For anyone fascinated by video technology, the evolution of 4K resolution has been an immensely exciting process. With 4K cameras now available (but expensive – prices can vary from below $1000 to $3000+), those looking to capture scenes in the crispest, sharpest resolution can. Watching videos filmed in this format is very impressive, and for professional film-makers, the temptation to upgrade must be great. However, what about storing this data? Given the amount of pixels, the amount of space 4K videos are set to consume on hard drives is a steep increase over standard-definition video files (as we’ll discuss below). Before you start using 4K video yourself, you need to ensure you have the right equipment to help get the most out of it – and sufficient storage is key.

At eProvided, data storage and file recovery is our specialty – we help people just like you get vital images, files, and documents back, no matter how damaged a device may appear. The potential 4K offers is, of course, hugely significant, so we’ve decided to take a look at its storage requirements and the devices best-suited to keeping it safe. Read on and enjoy!

Storing your 4K Videos.

The greater the resolution of a video, the more storage space it will need. So, while the picture itself will look beautiful, the size of the file will be significantly bigger than those at lower resolutions (such as 1920 x 1080, for example is standard television size): to give you more of an idea, an hour of 4K footage will demand somewhere in the region of 110GB worth of storage, whereas one hour of standard digital footage takes up little more than 12GB. Quite a difference, isn’t it?

So, what does this mean on a practical level? Ideally, to accommodate such massive data capacities, you’ll need to invest in larger hard drives. Hard drives providing multiple terabytes’ worth of storage are available. To store a collection of videos for editing, or for your own viewing you’ll need to have more than enough space. Avoid overloading your drives. In 2020, Seagate sells a 18TB hard drive. It’s called the IronWolf Pro, it also has as a NAS option. This large size may not be suited to everyone’s budget. Smaller hard drives offering 1TB to 8TB are easy to find online, at decent prices.

Hard Drives.

To make the most of your 4K video, you may want to use your large-capacity hard drive purely for this media – keep any important documents or other files separate, on an additional storage device. In the event of your hard drive sustaining any damage, you may feel panicked – is your footage gone, lost forever? Some people may even discard their disk drive as soon as an accident happens, assuming their data to be irretrievable. However, this is often a massive mistake – just because a storage device appears damaged doesn’t mean its internal components are ruined.

Our expert file recovery team at eProvided constantly explores the latest storage devices and data-recovery techniques. This ensures we understand how to secure vital data. We cannot guarantee every image, document or video can be recovered. Many times 4K videos are stored on flash drives that become corrupted. Flash drive data recovery at eProvided can be a lifesaver. eProvided guarantees to exploit every method of recovery available.

Want to know more about saving your 4K video collection from the ether? Looking for some information and guidance on file recovery prices? We’re happy to answer all questions – just give us a call on 1 – 866 – 857 – 5950, drop us an email at contact@eprovided.com, or speak real-time with one of our customer service reps on our Live Help feature!

That’s right, your SSD craving eyes are not deceiving you.

eProvided Flash Drive Data Recovery SSD News.

Earlier this year OCZ announced its intention to bring a new high-speed SSD (Solid State Drive) interface to the market. OCZ has for the longest time frustrations with the slow progress of the SATA interface speeds. OCZ wanted to create an interface that would allow for greater performance scaling. Dubbed the “High-Speed Data Link” (HSDL), OCZ’s new interface delivers between 2 to 4GB/s (that’s right, gigabytes) of bandwidth to a single SSD. It’s an absolutely absurd amount of bandwidth, definitely more than what a single controller interface can feed today.

Flash Drive Data Recovery

With these types of technological breakthroughs, It is only a matter of time before 1TB+ memory chips start being produced in mass quantities. Above all, these SSD Drives and SSD drive Interfaces are being used on Enterprise Servers that require massive speeds and data storage capacities. However, with these technological advances becoming more and more frequent, it is only a matter of time until the prices for NAND Flash drop considerably and these types of devices become more readily available to the general public.

1 TB NAND SSD Storage.

Just imagine it, a 1TB NAND Flash Chips inside a Flash Drive or a Camera Digital Media Card (Memory Card). The future is here. This is where the solid state disk storage technology is taking us. At any rate, what happens when you store all of your images, videos, office documents, personal data, and your SSD becomes corrupted? Devastating thought, isn’t it? And, all of your data was not backed up and lost. This is where eProvided Data Recovery company in. eProvided performs flash drive & thumb drive data recovery on all USB flash drives. Above all, we can recover from any type drive.

With flash drive data recovery techniques, eProvided is able to recover over 95% of all devices sent into the labs. In fact, all data on a flash drive is stored on the NAND Flash memory chip. The best solution for flash drive recovery is to directly dump the data off the memory chip. Once this method has been executed, a procedure of assembling of the RAW data can be used. In turn, change the hexadecimal code, that was dumped from the memory chip, back into customer data.

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The price per gigabyte of hard drives is dropping. And, storage space keeps increasing. As hard drives get bigger and cheaper, more users are storing much more data on each drive. Storage capacity is increasing year over year.  Thus, the amount of data at risk in any single hard drive, corrupted, damaged or in danger of failing is getting larger all the time. Because of this, the need for good, reliable data backup and file recovery processes is becoming critical.

Storage Capacity Technology.

It is now possible for a user to store their entire movie or music collection on a single disk drive. They can also fit hundreds or thousands of irreplaceable family photos onto that same drive. And businesses can store years’ worth of reports, correspondence and financial data all in a single location. That may be convenient and save a lot of space, but it also means that the loss of a single hard drive can have an enormous financial cost, not to mention the loss of irreplaceable or critical information. What type of data storage might you need?

And this issue is about to become even more important. LSI has developed a new technology that’s designed to fit even more data onto existing hard drive hardware. Basically a pre-amplifier for virtually any manufacturer’s existing drives, it will allow them to pack information more densely onto the surface of their current hard drives. As they develop, newer, more efficient drives, it will also enhance the storage capability of those, too.

One of the best features of this new development is its low cost. For less than a dollar, a manufacturer can include a small integrated circuit into nearly any existing drive. By improving the signal-to-noise ratio of the hard drive, the drive manufacturers can increase the capacity of their existing drives without having to make any other modifications. How much of an increase? It hard to quantify. Therefore, it all depends on the makeup of the existing drive. Even different drives from the same manufacturer may see differing improvement in storage space.

Storage Costs & Risks.

As new circuits become incorporated, greater drops in costs of new hard drives could take place. However, this will also increase the risk of having a lot of data stored on a single device. Thus, catastrophic failures will increase. For more information on hard drive data recovery, or USB flash drive data recovery navigate our blog.

The temptation to save money by using fewer disks needs weighing. Thus, having your data at risk in one drive is dangerous. Storage capacity must be well-thought-out. In fact, it’s like keeping all your eggs in one basket. If you drop your hard drive you could lose everything. In particular, as you store more data, regular backups become more critical.

As an added risk, it is also possible to have the latest backup fail at the same time. While this may seem unlikely, both individuals and companies need to weigh that risk. Add to that the time interval between backups, and the possibility that a large amount of data has been changed or stored since the last backup was performed.

Having a good data recovery plan can help to reduce some of that risk. Using a reliable, professional data recovery company can help to minimize the amount of lost data in the event of a significant problem. They stay up to date on the latest advances, and will be able to help recover critical files, even as the hardware matures and advances.

Sandisk Flash Drive Data Recovery & Sandisk Drives.

We’ve all heard of Sandisk for their range of USB Flash Drives, Compact Flash Cards and SD products. Sandisk was actually one of the very first companies to release a Solid State Drive (SSD) into the mainstream market. Their first device “the U5000” appeared in 2007 with a storage capacity of 32 GB. Immediately after, Sandisk decided not to go after the SSD Market. Sandisk flash drive data recovery will be forced upon anyone with a damaged flash storage drive. Companies are making larger and faster drives each year. They all hold more and more stuff that can become corrupt.

Sandisk Flash Drive Data Recovery and Sandisk Flash Drives Storage Technology.

Data Recovery Options on Sandisk Flash Drives.

Sandisk decided to return to making Solid State Drive’s in 2011. In addition, Sandisk launched their Brand New “Ultra” series Solid State Drives.

Flash drive data recovery is needed when any type of drive produced breaks down. Finally, in 2012, Sandisk releases the “Extreme” series of SSD’s. Ultimately as with the Ultra series solid state drives, the Extreme drives use a Sandforce controller. In this case it is the super fast Sandforce SF2281VB1-SDC with its 6Gb/s interface. As a result, one thing that sets this SSD apart is that the on-board controller by Sandforce uses SanDisk’s “R112” firmware. Therefore, these new innovations make for one heck of a speed increase.

NAND Flash Technology on Thumb Drives and Flash Drives.

As we can see, Flash Memory is here to stay. Flash memory is inside Compact Flash Cards, SD Card, SDHC Card, and xD Cards. MicroSD’s, Thumb Drives, Pen Drives, Memory Stick’s, flash drives, voice recorders, cell phones and SSD’s also contain flash memory. It is safe to say that Hard Drives are not necessary for data storage with the advancement in NAND Flash technology. Ultimately flash drive data recovery is a service for all customers that own any type of Flash Memory Device. In fact when it comes to USB flash drive recovery solutions it’s important to be able to do a direct data dump from NAND Flash Memory Chips.

For the latest Sandisk flash drive data recovery news, check back in. Accordingly, eProvided regularly researches brand-new devices and technologies that are coming onto the market. By and large we can expect much more going forward.

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With smartphones carrying so much of our important data nowadays, any potential damage is a huge risk. We store all our contact numbers, our photos (frivolous and sentimental alike), even our documents on there. Despite the giant leaps made in smartphone design, our devices are still prone to damage, and if they sustain too much, they’ll stop working altogether. It is important to data devices. A common mishap is dropping your cellphone into the toilet or a drink. This is easily done now, whether it slips from your hand or your pocket (the sleek, slippery cases most have now only exacerbates the problem).

So, if this happens to you, and your phone refuses to switch on at all, does this mean you have to accept all your data is gone from water damage? Not necessarily. You may be able to take steps to get your phone working again (even if it takes several days), and you may also be able to access all those files you feared gone forever.

Take advantage of storage software.

Most phones and their providers offer some kind of data backup by now. Devices running on Android or iOS now offer data storage, and can be set-up to sync with your online accounts – this means that each time you add a new photo or file to your phone, it’ll transfer over to your cloud memory. So, if you drop your phone in the toilet and can’t get it to work, you may be able to just jump onto your tablet, laptop, or desktop PC and access those pictures within seconds. Once you get your hands on a new phone, you can download these if you want to carry them with you everywhere again; alternatively, if you get your damaged phone running again, you can download them back onto it if they’ve vanished from your device storage. 

Check your SD card.

Don’t have your phone synced up to your online accounts? If you have photos and other vital data saved on your SD card or your Micro SD card, you may be able dry it out for SD recovery. While your first thought might be to blast it with a hairdryer for hours, you should avoid doing this. Instead, place it in a warm, dry place and leave it for a while – a few days, perhaps – and hook it up to your PC or other device able to read it. Hopefully, your files should still be accessible, allowing you to transfer them to this other device.

Smartphone Water Damage. Dry the handset.

If you have no online sync and no SD card, then you’re down to trying to revive the phone itself. Depending on the amount of water damage the handset absorbed, you may be able to save it. Again, avoid the hairdryer technique – instead, remove the backing and the battery, and place it in a bag of rice. Place this bag into a dry space – such as an airing cupboard – and leave for a few days to a week: the rice should absorb the water, and leave your phone in working order.

Now, try to switch the phone back on. Working? Chances are good that it’ll have recovered well enough for you to access your data. Therefore, now might be a good time to back it up.Above all, you may be able to connect it to your computer with a USB cable. If a success, you should be able to transfer your data to the computer, and perhaps store it in the cloud. For example, using Google Drive or emailing it to yourself.

If these methods offer no success, or if you’d prefer to let experts try first, contact a professional data recovery service. A reliable firm will assess the problem with an experienced eye. They’ll locate your data, to ensure all those important pictures and files are there when you need them.

Monolith Storage Devices, microSD, microSDHC, SDXC Damages and Information.

Monolith Storage in USB Flash Drive Production.

Monolithic storage is made up of numerous electronic components. Their respective connections are all integrated into a single-layered semiconductor wafer or package. This package splits into 3D integrated circuits. Monolith storage architectures have evolved to become a popular choice for manufacturers. Thus, they’re cheaper to produce compared to standard NAND and Controller based devices. Monolithic storage is a significant breakthrough in memory storage devices. And, the breakthrough is across SD cards, USB flash drives, and microSDs. However, it is viewed as something of a bigger challenge to recover data from a monolithic storage device. Consequently, they often suffer from damage and files become corrupted. At eProvided, we’re committed to helping you recover data from any device. We do whatever possible to get your files back.

How Monolithic Storage Works.

For many people, the different architectures involved in storage system design can prove highly confusing. In fact technical variations between design and performance are worth noting. Below, we’ve put together a guide on monolith storage devices. This guide gives you the information you need to understand. Similarly, the value in advantages and disadvantages they provide. We’ve tried to keep it in plain English. In the meantime we hope you enjoy it!

Monolithic Design.

Monolithic storage designs feature shared cache arrangements to link front-end storage ports to the disk’s back-end. All memory units are linked to both the front-end and back-end directors. Different models offer different designs. Hitachi models split their cache into two (for Clusters 1 and 2). In the same way EMC provide as many as eight cache modules. This model’s advantages include:

• Using direct connections liking to all the cache modules prevents resources from fragmentation.
• Bonus, so long as the cache doesn’t become totally exhausted. Other connections to cache modules will be available to process requests. Regardless of the port request are made through, the cache modules can process requests from all ports to any disk back-end.
• The architecture can prove beneficial in event of failure. If a cache module fails, only that module’s cachewent missing.

Pinout Preparation of a MicroSD Card

Monolith Storage Connectivity Complications.

With the any-to-any design found in certain monolithic models, the connectivity becomes complicated. Thus, connectivity can prove expensive. Costs related to controlling multiple component interactions becomes heavy. Thus, users may find limits to the amount of practical scalability inherent to this design. With eight FE, BE and cache modules, a total of 128 connections are set up. Bearing this in mind, adding a single cache module demands an extra 16 connections. Therefore, linking more directors for the front- or back-end means more connectivity required.

With monolithic layouts featuring custom parts and designs, the development prices rise. In fact, depending on your budget, this could prove problematic. Hitachi has sought after monolithic storage architectures companies to invest $500,000 to customize data storage to support power needs. Incidentally, this is a considerable fee for the biggest enterprises. Therefore it causes issues with budgeting.

Monolithic Processors & Load Balancing.

As front- and back-end directors feature their own specific processors, traffic across said directors can become unbalanced. Certain processors utilize more power than others. In some configurations USP V FED ports use all the processors’ power. This is all due to smaller block dimensions. Thus, you may need to consider manual load balancing. Manual load balancing is for first host placement. As your traffic load grows add more.

This may sound complicated, yes. In fact, professional data specialists can offer advice on buying and maintaining monolithic storage devices in case of damages or failures. At eProvided, we have over 20 years’ experience working with all data storage devices & file corruption. Manage data responsibly.

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Flash memory devices use NAND wafers. They are fast and non volatile.

Time will tell. The hype over the future of NAND technology, worth the fuss? NAND is non-volatile memory we use in today’s cameras and other flash media devices. It’s also used in a fast growing number of computers as a hard drive. What’s the meaning of non-volatile? It means the device will perform memory retention inside the NAND flash card even when the power is off. Power failures or logical corruption can lead to the need for flash memory recovery solutions.

NAND memory technology is getting smaller and smaller. Its capacity to hold memory and its long life have given this technology a boost. We use this technology in two ways. There is SLC and MLC flash. Both are initials for single and multi level cells.  The technology spreads the memory out over the cells in an even distribution. The distribution of memory allows for better performance and faster read write cycles. Flash media powers the devices that we use everyday. Have a broken or bent tip on a USB flash drive? More information: Recover documents from NAND storage drives.

NAND Flash Technology Uses Efficiency To Lower Market Price.

Flash technology, which got its name from the speed in which it works comes in two forms. NOR is the more sure footed type that quickly records memory sequentially. NAND on the other hand is a much more affordable sequential reader and writer of memory. NAND flash chips can store more data on less space by spreading it out, over sequential cells. Spreading out the data makes it better suited in the storage of mass data than NOR. NAND has rewritten the price rules. It’s much more affordable with its multi level cell upgrade.

Flash Memory Lifetime, what About Endurance?

Read, write and erase, what are the speeds? How long will my NAND flash memory last before it breaks? When can a user erase the re-writable cells in NAND Flash? The manufactures say, if used daily, an average lifetime is between 10,000 erase and rewrites cycles. Furthermore, experts believe this number is lower. The makers of flash based memory chip are estimating users actually erase and rewrite less often. Is the average user only using a quarter to half the memory at a time? Are users filling the flash card to capacity? Manufacturers argue, the even distribution makes it a mute point.

Understanding NAND Flash. First Understand how Components Operate.

• The need for flash memory recovery results from defects in logical or hardware failure.
• A bit is a basic unit of information.
• It takes eight regular bits to make a single byte. In addition, each single cell consists of transistor memory.
• One must read and understand the information on a single bit. Furthermore, there must be a logical method to define it.
• There are two and only two things that the bit understands, the numbers o, and 1.
• Single Level Cells only hold a single bit (SLC – NAND Flash). This being the old school design of what makes NAND. It’s costly to use the old “one-bit to one-cell” method of storing and reading memory.
• NAND is a logic-gate technology. So that, it’s the DNA of digital circuits. It is only logical that it can read the bit by answering its presentation of zero, with a one.
• As a single level cell, NAND Flash is as efficient as it can ever be. And, the technology has improved with MLC NAND Flash or multi level cells.

Multi Level Cells Hold More Bits.

In MLC NAND Flash, cells hold 2, 3, and 4 bits of information. This multi level cell flash increased efficiency, ensuing price drops. NAND Flash technology is used in Solid State Drives instead of traditional hard drives or standard hard discs. SSD technology is moving forward as it has no moving parts. SSDs can be used in a variety of devices. Solid state drives absorb shock and outdo traditional hard disks with moving parts. Moving parts on HDDs break easily. Recovery from flash memory devices is successful with SSD drives and any type of flash storage devices.

Flash Memory Talks the Talk But Can it Walk the Walk?

For a while there companies came out with new ideas of what NAND is and where this flash memory technology was going. All this hype is beginning to fade in 2015. The new whispers are of PCM (Phase Change memory), MRAM (Magneto resistive RAM) and RRAM (Resistive RAM). Has SLC and MLC NAND Flash technology seen its day in the sun? No, not by a long shot. Furthermore, manufacturers continue producing new products and technology. Of course, in having NAND Flash we have a winner. NAND Flash Technology will be around for another fifteen years. For information on NAND data recovery, click here!

eProvided manages data recovery on any storage devices containing NAND flash memory. eProvided targets digital photo recovery services and memory card recovery services from flash memory drives and USB drives.

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Memory Card Recovery Services for Flash Memory Drives.

New computers and laptops containing built-in flash memory are being mass-produced. Data recovery is possible on these new devices. We deal with laptops, cell phones, digital cameras and any other similar devices. Older devices require digital photo repair. New devices with built-in flash memory will need NAND retrieval solutions. Memory card recovery is a service badly needed with new storage devices.

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With older data recovery techniques, storage drives could be taken out of the devices and a digital photo repair could be attempted. Although the new devices no longer have removable drives, memory card recovery and advanced techniques in data recovery are needed. These services are performed directly from the memory chip. One thing to note with memory card recovery. There are companies integrating computer processors with video. Today you can purchase a device with two computer chips that will allow you to do everything a full size computer can do.

Digital Photo Recovery Solutions.

Digital photo recovery services  in the news. Most MacBook Pro’s contain built-in NAND flash memory. This is important to note since flash storage is much faster compared to a regular hard drive. How much faster? A standard SSD has transfer rate speeds twice that of regular hard-drives.

Digital photo repair is being utilized on a large scale due to the fact that there are countless devices such as smart-phones, MP3 players, digital cameras and tablets. They all have built-in flash memory as their main storage component. As with digital photo repair services, flash data recovery has been growing within the memory card recovery world. This is the same for every single digital device out there containing flash memory chips. These types of memory card recovery services have been perfected by eProvided data recovery. When your files are damaged, you will need a solution.

Memory card recovery services methods can vary according to the type of damage that’s present on media when attempting data recovery on a device that requires digital photo repair. Techniques such as memory card recovery require advanced knowledge of hardware and experience in the data recovery sector when attempting digital photo recovery. One such method of data recovery is flash recovery. Flash type of memory card recovery is used when the data needs to be directly dumped from the flash memory chip. Such recovery methods are utilized for digital photo repair as well.

eProvided data recovery has spent many years perfecting data recovery methods such as the digital photo repair service, and has become the leader in memory card recovery through flash recovery techniques. eProvided is currently looking for data recovery partners to sign up to their database of vendors and businesses.

Digital Photo Recovery & Data Recovery. eProvided Memory Card Recovery Services.

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This article explains a number of simple techniques for permanently and securely removing confidential data from old drives. And, it’s necessary before recycling or disposing them. In short, erase your hard drive properly.

Erase Your Hard Drive.

Merely deleting your files is never sufficient. In addition, neither is throwing away your hard drive. Improperly disposing a disk drive could lead to exposing your data to hackers, thieves. In fact, your competitors love to have such data.

Erasing your Hard Drive Completely.

Before you throw out your old hard drive or plan to sell it do this. You can still donate or give your computer away afterwards. Thus, you will need to erase your hard drive completely! Simply deleting files and formatting hard drives are not a permanent solution. Why not? Any formatted or trashed hard drive is a data bank for data thieves and hackers. Therefore, erasing the entire data system on your hard drive and formatting it is not enough. Read about this Cybersecurity problem from The Washington Post.

Erase Social Security Numbers from Hard Drives.

When you delete data from your hard drive, it’s not actually erased until you write a new data set of ones and zeros (1, 0) over that same exact space. Therefore, until this takes place all your data remains. One should make sure the data in the hard drive is unquestionably erased. In addition, wipe the vital files, your social security numbers, credit cards, passwords, financials, medical, business negotiations, and other sensitive statistics to protect your data.

In practice, these are two of the most common ways to erase your hard drive completely.

First destroy the hard drive entirely.

Destroy the hard drive. This doesn’t erase all the data but makes it unreadable. Use any method you want and destroy all the platters inside the drive. In addition, be sure to crush all platters into pieces, so they’re destroyed entirely.

Second, hard drive formatting & nuking.

Disc scrubbing/wiping is far more secure than just reformatting. The term disk wiping is not only used for hard drives, but for any storage devices.
Free programs like “Darick’s Boot and Nuke” create a bootable drive that automatically erases any drive it can access. Therefore, it’s a secure method of ensuring that the data on your hard disc and storage devices are irrecoverably deleted before recycling or donating. This process of disk wiping will actually overwrite your entire hard drive with data, several times. These applications will overwrite the master boot record, partition table, and every sector. In essence, keep a note of what you have backed up. Consequently, keep a note of files needing back up.

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Summer is the best time to hit the beach. It’s that time of year when we plan our final getaways and family vacations. While you’re rejuvenating by the pool or taking the family on a day trip, be sure to be kind to your data devices. File storage devices of any kind need protection from extreme weather just as much as you do. Click for professional data recovery service if something goes wrong.

Sun Fatigue Isn’t Just For Humans.

Summer heat can be a huge problem for electronic devices. It can cause drive failures and even data loss due to overheating. When it comes to stationary devices, such as servers and computers, ensure they have adequate air conditioning. As processor speeds increase, so do power requirements, which in turn require better cooling—particularly during the hot summer months.

Portable devices face even more peril during the summer. The last thing you want to do is place your cell phone on your car dashboard under the sun and go shopping for two hours. Those brutal rays that leave you with unpleasant sunburn can give your cell phone a burn like nothing else. If the device exceeds recommended heat variances, it’ll be fried—literally. Keep an eye on these recommendations. For example, Apple suggests that to avoid unwanted damage to iPhones, prevent temperatures from exceeding 95 degrees Fahrenheit or dropping below 32 degree Fahrenheit.

Be Wary Of Water.

It’s no secret that electronics and water just don’t get along without a chaperone. However, there is a silver lining. Today, many storage drives and electronic devices come in waterproof versions. Yes, this includes waterproof cell phones. Use them! Waterproof devices make accidental dunks in the pool or ocean a little less worrisome. The new Samsung Galaxy S5 is a good example of a waterproof phone, if a device isn’t properly waterproofed, water can be deadly. Cell phones and tablets have multiple access openings that are susceptible to water damage. A quick dip into the water is all it takes for your device or smartphone to short circuit or stop working entirely.

Responding To Heat or Water Damage.

If your device suffers heat or water damage, it’s important to know how to best respond. An improper or panicked response can easily cause additional damage. Keep these guidelines in mind:

• If the device is visibly damaged, do not attempt to operate it or charge it. Instead, store it in a safe place until a professional can assess the damage.
• Avoid shaking, disassembling, or attempting to clean the inside of the device as improper handling can make the recovery operation more difficult and lead to valuable data loss.
• Do not attempt to dry a water-damaged device by opening it, disassembling it, and/or exposing it to heat. A hairdryer will be much more harmful than helpful.
• If the device has suffered physical damage, avoid attempting data retrieval on your own with data recovery software. These types of software are designed for a device that is fully functional mechanically.
• Contact a trusted data recovery specialist quickly. Explain the damage that has occurred and the conditions surrounding the damage. The specialist will instruct you on how to best handle and deliver the device. Once they have completed a hands-on inspection, they will recommend the best data retrieval method.

Remember to never assume that a device is too damaged for successful data recovery. Believe it or not, waterproof devices that have malfunctioned after having water and sand pour from inside have still had retrievable information. The key is to avoid panic and contact an advanced data recovery company as quickly as possible.

Get out there and have fun this summer! Take precautions, and know that if the unthinkable happens, there are always data recovery options.