Efficient production, management, and distribution of energy, as well as wider adoption of renewable energy sources, are critical to the future of the energy industry and the future of the planet.

Customer: Group NIRE
Partner: SeeControl

Advanced Driver Assistance Systems

The era of autonomous driving is dawning. As more drivers become comfortable with the concept, growth expectations for advanced driver assistance systems (ADAS) increase. ADAS is expected to save lives; reduce fuel usage, emissions, and costs; and make road travel more accessible.

For both environmental and economic reasons, today’s homeowners want efficient homes that conserve energy, and also enhance security to protect against theft and disaster.

Customer: Yoga Systems

Buildings are complex electrical and mechanical ecosystems. Operators monitor and manage systems controlling lighting, temperatures, air quality, elevators, and communications in search of new ways to conserve energy, aid security, and save money.

Customer: Daikin Applied

As cost pressures drive us ever faster toward extremely smart manufacturing, the connected factory enables operators to continually optimize production processes. What previously took weeks is now delivered with unprecedented speed, flexibility, and agility.

Customer: Siemens

Safety, reliability, predictability, and financial viability are key concerns for rail systems today. Data analysis and automation ensure safe, reliable service and sustainable revenue generation.

Customer: LSIS
Partner: WIBU

Aging streetlamp infrastructure is increasing maintenance and energy costs. In the U.S., 26 million streetlamps consume energy equivalent to 1.9 million homes and cost 2 billion dollars annually.

Customer: Shaspa

Medical

IoT will impact every aspect of patient care from illness reporting, to diagnosis and treatment, to patient monitoring and disease management. Healthcare providers can view IoT as a threat or leverage the opportunity to create new competitive advantages.

Networking

Network availability is critical for many IoT applications. If critical infrastructure systems including industrial control, emergency, healthcare and security are sending time-critical traffic over a service provider network, the systems need access to highly-reliable, low-latency, secure infrastructure platforms optimized for IoT traffic.

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Wind River® and SeeControl together have provided Group NIRE an end-to-end solution that leverages best-in-class capabilities from each organization, including the Intel® IoT Gateway, based on Wind River Intelligent Device Platform XT and Wind River Linux, to securely aggregate, share, and filter data for analysis. The IoT solution allows Group NIRE to combine weather forecasting data; real-time wind turbine data from using Wind River Edge Management System to remotely monitor and manage devices in the field; and battery data from its various sites; which together enable engineers to get actionable analyses and make decisions in real time.

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A smart wind farm leverages enormous volumes of data generated by each turbine. Edge intelligence enables operators to increase power performance as turbine sensors can detect wind shifts and operate more efficiently.

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Wind Turbine Performance Analysis

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ADAS designers face a number of challenges: The confined space in the car needs to house multiple systems and components. Stringent, prescriptive certification standards, such as ISO 26262, must be met. To implement features like pedestrian detection, adaptive cruise control, collision avoidance, lane correction, and automated parking, it is essential for ADAS developers as well as the automakers themselves to work closely with providers of embedded technology solutions, such as Wind River®, to address issues of reliability and security at the earliest stages of system specification and design.

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Automakers who can ensure safety and security, tame technological and legal complexity, and get to market with a self-driving car faster will have a clear competitive advantage. Toshiba uses Wind River Simics to prevent delays and ensure reliability of complex embedded software products for advanced driver assistance systems.

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Car Performance Analysis

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Yoga Systems, a smart home and building technology pioneer, developed a highly secure gateway to manage communication between its platform and smart home devices, including wired and wireless security detectors, cameras, thermostats, smart plugs, lighting, entertainment systems, locks, and appliances. Yoga partnered with Intel® and Wind River® to develop its Yoga Tiny Internet of Things (IoT) gateway, an energy-efficient smart home computing device. Yoga Tiny is built on the Intel Quark™ SoC X1000 gateway platform, based on Wind River Intelligent Device Platform XT and Wind River Linux.

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From adjusting thermostats based on the weather to turning lights on before arriving at home at night or remotely setting an alarm system, Yoga delivers robust, secure smart home capabilities.

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Smart House Performance Analysis

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Daikin Applied uses Intel® and Wind River® technology to service and develop energy management systems with end-to-end solutions that are efficient and secure. Daikin used the Intel IoT Gateway with Wind River Intelligent Device Platform XT and Wind River Linux to efficiently connect its Rebel Rooftop HVAC units to the cloud. Its solution enables customers to securely aggregate, filter, and share data so they can proactively manage a building’s performance and become aware of HVAC issues before they occur.

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The Internet of Things (IoT) promises opportunities for intelligent automation in the built environment through energy savings, remote monitoring and control, and predictive maintenance. Daikin leveraged the Intel® IoT Gateway to realize the benefits that IoT bestows.

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Building Performance Analysis

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Siemens utilized VxWorks® to deliver a superior industrial PC product to market faster, and provide better performance on the production line for its end customers. The customization capabilities allow customers to use added functionalities that require a real-time operating system with precision and quick reaction time, while providing instant access to data for diagnosis of temperature or speed. Wind River® and Intel® technology combined with Siemens’ engineering prowess resulted in a high-performance industrial PC for today’s high-volume production environments.

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Manufacturing requires precision, quick reaction times, and instant data access, as well as security and safety. Siemens delivered its industrial PC to the market quickly, while meeting the industry’s stringent—and often unique—requirements.

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Factory Performance Analysis

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LSIS Co., Ltd., a leader in electric power and automation solutions, engaged in a national project to develop a Safety Integrity Level 4 (SIL4) certified solution for the Korea Radio-Based Train Control System (KRTCS) for unmanned remote control of trains via LTE communication and Wi-Fi. LSIS utilized Wind River® VxWorks® Cert Platform to help minimize risks, satisfy the project requirements, and meet the deadline successfully.

Technology plays an increasingly important role in the mass transportation industry as pressure mounts from regulators and operators to deliver reliable, safe, and secure rail equipment and systems within tight budgets and timetables. Wind River® has integrated Wibu-Systems’ technology into Security Profile for VxWorks® to deliver all-encompassing security capabilities to protect connected devices in rail and beyond. Wibu-Systems’ CodeMeter® hardware-based security provides a comprehensive solution for security-sensitive applications. This joint hardware and software solution protects devices, data, and IP in the Internet of Things.

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Remote control of departures, speeds, stops, and track assignments, along with system security, were key ingredients of Korea’s first SIL4 certification for train control systems, developed by LSIS.

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Train Performance Analysis

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Shaspa utilized the Intel® IoT Gateway with Wind River® Intelligent Device Platform XT and Wind River Linux to deliver an intelligent streetlamp system providing public Wi-Fi, measuring weather, air quality, and ambient noise, and recognizing traffic flow patterns. The built-in camera can identify free parking spaces nearby and notify drivers, and the lamps can supplement sensor data with local weather data to adapt to city infrastructure needs. The intelligent streetlamps can even act as a public electric vehicle charging station.

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Equipped with cameras to detect parking and traffic patterns as well as sensors to track temperature, light, and noise, smart streetlamps use the Internet of Things to enhance safety, convenience, and energy efficiency.

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Street Lights Performance Analysis

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Increased connectivity will lead to more innovation, better patient care, lower costs, and higher profits for the healthcare industry. A critical first step is to consider the core attributes connected devices must provide in order to deliver on the demands of the connected healthcare vision. The possibilities that connected, intelligence devices present to forward-looking healthcare companies can translate into better healthcare for patients, increased efficiency for caregivers, and higher profits for healthcare companies.

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The more devices and data are connected, the faster and more accurate diagnosis becomes. From patient records to drug information to recent research and studies, information at a doctor’s fingertips accelerates an accurate diagnosis.

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Sophisticated gateways will segment their IoT traffic between information that needs to be transmitted to the cloud in real-time and data that can be stored and then transmitted when low-cost bandwidth is available, for offline analysis. This allows intelligent gateways to avoid constantly pumping massive amount of data “northbound”, overwhelming both the network and the storage infrastructure.

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Powering billions of intelligent devices, VxWorks® delivers unrivaled deterministic performance and sets the standard for a future-proof, safe, and secure operating environment for connected devices. VxWorks, with its built in IoT-specific capabilities, enables customers to create intelligent edge devices while reducing development costs and accelerating time-to-market.

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The Internet of Things requires the technical flexibility to scale one common run-time environment across a variety of devices. Wind River® Linux is a highly versatile solution that scales from general purpose to carrier grade devices to high-performing real-time devices. Wind River Linux, With its built in IoT-specific capabilities, Wind River Linux is the ideal platform for harnessing intelligence to drive innovation and transform business.

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