NS-T develops software and networking solutions for small to large scale applications. Our comprehensive network packages integrate Artificial Intelligence into cutting edge technology to optimize performance and increase scalability. We’ve partnered with FPGA and CPU vendors, Telecommunications and Energy cooperations to accelerate the development of next-generation communication networks and smart cities.
Intergrating SDN and Artificial Intelligence. Efficiently managing Smart Home network traffic from an extensible number of connected IoT devices on a single router.
Integrating Artificial Intelligence into a Software Defined Edge-Cloud Network Architecture on multiple FPGA platforms to increase the number of computational elements for correlative distribution of computations, while exploiting a combination of parallelisms to improve system performance.
To intelligently and efficiently secure our networks from external attacks, we've developed an FPGA based Low-Energy Intrusion Obliviation Network powered with Artificial Intelligence.
Project "Lion" is an autonomous (time driven) sensor network for smart homes that can activate functions by set times and signals. The features can appear as variables of time, weather, or interference on the network. Autonomy is essential in Smart Homes; it enables periodic elements to be decoupled from random processes. Lion is a growing project with features that evolve with new technology.
Based on extensive research and study of Software Defined networks (SDN), this project determines the construction and feasibility of a SDN based smart home router. The router comprises of OpenWRT operating system embedded with Openflow in order to allow separate control of data plane and control plane. The project developers starts from the ground up in order to utilize Software defined network...
In recent years, a rising number of home appliances have been equipped with communication, networking and control capabilities to provide more functional and convenient living environments. Diverse user applications run on these smart devices and often require network accessibility with a home router to share a single broadband Internet access link. These home routers should be programmable in a cost...
The evolvable nature of Software Defined Wireless Network- ing offers great opportunities toward the design and implementation of a Low-cost Network Testbed for Smart Homes. Programmability is an essential component on a network gateway to enable efficient management of energy and other network resources for secure, scalable, and cost-effective solutions. In this paper, we studied the...
Internet-of-Things (IoT) applications have been challenged by vast emerging security threats. The increasing number of connected devices on an IoT network may encounter potential attacks while relaying messages over the public Internet. Security methods in traditional wireless networks are often specific to single architectures and are therefore ineffective in solving security issues that may suffice on...
"DBT #22" is a Computerized Basketball Training System. Guided by Artificial Intelligence we are designing a system that will take Basketball training to the next level. In this system of training, we start by analysing the athlete that wants undergo basketball training and then build them to reach a professional level of training, grading them on their skill level as they progress; determining their true position...
NS-T solution partners are top-tier Techs and research centers around the globe.
