The future of business is heavily influenced by intelligent and compact systems that incorporate advances in fields such as telecom, electronics, IoT, robotics, and cognitive sciences. Embedded systems are becoming increasingly prevalent in every aspect of our lives and business due to the use of cost-effective yet powerful devices with sensory capabilities.
Embedded systems differ from general computing systems in that they require low power consumption, function within rugged operating ranges, are small in size, and must achieve a lower cost per unit. These performance constraints often result in limited processing resources, which can create additional design and programming challenges for embedded systems engineers.
Whether it is a simple bare-metal or a complex Operating System-based design, firmware is responsible for the overall functionality of the system and ensures the logical flow of events. With high levels of integration and complex user requirements, the need to offer support for multiple types of interfaces and devices has also increased.
Machine Learning, an application of Artificial Intelligence(AI), has moved from R&D silos to real-world applications. Machine Learning enables computers to perform certain tasks on their own from the data generated without human intervention. It provides various valuable insights and makes predictions based on data. In today's data-rich, technologically advanced world, applying machine learning to business opens up doors of exciting opportunities.
Machine learning algorithms will help you process unutilized or non-utilized data, identifying the trends, which would not be possible to a human being - and then make decisions to meet specific objectives. The competitive advantage of machine learning holds the key to increase the business in attaining new heights.ML algorithms can be used in applications across practically all sectors – from ecommerce to finance, healthcare to education, cybersecurity to charity.
We analyze your business case and create an accurate algorithm that matches your requirements.We build and deploy end-to-end Machine Learning lifecycle in your system.Our AI Machine Learning services help organizations to develop custom solutions based on open source algorithms/frameworks that runs on high volumes of data and run sophisticated algorithms to learn how to perform a task by themselves.
We provide advanced machine learning services & services at 50% less cost compared with other competitors with best quality.We also offer Python based machine learning development from scratch.Our machine learning services anticipates the output of the technology and provides the best possible advice on how to grow more with minimum investments.
We provide firmware development services that cater to microcontrollers with 8, 16, 32, and 64-bit capabilities from renowned semiconductor vendors like Atmel, Nordic Semiconductor, Texas Instruments, STMicroelectronics, Renesas, and Silicon Labs, among others. Our team is skilled in developing both bare-metal and real-time operating system (RTOS)-based firmware.
Our firmware development services also extend to Android customization. We create a custom operating system based on the Android Open Source Project (AOSP), which we install on a Linux or macOS device. From there, we make the necessary modifications to the source code to implement the required functionalities and keep the operating system up-to-date, even after the gadget’s launch.
We possess extensive expertise in developing firmware for Digital Signal Processing (DSP) applications. Our services in this area cover real-time analysis of sensor, audio, and video data. Additionally, we can incorporate Machine Learning (ML) algorithms into DSP solutions, either locally or in the cloud. This enables the detection of objects in camera feeds, noise reduction in voice recordings, and pattern recognition in equipment monitoring, among other applications.
Our bare metal firmware development services allow for the creation of a program that runs directly on the hardware without an operating system. This approach provides greater control over the system and can be optimized for specific use cases. Our team can write an application tailored to your needs and embed it directly into your hardware, allowing for tasks to be executed without external control.
We can use this approach to enable your devices to capture data from sensors and send it to the cloud in real time or at specific intervals. This can be useful for applications such as remote monitoring or real-time data analysis.
We specialize in developing Board Support Packages (BSPs) that play a crucial role in initializing
Our BSPs are designed to work seamlessly with embedded operating systems (OS) and operate with minimal modifications on similar target boards. With our expertise in BSP porting services, we ensure the smooth functioning of the operating system, peripherals, and the board support package in embedded systems.
Our team at Nimaisoft develops BSP firmware that includes:
Applications
Libraries
Device Drivers
This firmware enables a Linux or real-time operating system (RTOS) to work efficiently on custom devices. Additionally, we provide board bring-up services to prepare gadgets and hardware components for mass production.
Nimaisoft specializes in developing device drivers for various peripherals, with an expert team possessing knowledge of low-level system software, hardware and peripherals, and OS internals.
Our device driver development services cover:
Modern life is characterized by advanced technology and its integration into our daily routines, making our interactions with machines a critical aspect of daily life. Each interaction has a unique purpose and the human element remains constant. Our extensive domain knowledge and team of experts allow us to better meet the needs of both users and businesses by tailoring interactions around them.
At Nimaisoft, we take a stakeholder-centric approach to design. This means that we identify and understand all stakeholders, both internal and external, as well as their environment, in order to ensure that we get the concept right during the ideation phase and begin prototyping. By putting stakeholders at the center of our design process, we ensure that our solutions meet their needs and exceed their expectations.