As we continue to rely more on technology, keeping our information safe is becoming increasingly difficult. With Wi-Fi being the standard form of network communication for most business professionals who are on the go, the need for secure data transmission has become even greater. Public Wi-Fi locations like coffee shops, the airport, and even your home and office are not safe when sending and receiving data. According to idtheftcenter.org[i], in 2015 alone there were over 177 million cases of identity theft reported.
The two most popular ways of someone accessing your data over Wi-Fi are sniffing and rogue access points[ii].) Sniffing is when another user nearby captures the data your computer transmits over Wi-Fi, and then reassembles it to look for passwords or other unencrypted account information. The aptly named rogue access point is where someone will create a Wi-Fi hotspot that appears to be legitimate, like “Free Starbucks Wi-Fi,” or “Airport Public Wi-Fi,” and then waits for users to connect to it. Once the user is attached to the hacker’s hotspot, the users’ data transmission is all captured on the hacker’s machine. The hacker can then use specialized programs to reassemble the packet capture to reveal what the user(s) was looking at and if any sensitive information or passwords were used. One of the most effective solutions is to encrypt the traffic going between your infrastructure and your home computer/laptop, which is why VPNs were developed.
Utilization of RAID 10 in a server provides an increase of disk capabilities while simultaneously providing redundancy and preventing system failure.
RAID is an acronym that stands for Redundant Array of Independent Disks or Redundant Array of Inexpensive Disks, depending on what specialist you ask. The term “independent” is arguably more appropriate, as RAID arrays may sometimes be made with extremely expensive disks.
In layman’s terms, RAID is a method of configuring two or more hard drives to work as a single unit with differing levels of redundancy and allowing better fault tolerance. “A fault-tolerant design enables a system to continue its intended operation, possibly at a reduced level, rather than failing completely, when some part of the system fails.”[i]
By: Kris Fieler
As businesses depend more on big data, the need to prevent data loss has never been more important. One of the most vital areas for this loss prevention is where data is temporarily stored, RAM. ECC, or Error-Correcting Code, protects your system from potential crashes and inadvertent changes in data by automatically correcting data errors. This is achieved with the addition of a ninth computer chip on the RAM board, which acts as an error check and correction for the other eight chips. While marginally more expensive than non-ECC RAM, the added protection it provides is critical as applications become more dependent on large amounts of data.
On any server with financial information or critical personal information, especially medical, any data loss or transcription error is unacceptable. Memory errors can cause security vulnerabilities, crashes, transcription errors, lost transactions, and corrupted or lost data.
The Internet of thing is growing at a breathtaking pace. That means connectivity at both home and work will become more and more complex. As the IoT makes computing increasingly complicated, some say we should be concerned primarily with the backend rather than interoperability.
The Internet of things is expanding at a rapid rate as enterprises and vendors are becoming more aware of the possibilities presented by this all-inclusive approach to connectivity. The IoT market was forecast last year by IDC to grow at a whopping 16.9% compound annual growth rate (CAGR) between 2014 and 2020, rising from $655.8 billion to $1.7 trillion. To put that into perspective, it’s nearly as fast as the growth of public cloud, which is predicted by IDC to achieve a 19.4% CAGR between 2015 and 2019; and keep in mind that much of that public cloud growth will actually be because of the growth of IoT.
Cloud technology was designed for an Internet of Things world, argues Jamie Carter of TechRadar. The structural approach to computing makes it much easier to achieve interoperability between many different devices and systems, a feature that becomes increasingly complex but nonetheless fundamental as the IoT expands.
Cloud has been growing incredibly as businesses have shifted from entirely Windows environments to Mac and mobile, according to CSID chief innovation officer Adam Tyler. He adds that the technology will become even more prevalent as the Internet of Things continues to build.
The cloud and Internet of Things are often referenced in conjunction. The IoT is considered an application of cloud computing by many. While the Internet of Things does require the cloud to operate, its scope and power will have a major impact on how cloud computing develops.
Every January, one of the biggest tech events in the country is held in Las Vegas: the Consumer Electronics Show. As expected for the 2016 event, there was an increasing amount of cloud discussion among companies and attendees. The majority of new electronic products, ranging from vehicles to kitchen appliances, are integrated with the cloud. Gradually the technology is becoming more ingrained throughout industry and, in turn, throughout our lives.
You need your business to be empowered, or you won’t get very far – and in some ways, you won’t even be functional. Just look at Marty McFly. Realizing he didn’t have any plutonium in 1955, he and Doc Brown had to connect a lightning rod to the flux capacitor in order to get back to 1985. For all Marty’s future-proofing, getting his father to win the affection of his mother, the progress he needed was impossible without a new solution for an old time-travel problem.
Just like Marty needed lightning (and hurry to deliver it, Doc Brown!), you need mobile. Yes, of course mobile is hardware rather than a basic resource, but this part of your business is so increasingly important that focusing on it really will fuel your business’s success.
Marty McFly showed us how to future-proof our own lives when we use time machines. Now it’s up to us to future-proof our businesses through cloud and other new technologies.
Suffice it to say that Marty McFly ran into some problems in 1955. The character, played by Michael J. Fox, accidentally drew the attention of his mother and distracted her from his father. Before he went Back to the Future, McFly was in danger of overwriting his own existence! The only answer for him was to rapidly future-proof the world of 1955 so that when he returned to 1985, he would still be alive and well.
Angelina Jolie used genomic sequencing to learn that she was highly likely to eventually develop breast cancer, allowing her to make an informed decision and get a double mastectomy. However, celebrities aren’t the only ones who can benefit from advanced genetic analysis – which is now much more affordable and accessible thanks to projects such as the Collaborative Cancer Cloud.
Angelina Jolie was told by her doctors in 2013 that she had a problematic variant of the BRCA1 gene that put her in an extremely high-risk category for breast cancer. In fact, it meant that her likelihood of developing the disease was a whopping 87%. Understanding how very real the threat of cancer was for her simply because of hereditary factors, Jolie opted to get a preventive double mastectomy – which effectively nullified her chances of getting the illness, dropping her to just 5% susceptibility.
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