WEB HOSTING AND SERVER SPECS
Currently our dedicated server is hosted with Ace Data Centers in Provo, UT. Our network
infrastructure equipment includes high performance gear from Arista Networks, Arbor Networks, Brocade, Juniper and CISCO. We utilize a wide array of network carriers including Level 3, nLayer, Comcast, Cogent Communications, and  Hurricane Electric to have the highest maximum band width capability possible. As we grow and transition to a cloudless blockchain network we will utilize Amazon Web Services (AWS) through Amazon EC2 which reduces the time required to obtain and boot new server instances to mere seconds, allowing us to quickly scale capacity, both up and down, as our computing requirements change. Amazon EC2 changes the economics of computing by allowing us to pay only for capacity that is used by our system. Amazon EC2 dramatically reduces our websites susceptibility to server crashes and allows us to handle large volumes of users without bogging down our system. Amazon Elastic Compute Cloud (Amazon EC2) provides us a secure and resizable compute capacity in the cloud. Our ultimate goal is to utilize and grow with cloud-based services and then at the appointed time transition to a decentralized blockchain-based network when it can meet the scaling requirements necessary to meet our demands. We will integrate with the Amazon CloudFront which is a global content delivery network (CDN) service that will accelerate delivery of our websites, APIs, video content and other web assets(alongside Verizon Media Services) .
We will also incorporate the Amazon Relational Database Service (Amazon RDS) which allows for the scaling of our relational databases in the cloud. It will provide a cost-efficient and resizable capacity while managing time-consuming database administration tasks.
TEMPORARY STORAGE OF FILES
During the creation of a secure web page presentation created through our OOTC system the files uploaded by our users are temporarily stored using the Amazon Simple Storage Service. Also known as Amazon S3 which is object storage with a simple web service interface used to store and  retrieve any amount of data from anywhere on the web. It is designed to deliver 99.999999999%  durability, and scale past trillions of objects worldwide.S3 is used as primary storage for cloud-native applications; as a bulk repository, or "data lake," for  analytics; as a target for backup & recovery and disaster recovery; and with serverless computing.  It's simple to move large volumes of data into or out of S3 with Amazon's cloud data migration  options. Once data is stored in Amazon S3, it can be automatically tiered into lower cost, longer- term cloud storage classes like S3 Standard - Infrequent Access and Amazon Glacier for archiving.
HOW WE INTEND TO USE BLOCKCHAIN TECHNOLOGY TO IMPROVE OUR
SYSTEM OPERATIONS
We intend to offer a FREE version of our program. Free  users would agree to provide a certain amount of storage space for the use of other users in exchange for storage space made available to the user by other users. In this manner each device linked into our system by each user becomes a separate node in a global system of millions of nodes that will behave like a global cloud/cdn allowing for the instant delivery and live streaming of large files worldwide. Because the storage space the free user gives up is offset by other users in various locations the user is actually not losing any storage space at all. It is simply being moved as needed to the receiver’s geographic location. Example: PERSON A has a FREE USER package with OOTC which allows for them to send files up to 5GB per transaction. In exchange for using OOTC services they reserve a block of 10 GB of storage space on their device for use by other OOTC users. Person A also gains access to 10 GB of storage available for use worldwide by other OOTC users making their ability to access the correct geographic location to send the files they need to send based on the receivers geographic location. The System operates as a massive PEER to PEER
network with the exception that no downloading is required by the receiver and all files received are instantly streaming live and with use of blockchain technology there are massive security provisions in place that make “breaches” so prevalent with cloud storage practically nonexistent.  By turning our customer base into a decentralized global storage and delivery network we can  eliminate our current business expenses for things like bandwidth and storage space making our  services free for 98% of our customer base, transitioning away from AWS and relatively less secure cloud services.

S3 is used as primary storage for cloud-native applications; as a bulk repository, or "data lake," for  analytics; as a target for backup & recovery and disaster recovery; and with serverless computing.  It's simple to move large volumes of data into or out of S3 with Amazon's cloud data migration  options. Once data is stored in Amazon S3, it can be automatically tiered into lower cost, longer- term cloud storage classes like S3 Standard - Infrequent Access and Amazon Glacier for archiving.

HOW WE INTEND TO USE BLOCKCHAIN TECHNOLOGY TO IMPROVE OUR
SYSTEM OPERATIONS
We intend to offer a FREE version of our program. Free users would agree to provide a certain amount of storage space for the use of other users in exchange for storage space made available to the user by other users. In this manner each device linked into our system by each user becomes a separate node in a global system of millions of nodes that will behave like a global cloud/cdn allowing for the instant delivery and live streaming of large files worldwide. Because the storage space the free user gives up is offset by other users in various locations the user isactually not losing any storage space at all. It is simply being moved as needed to the receiver’s geographic location.
Example: PERSON A has a FREE USER package with OOTC which allows for them to send files up to 5GB per transaction. In exchange for using OOTC services they reserve a block of 10 GB of storage space on their device for use by other OOTC users. Person A also gains access to 10 GB of storage available for use worldwide by other OOTC users making their ability to access the correct geographic location to send the files they need to send based on the receivers geographic location.

The System operates as a massive PEER to PEER
network with the exception that no downloading is required by the receiver and all files received are instantly streaming live and with use of blockchain technology there are massive security provisions in place that make “breaches” so prevalent with cloud storage practically nonexistent.
By turning our customer base into a decentralized global storage and delivery network we can  eliminate our current business expenses for things like bandwidth and storage space making our  services free for 98% of our customer base, transitioning away from AWS and relatively less secure cloud services.