Product Listings
Ubuntu is an open-source operating system software that is designed to provide a stable and secure computing environment for desktops, servers, and IoT devices. It supports a wide range of hardware platforms and offers features such as regular security updates, a user-friendly interface, and access to a large repository of applications. The software facilitates simplified system management, virtualization, and cloud integration, addressing needs such as efficient resource utilization, application deployment, and infrastructure automation. Ubuntu helps organizations with compatibility for containerization, scalability for enterprise workloads, and compliance with industry standards, thereby supporting business continuity and operational efficiency.
Windows 10 IoT is a software designed for building connected devices by providing a secure, manageable, and scalable operating system environment. It supports a variety of hardware platforms and integrates with cloud services, device security, and device lifecycle management features. The software enables deployment in embedded systems including point-of-sale terminals, kiosks, medical devices, and industrial automation equipment, helping businesses streamline device operations and manage updates remotely. Windows 10 IoT addresses business needs through flexible connectivity, device provisioning, and compatibility with enterprise IT infrastructure while maintaining consistent performance and support for universal Windows applications.
Android Things is a software platform designed for building connected devices and Internet of Things solutions using Android. The software provides developers with tools to implement and manage applications for devices such as smart speakers, home appliances, and sensor modules. It supports integration with Google services and allows management of hardware components, peripheral inputs, and cloud connectivity. Android Things addresses the need for scalable device deployment and secure update management, enabling the development and operation of IoT devices while maintaining compatibility with the Android ecosystem and standardized development practices.
Google Chrome OS is an operating system designed to provide a streamlined and secure environment for running web applications and cloud-based services on compatible devices. The software features rapid boot times, automatic updates, and integrated security protocols, offering a simplified interface focused on internet connectivity and productivity. Chrome OS is built to support a range of hardware devices, including laptops and desktops, and enables users to access and manage documents, media, and applications primarily through the Chrome browser. The software aims to address business challenges related to device management and data security while facilitating collaborative work and remote access through cloud integration.
VxWorks is a real-time operating system software designed to support embedded systems across various industries such as aerospace, automotive, and industrial automation. The software enables deterministic and high-performance operation, providing features such as multitasking, inter-process communication, and memory protection. VxWorks offers compatibility with multiple processor architectures and supports virtualization and security capabilities required for safety-critical applications. The software facilitates accelerated development and deployment of embedded solutions by integrating development tools, protocol stacks, and connectivity options. It addresses the need for reliability, scalability, and real-time performance in environments where consistent software behavior and rapid response times are essential.
RedHawk Linux is a real-time operating system software designed for applications that require deterministic responsiveness and performance. The software supports low-latency operation and is utilized for time-critical computing environments such as simulation, data acquisition, process control, and financial trading systems. RedHawk Linux offers a preemptive kernel, advanced scheduling capabilities, and multicore processor support to ensure precise task management and resource allocation. The software provides features for system monitoring, tuning, and benchmarking, allowing users to manage and optimize real-time workloads. RedHawk Linux addresses business requirements where stable, predictable execution and reliability in computational tasks are essential.
FreeRTOS is a real-time operating system software that enables efficient management of tasks, resources, and scheduling in embedded systems. It supports multitasking, inter-task communication, and synchronization, allowing developers to build systems that require precise timing and responsiveness. The software is lightweight and designed to operate on microcontrollers and small microprocessors with limited memory and processing power. FreeRTOS provides a scalable set of features including message queues, semaphores, and software timers, helping engineers implement applications in areas such as industrial automation, consumer electronics, and automotive systems. It addresses the need for reliable task execution and deterministic behavior in resource-constrained embedded environments.
Integrity RTOS is a software designed to deliver real-time operating system capabilities for embedded systems and applications. It provides features such as deterministic scheduling, memory protection, and secure partitioning to address the requirements of mission-critical environments. The software facilitates efficient management of system resources and ensures reliability and security through robust error handling and isolation techniques. Integrity RTOS is utilized for applications where predictable response times and system stability are important, helping organizations solve business problems related to embedded device reliability, safety, and compliance in industries such as automotive, industrial automation, and medical devices.
Integrity-178 is a software designed primarily for use in systems requiring high levels of reliability and security, such as embedded and real-time applications. The software provides partitioning that supports the simultaneous execution of multiple processes while maintaining separation, which helps mitigate risks associated with fault propagation and unauthorized data access. Integrity-178 addresses business needs for system certification in regulated industries by supporting standards compliance and providing mechanisms for deterministic performance and robust error handling. This software is suited for environments where system integrity and process isolation are essential to meet certification and safety requirements.
Wind River Linux is a software platform designed to enable the development, deployment, and lifecycle management of embedded Linux-based systems. The software provides a customizable and configurable environment for building applications and devices based on the Linux operating system. It offers tools for integrating real-time capabilities, security features, and various hardware architectures, supporting application development for sectors such as industrial automation, networking, aerospace, and automotive. Wind River Linux addresses business needs related to the creation and maintenance of embedded systems by supporting long-term stability, compliance with industry standards, and integration of new technologies throughout the product lifecycle.
LiteOS is an Internet of Things operating system developed by Huawei. The software is designed to offer lightweight, real-time, and energy-efficient solutions for connected devices, including sensors, wearables, and smart manufacturing equipment. LiteOS features include modular architecture, low power consumption, fast startup times, and support for multiple hardware platforms. It provides device management, communication protocols, and security mechanisms to enable integration and scalability of IoT devices across various industries. The software aims to address challenges related to connectivity, interoperability, and management in IoT deployments, supporting efficient interaction between devices and cloud services.
Oracle Linux is an open-source operating system software designed for server and cloud environments. Based on the Linux kernel, this software supports enterprise workloads, offering compatibility with a wide range of hardware and software applications. Oracle Linux provides management tools for virtualization, automation, and security, facilitating integration with container technologies and cloud platforms. It addresses business needs such as reliability, scalability, and performance for data centers, development environments, and mission-critical applications. The software includes features for automated patching, auditing, and resource control, assisting organizations in maintaining secure and consistent infrastructure while minimizing downtime.
QNX is a software platform designed for embedded systems, focusing on providing a reliable real-time operating system and supporting middleware. The software offers a microkernel architecture, enabling modularity and fault tolerance for mission-critical applications. QNX supports features such as memory protection, interprocess communication, and multi-threading, making it suitable for environments where high stability and performance are required. The software is commonly used in sectors like automotive, industrial control, medical devices, and networking equipment to address needs for system reliability, deterministic performance, and security. QNX helps organizations manage and run devices that require continuous operation and secure functionality.
Zephyr is an open-source real-time operating system software designed for resource-constrained embedded devices. The software provides a scalable and configurable platform that supports multiple hardware architectures, offering features such as multi-threading, inter-process communication, device drivers, and networking stacks. Zephyr aims to facilitate the development, deployment, and management of connected devices in sectors like industrial automation, consumer electronics, and sensor networks by providing a lightweight and modular foundation. The software is designed to address business challenges related to interoperability, real-time control, and efficient resource utilization for embedded systems, allowing the integration of various components while maintaining security and reliability.
ANTS Embedded Hardware and Software Design & Development Services is a service that provides solutions for designing, developing, and integrating embedded hardware and software systems. The service addresses requirements such as microcontroller and microprocessor-based hardware development, firmware programming, and system integration. It supports businesses seeking to build or enhance products requiring custom embedded systems. The service also includes prototyping, testing, and validation to ensure that hardware and software components function cohesively. By focusing on embedded system design, the service assists organizations in realizing reliable and scalable technology architectures that solve operational challenges across industrial automation, consumer electronics, and other domains where embedded solutions are critical.
Arm Mbed OS is an open-source embedded operating system designed for microcontrollers, providing features such as real-time operating system capabilities, connectivity protocols, security, device management, and power management. The software enables the development and deployment of IoT devices by offering support for connected device stacks including Bluetooth, Wi-Fi, cellular, and Ethernet, alongside hardware abstraction and cloud integration options. Arm Mbed OS addresses business needs around IoT deployment by simplifying device development, streamlining firmware updates, enhancing security, and facilitating interoperability across platforms, thus supporting scalability and efficient management of connected devices.
Deos is a real-time operating system software developed by DDC-I designed for safety-critical embedded applications. The software provides time and space partitioning, deterministic scheduling, and support for mixed criticality systems to facilitate stringent certification requirements such as DO-178C for avionics. Deos enables users to develop and deploy mission- and safety-critical functionalities by offering features such as a partitioned modular architecture, ARINC 653 support, high reliability, and minimal footprint, which help address challenges related to predictability, system integrity, and regulatory compliance in industries including aerospace and defense.
ELinOS is an embedded Linux software developed for creating and managing real-time and safety-critical applications in industrial environments. The software provides a comprehensive development environment that includes a preconfigured Linux kernel, integrated development tools, and libraries optimized for use in embedded systems. ELinOS supports various hardware architectures and offers features such as cross-platform development, user-friendly configuration, and integration capabilities for fieldbus protocols and industrial interfaces. This software addresses the complexity of building stable and secure embedded solutions by streamlining the development and deployment process, enabling businesses to efficiently implement customized operating systems for devices used in automation, transportation, and other industrial sectors.
eMCOS is a software designed as a real-time operating system for embedded and multicore systems. It supports heterogeneous and distributed hardware architectures, enabling efficient resource management and scalability across various processor cores. The software provides functionalities such as task scheduling, memory management, and inter-process communication, which help facilitate reliable operation in applications requiring high-speed processing and real-time performance. eMCOS addresses business requirements in industries such as automotive, industrial automation, and IoT by allowing developers to leverage multicore hardware while maintaining determinism and dependability.
Enea OSE is a real-time operating system designed for embedded systems that require high reliability and performance. The software enables efficient scheduling and management of tasks, interprocess communication, and memory protection for complex applications. Enea OSE supports multicore processors and distributed architectures, allowing for scalable and flexible integration in systems such as telecommunications, automotive electronics, and industrial automation. The software addresses challenges related to deterministic response times and robust resource management, facilitating the development of safety-critical and high-availability solutions within embedded environments.