of course there are students (yes, we had to get to it eventually). These are a great way to help in your exams AND feel like James Bond at the same time. Of course, we’d never condone the use of our products in such a way, but nevertheless, it does happen. 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, students can also use spy earpieces in presentations in much the same way that businesspeople do.

Recently, we’ve come across articles online which suggest that even the unemployed are getting in on the act, using spy earpieces in job interviews in order to come across as qualified and knowledgeable.

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!

What’s is the Best Bluetooth Headset for Jogging?

Asked by Hiromi in Osaka

Hi Hiromi, How’s life in Japan? I’d love to visit one day, but until then, here’s your answer…

It all depends on how much you sweat. Yes, I know that’s a little bit indelicate of me, but unfortunately it happens to be true. I’ve read many, many customer reviews of otherwise fine and good headsets that claim to be designed for joggers, but that conk out the first time they get significantly wet…

Headsets designed for jogging are often created so that they won’t fall out of your ears as you run, with almost no concern placed on how much you may sweat during the run. Some people sweat a lot and some sweat very little. In either instance, your sweat level needs to be a factor in your purchasing decision (and there’s no nicer way to say it than that!)

Then, another factor to consider is how much the headset will isolate you from your surroundings as you run. Noise cancellation headsets might do a superlative job if you’re running past a noisy construction site, but they aren’t going to be much help in the wake of oncoming traffic. Again, it comes down to individual choice. Some runners subscribe to the Linford Christie ‘bullet from a gun’ mentality, whilst others simply enjoy a bit of exercise, but also like to stay aware of what’s going on around them.

It is also misleading to assume that a branded headset from a sportswear manufacturer is in any way superior to one designed by a trusted electronics firm. In many/most instances, the opposite is actually true.

Sadly, even so called ‘sweat resistant’ headsets are often anything but and there isn’t a lot you can actually do to get your money back. Your best bet, if you ask me, is to buy a mid-range headset, use it specifically for jogging/going to the gym and don’t expect it to last for very long. If it performs badly, chalk it up to experience and buy a different headset, if it lasts for a decent period of time, then replace it with a similar model, or else the same one again.

I’ll be honest; every so often I get one of these questions that I find hard to answer, as no amount of research will really help. Type in the name of any ‘Bluetooth Headset for Jogging’ into Amazon (or whatever the Japanese equivalent of Amazon may be) and you’ll read just as many complaints in the reviews as praises.

Due to this, I’m reluctant to name specific models, because they may not actually work for you. I’d hate to say, “Oh, this headset works really well”, only to have you write back “Does it b*llocks!”. I have personally reviewed several pairs of headphones online (which you can view by clicking HERE), but not any Bluetooth headsets (to the best of my recollection), so I’m afraid that’s all the advice I can give you on this one!