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With cloud-backed IoT networking, Faststream Technologies’ Fleet Management provides a comprehensive solution for fleet time tracking. You can be certain of compliance and fleet security standards with real-time access to data gathered from sensors mounted in cars. Included are improved car upkeep, fuel management systems, timely customer support, guaranteed driver discipline, and the current location.

By implementing our hardware sensors into the fleet, with the best Fleet Management Software in India, you will get complete control of your fleet. Facilitate compliance by efficiently managing the data flow between sensors and systems, creating a seamless bridge. You will get insights reports on vehicle maintenance, driver behavior, fuel efficiencies, faster emergency response, improve customer service and also keep a check of the operational status of your fleet.

In order to connect all potential assets—sensors, objects, containers, equipment, cars, and workers—and enable tracking and management of the whole logistics infrastructure as a single, unified business unit, Faststream provides a versatile, hardware-neutral IoT architecture.

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Faststream Technologies software-interpreted FPGA Design Services are assigned to bring end-to-end system incorporation from design, research, and development to testing for any kind of design specifications. Faststream Technologies has worked on various projects on all major FPGA platforms which entail millions of multi-clock domains, gate designs, and hybrid design applications.

Our expert design team delivers wide FPGA design and development competence to various projects in the domain of High-speed Memory and network interfaces, advanced algorithm development, and embedded software services. As a turnkey product design firm, we design custom FPGA boards and also integrate our FPGA designs with existing client hardware.

Faststream Technologies proposes FPGA-based design & built-up SoC-based design services which add a stack of technologies and interfaces. Our previous designs incorporated soft core processors like Nios II, Microblaze, OpenRISC, etc, and hard processors like multi-core ARM Cortex, PowerPC, etc. Our embedded software development team has supported in bringing up operating systems like Linux and developing drivers for these custom devices. We have even developed applications on the top to manage like OpenGL, QT, Android Apps, etc. Some designs include custom PCIe cards, Optical projectors, EOFCS systems, video acquisition, and video processing cards, data encryption cards, etc.

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We’ve all seen how far automotive technology has come in the last decade. Specifically, the motor industry. The use of axial flux (pancake) motors in electric vehicles and aircraft has grown significantly.

Our team of physicists and mechanical technologists have spent years researching our latest axial flux induction motors, which has several unique features like high power density, larger storage space due to compact design, strength and durability, and variety of industrial usage.

Our Axial flux induction motor induces alternating current to create magnetic field in the rotor instead of relying on rare earth permanent magnets. By concurrently maintaining an equivalent level of power and torque density, our asynchronous motor technology stands out for its capacity to eliminate permanent magnets while delivering comparable performance.

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To encourage efficient and safe driving, drivers are screened and evaluated on driving habits. Advanced Driver Drowsiness Monitoring System or Driver Fatigue Monitoring System to detect and monitor behavior and fatigue levels of drivers are emerging which makes the cars more intelligent for avoiding accidents on roads. Systems are being developed for real-time monitoring of vehicles which controls the speed of the vehicle and fatigue level of the driver to prevent accidents. The primary components of such a system will be microcontrollers along with some sensors like an eye blink, gas, impact sensors, alcohol detecting sensor, and fuel sensors. GPS and Google Maps APIs are used to track the location of the vehicle which can be sent to a predefined number in the system.

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A rapid increase of human resource and speedy developing conditions don’t need to lag your operations. With Faststream Technologies’ Smart Restroom solution, we’ll provide you with everything you need to digitize your bathroom and optimize usage operations and get the most out of your cleaning supplies, staff, and customer satisfaction.

We offer an integrated Smart Toilet Management system connected with sensors, gateways, networks, and the cloud to get your data flowing into the software dashboard or platform. Along with a smart toilet people counter, our smart restroom systems will provide data on the amount of space used and the amount of paper, soap, and hand wash used in your restrooms.

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Utilize Digital Twin Solutions & Technology to optimize business strategies and factory machine care. This approach involves simulating, testing, and optimizing processes and functions without causing any financial harm to the business, using a single machine or a virtual replica of the full value chain.

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Industrial networks today utilize various connectivity technologies, including Ethernet, wired connections, WiFi, LoRa, IoT, and increasingly, 5G. However, the deployment of new connectivity options like 5G often leads to the creation of isolated networks within factories, lacking unified security and management. As additional devices are integrated, these isolated networks become less sustainable. Faststream Technologies’ Heterodyne solution addresses this challenge by providing universal connectivity, allowing seamless integration of new technologies like private 5G alongside existing ones such as WiFi and wired networks.

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AI-visual inspection and image processing are offering a solution to many repetitive tasks. This new technology is especially valuable in the manufacturing industry. In the manufacturing unit, there are various tedious processes of grading, sorting, and processing materials. You will have a more thorough understanding of the benefits of automation. But the automatic systems haven’t been implemented properly due to limitations of sensory. This condition is starting to change as computer technology evolves through the use of artificial intelligence advances and machine learning. Now, let’s look into the reasons why AI image processing is useful for developing and establishing businesses.

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From 4G to 5G technologies, Faststream has followed an evolutionary approach, with a strong emphasis on delivering able next-generation experiences and connections for our customers and partners. We were to make early investments in key 5G technologies and build extremely differentiated offerings and solutions in 5G Base Station, Core Network, RAN, Management, and Applications due to our domain knowledge and thorough understanding of technology trends. We have also invested significantly in training and lab equipment for IP creation, as well as resources to expand our partners’ 5G portfolio, to answer the fast-paced technological demands of the future 5G Technology ecosystem.