ACRN is a flexible, lightweight reference hypervisor, built with real-time and safety-criticality in mind, optimized to streamline embedded development through an open source platform. To learn more, please visit https://projectacrn.org/.
About the Linux Foundation
Founded in 2000, the Linux Foundation is supported by more than 1,000 members and is the world’s leading home for collaboration on open source software, open standards, open data, and open hardware. Linux Foundation’s projects are critical to the world’s infrastructure including Linux, Kubernetes, Node.js, and more. The Linux Foundation’s methodology focuses on leveraging best practices and addressing the needs of contributors, users and solution providers to create sustainable models for open collaboration. For more information, please visit us at linuxfoundation.org.
ACRN is a flexible, lightweight reference hypervisor, built with real-time and safety-criticality in mind, optimized to streamline embedded development through an open source platform. To learn more, please visit https://projectacrn.org/.
About the Linux Foundation
Founded in 2000, the Linux Foundation is supported by more than 1,000 members and is the world’s leading home for collaboration on open source software, open standards, open data, and open hardware. Linux Foundation’s projects are critical to the world’s infrastructure including Linux, Kubernetes, Node.js, and more. The Linux Foundation’s methodology focuses on leveraging best practices and addressing the needs of contributors, users and solution providers to create sustainable models for open collaboration. For more information, please visit us at linuxfoundation.org.
Have you ever driven home after work and wanted to stay in your car to relax a little more instead of going inside of the house?
Because of the rapid advancement in technology, our cars are no longer simply a means of transportation, but are now the “second living space” in our lives. Our expectation is now for cars to become mobile living rooms where we can socialize and entertain. The essential In-Vehicle Infotainment (IVI) systems need to support more complex operating systems, software applications, and external hardware. For legacy in-vehicle hardware with limited resources, the difficulty of supporting increasingly complex uses is evident, especially in the upcoming era of autonomous driving.
The new SUV EXEED, released by the Chinese car maker Chery, responds to these new challenges. It presents the eye-catching dual 12.3-inch floating LCD screen, a newly designed electronic instrument cluster, a facial recognition system that automatically adjusts the interior settings customized for the driver, and an AR-enhanced real-life navigation system that gets you where you need to go. It also supports online payment, an intelligent interactive voice recognition capability, and many other amenities. These applications are made possible by adopting Intel’s Apollo Lake processor and ACRN™ virtualization solution, best described as “small but mighty.”
Intel Apollo Lake – Two Birds One Stone
The electronic instrument cluster used by Chery EXEED requires the highest level of safety, security, and real-time performance, and guarantees a display refresh rate of 60 frames per second. The car’s infotainment system supports a variety of cool, smart cockpit applications, including Baidu AR enhanced navigation, map navigation, voice control, and AI-assisted driving.
The cluster runs in Clear Linux*, while the infotainment system uses the latest Android* 9.0. In the past, such a scenario required the use of at least two distinct SoC chips. But now, only one, powerful Intel Apollo Lake processor can easily handle this use case by supporting two or more operating systems.
ACRN Hypervisor – Hero Behind the Scene
Once the hardware virtualization function of Intel Apollo Lake processor is enabled, the ACRN hypervisor can support multiple operating systems simultaneously while ensuring the safety isolation of each operating system without affecting each other.
ACRN is a flexible, lightweight reference hypervisor, built with real-time and safety-criticality in mind, optimized to streamline embedded development through an open source platform and implemented in less than 40,000 lines of code.
ACRN builds a virtual layer on top of the underlying hardware processor, achieving multi-OS workload consolidation to ensure isolation and non-interference between the electronic instrument cluster and the infotainment system. ACRN supports fast start-up and enables rapid display of cluster dashboards on start-up. ACRN also supports the underlying hardware resource sharing, where a single, physical graphics card can simultaneously display the UI of the instrument cluster dashboard and the IVI system. It similarly supports shared storage devices, shared network interface controllers, and shared sound cards.
Android 9.0 – Tailored for Automotive
Android 9.0 is the first automotive version of the Android operating system released by Google. Chery EXEED is the first model in China to upgrade the cockpit system to Android 9.0.
The operation interface of Android 9.0 is more in line with automotive usage scenarios. A series of designs ensures safety from hardware, through the kernel, to the application framework. The improved automotive hardware abstraction layer (HAL) and the Car Service allow users to control the car’s air conditioning, lighting, volume and other settings more easily, making the “second living space” more personal. These features make it easy for developers to use their imaginations to build more applications.
Close Collaboration Builds Innovation Success
Thanks to collaboration on smart cockpit research and development between Intel, Neusoft, and Chery, we are experiencing new exciting technologies.
The ACRN Hypervisor team and the Android team are part of Intel’s R&D center in Shanghai providing ACRN features development, Android system board support package (BSP), Android applications, and platform optimization. These teams joined other software and hardware R&D teams worldwide to complete hardware design, chip verification, optimization, support of sensors, cameras, safety functions, content protection, and security. This work propelled Chery EXEED to go from project initiation to mass production within a year, making it the first production car model using ACRN virtualization solution with the latest Android 9.0 OS.
EXEED went to mass production using ACRN, Android 9.0, and Apollo Lake as its foundation, demonstrating Chery’s commitment to these new technologies.
Software-Defined Vehicle – Second Living Space Made Enjoyable
Project ACRN and Android 9.0 clearly demonstrate the trend toward software-defined vehicles as more software and applications fill our second living space. Rapidly growing computing power makes our cars more intelligent and more effective by collecting and analyzing various data inside and outside the car to improve the driving experience. High-speed networks and 5G enable a better entertainment experience inside the vehicle.
Thanks to Intel and ACRN, EXEED has brought us into an era where traveling with our families and enjoying our cars as a second living space has become an integral part of our lives.
ACRN is a flexible, lightweight reference hypervisor, built with real-time and safety-criticality in mind, optimized to streamline embedded development through an open source platform. To learn more, please visit https://projectacrn.org/.
About the Linux Foundation
Founded in 2000, the Linux Foundation is supported by more than 1,000 members and is the world’s leading home for collaboration on open source software, open standards, open data, and open hardware. Linux Foundation’s projects are critical to the world’s infrastructure including Linux, Kubernetes, Node.js, and more. The Linux Foundation’s methodology focuses on leveraging best practices and addressing the needs of contributors, users and solution providers to create sustainable models for open collaboration. For more information, please visit us at linuxfoundation.org.
We are very pleased to announce we’ve updated the Project ACRN documentation, organized around your interest with ACRN as an end user, developer, and contributor.
As shown above, ACRN documentation is now arranged into categories that are more approachable: “Learn about ACRN”, “Try using ACRN”, “Develop using ACRN”, “Contribute to ACRN” and “Developer Reference” documentation.
This new organization should make it easier for you to find information appropriate for your interests and involvement with the project. We’ve also begun incorporating additional material documenting example Automotive and Industrial use case scenarios that provide more in depth information and starting points for configuring the ACRN hypervisor for specific application needs.
Keep an eye on our documentation website: https://projectacrn.github.io as we continue to make it better for you and the ACRN community.
Big changes are coming to the world of hypervisors. The open source Project ACRN is a device hypervisor targeting Edge and IoT devices. ACRN supports multiple Operating Systems (OSes) with diverse software stacks and a variety of workloads to run on the same platform enabling significant workload consolidation. Its small footprint means that it can be used in resource constrained environments. As Functional Safety (FuSa) hypervisors are being increasingly relied on to handle multiple workloads with speed and security, we are excited that ACRN is leading the way in becoming FuSA certified.
Because it is truly open source, optimized for real-time and built with safety criticality for IoT, ACRN is perfect for a variety of automotive, industrial and other safety critical projects. For instance, it is being used with Android to power cars of the future using open source technology to develop new automotive In-Vehicle-Infotainment (IVI) experiences as detailed in this case study: ACRN Helps Neusoft Automotive Develop Smart Cockpit Systems by Leveraging the Advantages of Open Source Technology. This is great news for Open Source developers, according to James Wu, director of Intel open source IOT hypervisors.
Workload consolidation has become a significant tool in deploying efficient, safety-oriented applications in various industries, especially automotive. That means instead of running on multiple processors, now you can use a single System on Chip (SoC) for IVI, Cluster and Advanced Driver Assistance Systems (ADAS) information.
Based on ACRN, Intel is offering a path to a FuSA-capable open source fusion stack with Clear Linux, Zephyr and Celadon. Celadon is open source Android software stack on Intel architecture. It provides a turnkey solution that is flexible, verified compatible and it’s updated regularly. Celadon can stimulate compelling Android solutions for use in automotive and IOT projects.
ACRN was recently featured at the 2019 Open Source Summit held at Toranomon Hills Forum in Tokyo, Japan on July 17-19, 2019. Open Source Summit, Japan, is the leading conference in which technologists and open source industry leaders can collaborate, share information, learn about the latest in open source technologies and find out how to gain a competitive advantage by using innovative open solutions. Approximately 1,000 developers, operators and open source industry leaders attended the event to share, connect and learn about topics in the field. The event also featured the Automotive Linux Summit. This summit gathered many of the most innovative minds in automotive excellence and open-source expertise. This included automotive system engineers, Linux experts, R&D managers, business executives, open-source licensing and compliance specialists and community developers. The event also connected the developer community along with vendors and users providing and using the code in order to drive the future of embedded devices in the automotive arena.
Project ACRN was featured at this conference as an important open source project for automotive consolidation solution, including 2 demos and 4 technical sessions. The ACRN demo station also featured a demonstration of Celadon for automotive working with ACRN.
Demo 1 – Workload Consolidation using Celadon and ACRN
This demo showcased Project ACRN as a device hypervisor that enabling multiple simultaneous OSes, the essential capability required for workload consolidation. ACRN just released an automotive case study showing a device hypervisor for workload consolidation. For example, instead of running multiple processors, each with a different application environment, ACRN allows IVI, Cluster and ADAS information applications to be run on a single platform. The automotive IVI Celadon demo showed Controller Area Network (CAN) emulators with interactive controls and a dashboard, and Celadon running as the Guest OS on top of Project ACRN. This conference was the first to showcase the integration of Celadon as the Guest OS running on top of Project ACRN. Please see the photos of the demo below.
Figure 1 ACRN supports 2 or more Celadon as Guest OSes including networking and other I/O sharing capabilitiesFigure 2 ACRN running on Intel® Core™ i7-7567U with Clear Linux as the Service OS supporting Digital Automobile Virtual Dashboard, and Celadon as the Guest OS for Traditional entertainment system as well as Navigation, Multimedia, Air Conditioning Control
In this demo, attendees saw the rich I/O virtualization and Graphic sharing capability available with the ACRN hypervisor without degrading the 60 fps rendering regardless of what type of workload applications were running on the Guest OS.
Demo 2 – Consolidating Real-Time Workloads in Open-Source
In this demo, the ACRN hypervisor runs 2 virtual machines: a real-time VM (Zephyr RTOS) and a standard VM (Clear Linux). Artificial Intelligence (Tensor Flow) is used to provide object detection on a video stream. Zephyr runs on the same HW platform but in a privileged mode to ensure its real-time characteristics are preserved. A real-time benchmark is running inside Zephyr to demonstrate the real-time behavior of the system. A cloud device offers a user-friendly dashboard to see what is happening on the edge device, including visualizing the real-time benchmark (cyclic test) data.
Figure 4 Demo high level design
This demo is especially interesting because it shows a real-time VM running on the alongside a resource intensive Artificial Intelligence application using a standard VM.
Session 1 – Workload consolidation with ACRN hypervisor
This technical session was presented by James Wu, engineering director for the Intel IOT open source hypervisor from Intel, Shanghai.
Figure 5 James Wu highlights ACRN
In this session, James talked about a Based Reference Stack for Workload Consolidation, updated information about the version 1.0 release, the roadmap for the version 2.0 release, Open Source Android Stack running as the Guest OS on top of ACRN hypervisor to familiarize automotive OEMs with the ACRN features, roadmaps and approaches to the automotive segment.
Featured:
Figure 6 Open Source Fusion stack for workload consolidationFigure 7 Automotive usage with ACRN hypervisor as currently supported
To obtain the presentation slides, please monitor Linux Foundation which will post all technical sessions as they become available.
Session 2 – Secure container in IoT segment, Extend KATA to ACRN IoT hypervisor
This session was presented by Yu Wang, ACRN engineering manager, from Intel Beijing.
Figure 8 Yu Wang presents the ACRN for Kata containers integration for IoT usage
This presentation was motivated by the fact that connected devices are increasingly expected to support a wide range of hardware resources, operating systems, and software tools/applications, making workload consolidation, resource isolation and safety the current hot topic. Container technology can be part of the solution. Kata Containers is a security enhanced container by leveraging Virtual Machine (VM) technology. Kata feels and performs like other containers, but provides the additional workload isolation and security advantages of VMs. Originally, Kata was designed for data center usage so it is still closing gaps for specific IoT segment requirements, For example: real-time, functional safety and embedded I/O mediator requirements. But it promises to be a valuable addition to the workload consolidation tool set.
Session 3 – ACRN/KATA: Secure Container Solution for Software-defined Cockpit
This presentation was by Jason Chen, Senior architect for ACRN hypervisor, from Intel Shanghai
Figure 9 Jason Chen addresses challenges for Vehicle Development and integration between ACRN and Kata
In this session, Jason Chen talked about how the widespread use of intelligence and networking in automobiles means that vehicles are no longer the traditional “sofa on wheels”. Automobiles have evolved into a significant IoT platform resulting in more and more Internet applications. At the same time, as the internet has been integrated into automobiles, addition functional safety requirements have become necessary for the safety of drivers and passengers. Information security has become increasingly serious in the automotive field, necessitating additional safety certifications and standards. To satisfy the need for additional internal requirements for safety and security, it has been necessary to accelerate the iteration rate for hardware/software system upgrades. The new challenge for automobile manufacturers is how to achieve this update rate. Container technology should be a significant part of the answer. Kata containers contributes to this by addressing enhanced security by combining container and Virtual Machines (VMs) technology in a way that still feels and performs like traditional containers.
Session 4 – Consolidation of Real-time and HMI with ACRN hypervisor
This session was presented by Jason, Senior architect of ACRN hypervisor.
He talked about the Value Proposition of ACRN hypervisor for Industrial workloads consolidation and usage of industry.
Featured:
Figure 10 Value proposition of virtualization for industrial workloads consolidation Figure 11 Usage and architecture design for controller, real-time function and HMI consolidation with ACRN hypervisor
Again, to obtain the presentation slides, please monitor Linux Foundation which will post all technical sessions as they become available.
This is second time that the ACRN hypervisor solution has been showcased at a conference in Japan. The first time was at ALS Japan 2018 which showed AGL running as guest the OS on top of ACRN hypervisor with GPU sharing. This presentation generated significant interest with companies looking for collaboration opportunities. Some of them have started demonstrating their solution based on ACRN hypervisor, Toyota is an example.
The 1st Open Source IoT Projects Seminar was held on June 11-12 in Shanghai hosted at the Intel Zizhu Office. This is a new event and the first time that we have run a community meeting focused on promoting open source projects in the IoT arena. Themed ‘Open Source Drives IoT, From Device to Edge’, and sponsored in collaboration with the ACRN, AliOS, Celadon, Clear Linux, ROS 2, StarlingX and Zephyr projects, the seminar covered a wide spectrum of IoT innovation technologies, including virtualization, real-time, security and safely, in applications such as industrial real-time workload consolidation, IVI, automotive, drones, robotic, retail.
During the 2-day event, we delivered 30 technical presentations, 13 demos and 4 hands-on workshops, gathered 161 community developers, software engineers, technical managers from our key partners and customers, as well as sales/marketing/technical staff. About 50% were from companies such as Neusoft, Baidu, China Mobile, Harman, SH Auto, ShenYang Machine Tools, Bluetooth SIG, Tencent Cloud, Microsoft, Archermind, HopeRun, National Intelligent Sensor Innovation Center, Beijing Yuanxin Technology, OFILM, TOP CHIP, Shen Zhen DJI Technology, etc. from 7+ different cities. About 50% were from the host Intel’s BUs, including those from SMG, IoTG, plus 20 who joined online.
However, it was not just a forum for the projects to share the latest announcements, future road maps, new features, solutions developed to their audiences. It was also a great opportunity for various communities to meet each other and share – discuss technical opens, provide feedback and suggestions interactively, and inspire new business opportunities.
Day 1 Keynotes
Keynotes Day 1
The opening Keynote, given by Fleming Feng, talked about how open source accelerates IoT innovation, with a highlight on Intel’s open source leadership.
IoTG TSD Director Paul Zhang gave a briefing of IoTG China focus segments and emphasized why open source is the foundation of Intel IoT stack.
Mr. Liu Dejun from Neusoft Auto introduced their e-cockpit C4-Alfus Pro system developed on ACRN and Intel platform as a good customer testimonial.
James Wu, Fleming Feng, Harold Yang, Cindy Xie, Jocelyn Li then gave a high-level intro on latest of the projects – ACRN, Celadon, ROS, StarlingX, Zephyr.
Track / Sessions Day 1Track / Sessions Day 2
ACRN Track Highlights ● This is 2nd Meetup for ACRN project in the last year. More than 40 of the attendees were community developers or partners. ● For the first time, we had external speakers delivered 5 of 11 talks. For example, Neusoft’s production-ready Software Defined Cockpit (SDC) system based on ACRN, HopeRun’s add-on features for ACRN, etc. ● Seeing is believing”. Neusoft (OSV) brought their “Neusoft C4 platform” SDC demo to the seminar. A local OEM car model based on C4 system will be rolled up in Q3’19. This exciting news created a lot of buzz in the conference. ● There were 5 ACRN demos from the community and from Intel.
Zephyr Track Highlights ● This is the 1st meet-up for the Zephyr project in China. 20+ people participated the Zephyr sessions, 50% were from 7 different cities in China (Shanghai, Beijing, ShenZhen, SuZhou, Chendu, Nanjing and Wuhan) ● Kai Ren from Bluetooth SIG delivered a presentation about the Bluetooth Mesh and Zephyr and how Zephyr supported this in the early stages. ● Input on Zephyr – Strength: cross-platform support, Bluetooth support, Functional Safety focus – Expected features: ARM-Cortex A support ● One start-up company in ShenZhen has built a Swift development kit based on Zephyr ● Identified external customers and interest in Zephyr from organizations including China Mobile, SZ DJI Tech, Neusoft, National Intelligent Sensor Innovation Center, Beijing Yuanxin Technology, OFILM, TOP CHIP and a Start-up.
Celadon/Clear Linux/ROS 2/StarlingX Track Highlights ● This is 1st Meetup for this project focused on IoT. ● Covered topics including ‘Getting Started with Celadon’, ‘How Celadon Powering the Smart Terminal for Face Recognition’, ‘Serverless Edge Computing on Clear Linux’, ‘Enable Intelligent Visual Grasping for Industrial Robot in ROS2’, ‘Enhance Security Solution to Protect ROS/ Robotics Software’, ‘StarlingX and IoT Use Cases’, ‘StarlingX and Industrial Edge Stack’
Demos
In addition to technical sessions/demo shows, we had some fun activities and discovered many talents among our colleagues – they’re not just technical experts, but artists !
The ‘Virtualization Chorus v0.6’ (Engineers from SSP Virtualization team) gave us a wonderful choir performance – ‘I love you China!’ during tea-break; our Super PM Hongbo Wang brought-in ZiZhu pop singer group (including himself) to sing & play at Welcome Dinner; The teams/event attendees also enjoyed group photo, game time and lucky-draw moments.
Special Thanks: (names listed in random order)
Speakers: Fleming Feng, Paul Zhang (IoTG), Liu Dejun (Neusoft), James Wu, Harold Yang, Cindy Xie, Jocelyn Li, Hongbo Wang, Jason Chen, Changjun Chen (SY MTG), Xiang Yang (IoTG), Wentong Wu, Jonathan Ding, Dong Wang, Sharron Liu, Hai Tao Wang/Mingyuan Qi, Bo He, Chin Huat Ang, Jack Ren, Junjie Mao, Jerry Zhou (HopeRun), Steven Wang, Lai Ren (Bluetooth SIG), Wei Deng/Yangzhou Ge, Ken Lu; Bin Yang/Yan Chen, Zhuangzhi, Li, Junwei Fan (KiWiSEc), Chen Conghui
Demo Owners: Terry Zou, Hongbo Wang, Wentong Wu, Chao Li, Zhuangzhi Li, Roger Feng, Hai Tao Wang, Neo Fang
Planning TF Members: Cherry Wang, Fleming Feng, James Wu, Hongbo Wang, Jocelyn Li, Harold Yang, Cindy Xie, Hongyu Zhang, Hai Tao Wang, Randy Xu, Rick Wang, Peter Zhu
Other Supports: Paul Zhang (IoTG), Grace Zhang (IoTG), Xufang Wang (IoTG), Hao Zhang (SMG), Dennis Yuen (SMG), Di Lu (SMG), Ted Ye (IoTG), Melissa Evers-Hood (SSP), Pallavi Sharma (SSP)
We are pleased to announce the release of ACRN™ Hypervisor version 1.1 which introduces Hybrid Mode and support for Zephyr, VxWorks and Windows as new Guest Operating Systems.
In this reference release, we use Clear Linux* as the Service OS (SOS) and User OS (UOS). Android* and other Linux* based OSes can also be used as a UOS.
In hybrid mode, the hypervisor launches the Zephyr OS even before the Service OS is launched (pre-launched), with dedicated resources to achieve the highest level of isolation. This is designed to meet the needs of a Functional Safety (FuSa) certifiable safety OS.
Support for new guest Operating Systems
The Zephyr RTOS can be a pre-launched Safety OS in hybrid mode. It can also be a post-launched (launched by Service OS, not the hypervisor) as a guest OS.
VxWorks as a post-launched RTOS for industrial usages.
ACRN is a flexible, lightweight reference hypervisor, built with real-time and safety-criticality in mind, optimized to streamline embedded development through an open source platform. To learn more, please visit https://projectacrn.org/.
About the Linux Foundation
Founded in 2000, the Linux Foundation is supported by more than 1,000 members and is the world’s leading home for collaboration on open source software, open standards, open data, and open hardware. Linux Foundation’s projects are critical to the world’s infrastructure including Linux, Kubernetes, Node.js, and more. The Linux Foundation’s methodology focuses on leveraging best practices and addressing the needs of contributors, users and solution providers to create sustainable models for open collaboration. For more information, please visit us at linuxfoundation.org.
The 1st PRC IoT Open Source Projects Seminar will be held from June 11 to 12, 2019，We are very pleased to invite you to attend the Event in Shanghai.
Open source is now mainstream in all software stack, Intel is leading open source software development which covers a large span of technologies from virtualization, real-time, security and safety etc. Numerous IoT innovations can benefit from these open source projects, from device to edge to cloud with Intel platforms.
ACRN will be a key sponsor for this seminar. You will learn the ACRN v1.0 key features, the new architecture changes for industry real-time workload consolidation, future roadmap, and so on. You’ll also see a lot of demos from both ACRN and its partners. This will also be a good opportunity for the community to get to know each other and discuss technical opens, provide feedback and suggestions interactively.
HopeRun Software announced that it has become a strategic software partner of the open source technology Project ACRN, which will be a key component of its virtualization strategy. This is another major development for HopeRun Software’s IoT engagement. They have added support for 74 chip-level capabilities on the HiHope platform which will have a significant impact in the field of embedded virtualization such as in-vehicle, power management, and retail.
ACRN: Embedded Virtualization Open Source Platform for IoT
Embedded IoT virtualization is faced with three major challenges.
The first challenge is the need to support multiple operating systems. In the embedded ecosystem there are a variety of operating systems and software solutions when compared to the cloud environment.
The second challenge is the support for additional hardware resource sharing. Cloud virtualization sharing covers the traditional CPU, memory, storage, and network resources. Taking the in-car scenario as an example of the IoT field, it is necessary to concurrently support the sharing of camera image processing, peripheral sharing of audio resources, and security hardware. These are not typically relevant in the cloud.
The third challenge is the integration of simultaneous security and non-security domains. These are very important in smart driving and other IoT application scenarios. Integrating both scenarios in the same hardware environment is a significant technical challenge.
The ACRN hypervisor project was launched in March 2018 as part of the solution to these challenges. ACRN is lightweight, real-time, adaptable, open source, security, as well as others. It has become a leading open source hypervisor in the IoT field. It intentionally has a small footprint, under 25K lines of source code. It is the hypervisor designed specifically for embedded IoT.
ACRN has rich virtualization feature set as well as extensive IO sharing capabilities. It supports each operating system running as a virtual machine (VM) on the same platform for better security isolation. Hypervisor technology provides a significant advantage by enabling workloads of different types to be consolidated onto a single platform. This reduces development and deployment costs and allows for a leaner overall system architecture. This helps customers save on hardware costs while providing strong technical support for security and efficiency of the entire system.
Three advantages of HopeRun Software align with ACRN’s virtualization strategy
ACRN is an open source virtualization solution which provides the foundation for companies like HopeRun to create a productized solution. HopeRun Software has three key advantages in productizing ACRN.
First, ACRN focuses on four major embedded virtualization areas including retail, industrial, energy, and automotive. The IoT strategy announced by HopeRun Software is strategically aligned by focusing on smart retail, smart power, smart driving, etc. Through years of software engineering practice, HopeRun Software has established deep and long-term cooperative relationships with many leading customers such as Yum! China and State Grid Power in the fields of retail and power industry. HopeRun Software believes that many other major industry players will also be deploying ACRN-based complete virtualization solutions.
Second, HopeRun Software has established a technical team of nearly 100 people, with strong technology development and virtualization solutions capabilities. HopeRun Software has been following the development of ACRN technology closely since its inception.
Third, HopeRun has rapidly developed its own unique integration solution capabilities such as car dashboard cluster, developing and testing and customization, development and testing for in-vehicle infotainment (IVI) system, as well as many others. At the beginning of 2019, HopeRun Software pioneered the prototype of the ACRN-based smart cockpit in China: the software-defined cockpit SDC.
ACRN and the HopeRun and HiHope Solution
ACRN is neutral governance, open source project supporting X86, ARM and a diverse set of other architectures. In the early 2018, HopeRun Software officially launched HiHope, a new generation of artificial intelligence computing open source platform. It fully supports the ARM architecture. In March of this year (2019), HopeRun Software published a list of 74 chip-level capabilities[based on ARM architecture, covering a comprehensive capability chain such as chip-level design, chip-level hardware, chip-level software, and chip-level solutions. HopeRun Software is actively planning to port the HiHope platform to the X86 architecture.
The HopeRun Software HiHope platform’s approach of “Chip + Algorithm + Application” provides an end-to-end solution. The technical and deployment system and one-stop professional delivery mode for complete pre-research, design, development and testing, provides an extensive environment for imagination in deepening strategic cooperation to rapidly expand customers and markets in the field of embedded virtualization such as retail, energy, and automotive.
