What’s worse, when the Internet is down, you never know how long it will be out. Events such as broken connection, hacking, or an unpaid bill can swiftly knock out your Internet access. But as you know, the Internet is prone to many failures. If an incident does occur, however, your private network is a lot smaller than the Internet, making it easier for you to find and fix leaky holes.īefore cloud connect, the only way to access the cloud was through a standard Internet connection. Hackers live on and profit from the Internet, but it’s unlikely that anyone will take the time to break into your personal network. With cloud connect, both sides of the process add an extra level of security–getting your data into the cloud no longer poses a security risk, since you can do it on a private, designated network connection instead of the public Internet. Using a private network to transport the data in the first place adds another level of safety. When your data are stored in the cloud, they are not only backed up, but also less susceptible to being stolen. Not only is this more convenient, but it also helps protect your data. With cloud connect, you can utilize your private network for cloud connection. The main difference between direct connect and the previous solutions is the transition from public to private. Here are a few of the biggest consequences of cloud connect and what they might mean for the future. It also has some exciting applications for future developments in the cloud storage field in particular and global communication as a whole. This revelation is exciting for the technology industry because it brings many much-needed improvements to the data storage industry. Direct connect allows you to interact with these clouds all from a private, dedicated network. In the past, all connections to the cloud were from a public network into a public cloud, but with the rise of new technologies, different types of clouds have become available, including public, private, and hybrid. Simply put, cloud connect is a connection between a private network and a public cloud. There are numerous cloud storage providers, such as Google, Microsoft, and Apple.Ĭloud connect, however, is a bit more complex. This form of data storage takes data off of a traditional, physical drive, such as a hard drive, and puts it into an online storage space. With that in mind, here’s an overview of what cloud connect is and why it’s so important for the future.īefore you can understand cloud connect, you must understand the idea of cloud storage itself. In reality, this one small buzz word could change the future of computing, global connection, and network reliance. It’s tossed around as an industry buzz word, yet many people aren’t aware of its actual meaning and power. One of the most prominent technologies that is currently on the top is cloud connect. However, even technologies that do eventually die are still the building blocks for future innovations with an even larger impact. In a world where technology constantly improves and even improves itself, it’s quite common to see one prominent platform rise to the top then fall to the bottom. Songs from the Apple Music catalog cannot be burned to a CD.New products, ideas, and services are constantly changing the definition of “best” in the technology market. iTunes-compatible CD or DVD recorder to create audio CDs, MP3 CDs, or backup CDs or DVDs.Internet connection to use Apple Music, the iTunes Store, and iTunes Extras. Screen resolution of 1024x768 or greater 1280x800 or greater is required to play an iTunes LP or iTunes Extras.To play 1080p HD video, a 2.4GHz Intel Core 2 Duo or faster processor, 2GB of RAM, and an Intel GMA X4500HD, ATI Radeon HD 2400, or NVIDIA GeForce 8300 GS or better is required.To play 720p HD video, an iTunes LP, or iTunes Extras, a 2.0GHz Intel Core 2 Duo or faster processor, 1GB of RAM, and an Intel GMA X3000, ATI Radeon X1300, or NVIDIA GeForce 6150 or better is required.To play standard-definition video from the iTunes Store, an Intel Pentium D or faster processor, 512MB of RAM, and a DirectX 9.0–compatible video card is required.PC with a 1GHz Intel or AMD processor with support for SSE2 and 512MB of RAM.
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