Netzyn’s Stream Computing (SC) builds the foundation for the future of end-user computing. SC moves the operating system, apps, and costly components from the client into the cloud, enabling powerful computing to be streamed to any device.
End-user computing used to be much more straightforward. We’ve gone from one computer per person to many computing devices per person. These “Smart Devices” pack powerful computers into pocket-sized devices, but more computers means more cost and more complexity for developers and consumers.
Devices are expensive, have fixed processing + storage, and quickly become obsolete.
Data and Apps are scattered across multiple devices and servers and are difficult to keep in-sync and up-to-date.
Development for multiple versions, platforms, environments is complicated, costly, and time-consuming.
The smart-device OS was designed for a different era, when people did all their computing on one device and kept data and applications locally. Now, in the connected era, our media, data and apps have moved to the cloud. We expect access and performance everywhere and anywhere, which means moving OS and Apps, basically the computing, to the cloud.
Instead of Smart-Devices with a local OS, we need Simple-Devices with a cloud‑OS.
SC takes the smart-device OS to the cloud, eliminating the need for each and every device to contain costly CPU, GPU, memory, and storage components. This means devices can be cheaper, while computing is more secure, universally compatible, and infinitely powerful with cloud-computing and storage.
|Smart Devices||Simple Devices|
|Expensive devices||Inexpensive devices|
|Computing in devices and cloud||Computing in cloud only|
|Multiple OSs||Single OS|
|Multiple versions of native app||Single version of each native app|
|Cloud apps are web apps||Cloud apps are native apps|
|App speed, functionality limited by device||Unlimited app speed, functionality|
|Security & Virus issues||Inherent security, no viruses|
|Number of apps limited by device storage||Unlimited number of apps|
|Manual app install and updating||Just use app, no install or updating|
|Device configured to user||Use any device by entering your OS URL|
|Devices operate in silos||Single unified operation of all devices|
|Devices frequently replaced to run new OS / apps||Devices are future proof|
The smart-device OS architecture provides functionality that controls the Device Drivers, runs the Native App Environment and OS Environment, and provides the OS App graphical user interface.
SC provides the same OS capability, but distributes the functionality across a Native OS Server, multiple Native App Servers, and Device Drivers on one or more simple‑devices.
SC’s server-side computing can run any app natively and stream the pixels to any Simple-Device or Smart-Device Device.
The SC OS runs on a server totally independent from apps and devices allowing people to buy any device and connect it to any OS.
Running native GUI apps on servers creates a completely unique peer-to-peer, single-tier app architecture, which greatly simplifies app creation and provides opportunities for new types of apps.
The SC Protocol (SCP) makes SC OSs, apps and simple-devices completely interoperable. SCP 100% defines all aspects of SC and effectively provides the OS APIs.
NzSC server software provides the SC OS and App Environment for NzSC, Android, HTML5, Linux and Windows apps. NzSC device software supports both simple and smart devices. The NzSC platform scales from running on a single handheld server all the way to managing, provisioning and controlling 100K's of servers.