Modern Technology and Data Recovery
Technology over the last decade has brought several forms of data storage. With new methods for data storage available to the public, the data recovery industry is expanding and met with new challenges.
Data is playing an increasingly significant role within organizations. Because of this, data loss is an overwhelming and potentially devastating experience. It’s easy to enter a state of panic over the loss of something that takes on such a central role.
Below are some of the new data storage technologies available to the public, and the complexities they present in the recovery process.
Recovering an Encrypted Machine
Encryption can work directly on hardware devices. It can be a way to secure your data more effectively and protect your safety and security. The algorithms used to secure this data are also increasingly advanced. The challenge is that data recovery requires decryption, which becomes increasingly complex as this technology advances.
Solid State Drive Recovery
The mechanical hard disk drives that we’ve grown accustomed to, contain several moving parts. This isn’t the case with solid state disk drives. Solid state drives work on innovative electronics and advanced algorithms. While there are many advantages to running a system like this, data recovery can become increasingly challenging and time consuming. Data recovery specialists will need to research the algorithms the drive uses in order to restore the lost data.
Cloud Storage Recovery
Many users love their cloud storage device. It opened up a new world of convenience. However, the data is actually controlled by the service vendor in these cases. Many cloud storage vendors don’t want to share their technology specifications, making recovery more difficult.
RAID Data Recovery
New technology such as redundant array of independent disks (RAID) allows users to use more hard drives in the data storage process. This can be a convenient way for businesses and organizations to store increasingly large amounts of data. But it can also present a new set of data recovery issues. Because these hard drives are connected together, data loss in one drive can impact other drives.
Virtualization System Recovery
Virtual reality and other virtualization systems also bring a tremendous amount of innovation to a business. These systems also make data recovery more challenging. When data is lost on virtual disks or virtual machines, it is more complicated to recover than a standard PC. In a virtual environment, one machine may be running several virtual machines. If the hardware on the main machine malfunctions, each virtual machine may be corrupted as well. This scenario can lead to unrecoverable data loss.
Mobile Device Data Recovery
Our smart phones and other mobile devices are capable of amazing things. We can read and write data directly onto these devices through the camera, word processing, and other applications. As they are capable of storing increasing types and amounts of data, recovery becomes more challenging. Corruption is increasingly common on these devices. Data recovery on different types of devices requires different methods.
Hiring a Data Recovery Specialist
The types of data loss mentioned above are becoming increasingly difficult to recover on your own. The good news is a professional data recovery specialist has the technology and expertise to move past some of the challenges presented from these new and innovative technology. If you are looking to recover some crucial data, hire a trusted data recovery specialist to make sure the job is done right.
5 Innovations that Are Changing the World
Technology is changing the way that the world operates at an increasingly faster rate. As we incorporate these new technologies into the world, data storage and recovery will play an increasingly significant role in maintenance and upkeep.
Below are five of the innovations that are quickly driving that change. Many of these technologies are in their early days, and will continue to be applied to solve new and emerging problems.
Crispr offers us the possibility of eliminating any genetic disease. It’s a pretty straightforward technology that’s still in its early stages. It works by finding and removing mutated sections of DNA. The technology can then replace what it removed with non-mutated variants.
With Crispr, you can eliminate previously rampant diseases from entire bloodlines. It can be used to eliminate cancer, or mutations like blindness. We’re still at the beginning stages of understanding the capabilities Crispr offers, but the potential is there to help humans live healthier, longer, more fulfilling lives.
Cryptocurrency burst onto the scene in 2009 as a creative use of blockchain technology, but it’s far from the only way this technology can be applied. Blockchain essentially offers a secure public ledger, allowing digital information to be distributed without being copied. It’s the very definition of a democratized system.
It’s a safer way to complete transactions and the business and tech worlds are taking notice. Financial technology, journalism, e-commerce, healthcare, cybersecurity, and logistics companies are finding new and innovative ways to incorporate this technology into their product offerings.
While today’s computers are extremely powerful, quantum computing has the potential to push our capabilities significantly further. Computers run off bits of code that come across in a series of zeros and ones, that communicate necessary information. Quantum computing occurs with quantum bits that process faster than what we’re presently used to. This can be a terrific aid in machine learning and AI and result in key data being analyzed even faster. This can help become the engine that drives AI in several different industries.
Companies like Microsoft and Google are investing billions of dollars into the next generation of computing technology, that can make highly accurate predictive models at a fast speed. As this technology progresses, data will play an increasingly heightened role, and proper data storage and recovery considerations become crucial.
Artificial intelligence and machine learning thrive on data. It’s essentially the ability to read vast amounts of data quickly and perform desired actions based on analysis and interpretation. This technology will continue to spread across and transform multiple industries.
Large retailers use AI to sort and ship product. Social media companies use AI to moderate comments across a large platform. Banks and credit card companies use it to moderate fraud. Car manufacturers are using it in more and more features as we progress toward driverless vehicles. AI is all around us, and it is changing the way that the world operates.
As technology like driverless vehicles or IoT appliances break down, the mechanic will only be one aspect of fixing it. Data recovery specialists will also be involved.
Virtual and Augmented Reality
Virtual reality is being used as a way to train the workforce. Headsets allow for seemingly real workplace scenarios to occur. It can also be used in pain management, by distracting a patient who may be suffering. It opens up a world of possibilities anywhere where people could benefit from experiencing realistic scenarios.
The healthcare field is already benefited from augmented reality for things like training and performing complex surgeries. There is a lot of potential in this technology being used to increase capabilities. Augmented reality has the potential to become a powerful driver within the tech industry. AR could enhance applications in almost any industry.