The PhiSat-1 satellite contains a new hyperspectral-thermal camera and onboard AI processing thanks to Intel® Movidius™ Myriad™ 2 Vision Processing Unit (VPU).
When creating computer vision solutions, developers need more options. Intel’s approach lets you do more with the architectures you have and the tools you know. Our general-purpose CPUs offer a strong foundation for computer vision with built-in AI accelerator technologies. If you need additional performance, our purpose-built accelerators give you fast inference for real-time applications. No matter which hardware you use, our software portfolio allows you to scale your applications across multiple types of compute and use cases.
Our vision software is open. Our latest hardware is on the cloud and yours to run and test in an open sandbox. Our ecosystem gives you resources to meet your application requirements and streamline and simplify your work. All this gives you the power, performance, and flexibility you need to extend vision everywhere.
By combining AI and IoT, you can capture data, analyze it fast, and act on it right away. This intelligent edge starts with Intel and our vast ecosystem of solutions and partners.
Develop edge AI and computer vision applications that run across a range of hardware types using a single development environment. This software toolkit helps accelerate your work on Intel® platforms—for smart cameras, industrial manufacturing, robotics, intelligent edge servers, transportation, and beyond.
This one-stop resource makes it easy to quickly find, prototype, and integrate the edge computing software you need. Find robust tools and deployment-ready software packages that are pretested and prevalidated—helping save time and money.
With a single API, you can enable hardware acceleration for fast video transcoding, image processing, and media workflows across Intel® hardware. Ideal for applications in safety, retail, cloud gaming, video conferencing, and more.
With Intel® RealSense™ SDK 2.0 and cross-platform open source libraries, it's easy to begin developing your own depth sensing applications. It’s platform independent, supporting Windows, Linux, Android and macOS. This includes wrappers for many common platforms, languages and engines.
Streamline prototyping and benchmarking with a cloud-based sandbox. Develop, test, and run workloads on a cluster of Intel® hardware and software so you can see which compute and configurations work best given your requirements.
Streamline your path to developing and scaling new computer vision solutions. Intel® AI: In Production is an ecosystem where you can find software, production-ready kits, products ready for integration, and other resources to help reduce the complexities of development at the edge. You can also join Intel® AI Builders for access to technical enablement resources and matchmaking opportunities.
Discover Intel’s portfolio of enhanced for IoT processors to help get critical insight and business value from your data with compute resources where you need them most.
Intel® Movidius™ Vision Processing Units (VPUs) are purpose-built for edge acceleration. With a dedicated architecture that offers compute efficiency, VPUs enable image signal processing for high-quality imaging, optimized computer vision, and acceleration for deep neural network inference. This makes them ideal for the demanding mix of vision-centric tasks in both smart cameras and intelligent edge servers.
Deploy power-efficient deep neural network inference for fast, accurate video analytics and computer vision applications. These accelerator cards help you run analytics on edge servers, appliances, and network video recorders (NVRs).
Intel® FPGAs deliver high performance, low latency, and customization. Innovate rapidly with reconfigurable, flexible fabric and I/O. FPGAs help enable integrated AI from edge to cloud in applications such as autonomous systems, robotics, and industrial controls.
Kick-start your application development. Choose from a broad range of integrated developer kits and development systems that match your project needs.
Shape the future by giving devices and machines the ability to help perceive their surroundings with Intel® RealSense™ products. These technologies are ideal for robotics, 3D scanning, logistics and measurement, and many other computer vision use cases.
This year has brought many changes to industries, the economy, and to everyday people. By using digital transformation, robotics and computer vision businesses are using technology to provide safer environments for employees and customers, as well as enhancing the way they operate.
Learn how technology helps to create safer worker and consumer environments
As our world becomes more complex, the use of AI and computer vision can help organizations stay resilient and competitive. Smart cities, hospitals, retail, and even industrial business are able to use computer vision backed by analytics and deep learning technology to innovate and grow to meet these challenges.
Businesses and industries around the world are having to adapt to post-pandemic changes, as well as the increasing demand for video-based technologies. With that will come an increased need for AI, computer vision, and deep learning to analyze videos and images. Whatever the industry, Intel offers a range of technologies to provide an end-to-end computer vision portfolio to meet those needs.
By enabling video safety and security systems to “see” like humans, Accenture offers real-time insight into operations and interactions for immediate course correction. This platform includes Intel® Arria® 10 FPGAs, Intel® Movidius™ VPUs, and the Intel® Distribution of OpenVINO™ toolkit for developing applications and solutions.
Machine vision solutions are critical to industrial automation, predictive maintenance, automated vision inspection for defect detection, and more.
Enhance safety and security in public spaces or private venues with computer vision–based solutions.
Real-time computer vision solutions at the edge can streamline workflows in medical imaging, clinical systems, and life and lab sciences.
Vision plays a key role in bringing smart cities and intelligent transportation to life, from easing traffic congestion to enabling smart parking to managing streetlights.
Create rewarding experiences and gain new insights at brick-and-mortar stores with vision-enabled digital signage, heat mapping, and more.
Intel® FPGAs and SoCs support rapid innovation with the flexibility to adapt to evolving challenges for a wide range of video and intelligent vision applications.
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Your costs and results may vary.