OpenSynergy develops automotive software solutions, including hypervisor platforms and communication platforms. Their product portfolio includes components for infotainment, driver information, driver assistance, and connectivity. OpenSynergy has over 170 employees focused on automotive embedded software. Their software products include hypervisor SDKs, Bluetooth stacks, and device management solutions.
Trends in and features of automotive Linux, with an emphasis on Android. Presented at Google Developer Group in Mountain View, CA, USA on February 4, 2015.
There is a surge in number of sensors / devices that are getting connected under the umbrella of Internet-Of-Things (IoT). These devices need to be integrated into the Android system and accessed via applications, which is covered in the course. Our Android system development course curriculum over weekends with practicals ensures you learn all critical components to get started.
Mixed-critical adaptive AUTOSAR stack based on VxWorks, Linux, and virtualiza...Andrei Kholodnyi
Since the first release of its standard in 2003, AUTOSAR has established itself as one of the primary software development standards for the global automotive industry. As the automotive industry is a now undergoing one of the significant changes in its history toward autonomous driving, connectivity and electrification new standards are needed to handle the complexity regarding software architecture for controlling the high-end processors, Ethernet communication, and over-the-air updates in the cloud-connected automobiles. The recent advent of the Adaptive AUTOSAR standard can help accommodate the extensive and complex requirements of autonomous driving by enabling a flexible, dynamic, and service based platform while still maintaining the integrity of high degree of functional safety standards and also properly engaging with established platforms. The standard itself replies on some technologies which are already established in the industry such as virtualization, POSIX PSE51, C++11/14 for application development, ISO26262/ASIL compliance, etc.
This presentation provides example of an implementation of mixed critical Adaptive AUTOSAR stack based on VxWorks RTOS, embedded Linux, and virtualization profile from Wind River. As one of the very few solutions available on the market which is already fulfilling the requirements described above, VxWorks is a strong example of a foundational software platform for Adaptive AUTOSAR-based autonomous driving development. We will also explain what challenges we have encounter with during this process and make some suggestions to the AUTOSAR consortium of how to overcome them in the future.
Android Things is the latest attempt from Google to connect the dots between the cloud and devices by introducing an OS that is exclusively built for IoT devices. Initially announced as project Brillo, Android Things helps developers to build devices faster and enable them integrate with cloud services. This presentation traces the architectural aspects of Android Things by connecting it back with Embedded Linux, Embedded Android and Brillo.
Slides of a course that is given to teach embedded linux to engineers. The full course is 2-days; this is the first time a 'light' version was given lasting a single day.
Focus is on
. What is Linux
. How do I compile
. How do I flash
Connecting Android apps to Android Auto, Ford Sync and other OEM SDKs. Presentation explores the different options available in the world of Driveables.
The presentation will cover Xen Automotive. We will elaborate technical solutions for the identified gaps:
1. ARM architecture - support HW virtualization extensions for embedded systems
2. Stability requirements
3. RT Scheduler
4. Rich virtualized peripheral support (WiFi, Gfx, MM, USB, etc.)
5. Performance benchmarking
6. Security
Trends in and features of automotive Linux, with an emphasis on Android. Presented at Google Developer Group in Mountain View, CA, USA on February 4, 2015.
There is a surge in number of sensors / devices that are getting connected under the umbrella of Internet-Of-Things (IoT). These devices need to be integrated into the Android system and accessed via applications, which is covered in the course. Our Android system development course curriculum over weekends with practicals ensures you learn all critical components to get started.
Mixed-critical adaptive AUTOSAR stack based on VxWorks, Linux, and virtualiza...Andrei Kholodnyi
Since the first release of its standard in 2003, AUTOSAR has established itself as one of the primary software development standards for the global automotive industry. As the automotive industry is a now undergoing one of the significant changes in its history toward autonomous driving, connectivity and electrification new standards are needed to handle the complexity regarding software architecture for controlling the high-end processors, Ethernet communication, and over-the-air updates in the cloud-connected automobiles. The recent advent of the Adaptive AUTOSAR standard can help accommodate the extensive and complex requirements of autonomous driving by enabling a flexible, dynamic, and service based platform while still maintaining the integrity of high degree of functional safety standards and also properly engaging with established platforms. The standard itself replies on some technologies which are already established in the industry such as virtualization, POSIX PSE51, C++11/14 for application development, ISO26262/ASIL compliance, etc.
This presentation provides example of an implementation of mixed critical Adaptive AUTOSAR stack based on VxWorks RTOS, embedded Linux, and virtualization profile from Wind River. As one of the very few solutions available on the market which is already fulfilling the requirements described above, VxWorks is a strong example of a foundational software platform for Adaptive AUTOSAR-based autonomous driving development. We will also explain what challenges we have encounter with during this process and make some suggestions to the AUTOSAR consortium of how to overcome them in the future.
Android Things is the latest attempt from Google to connect the dots between the cloud and devices by introducing an OS that is exclusively built for IoT devices. Initially announced as project Brillo, Android Things helps developers to build devices faster and enable them integrate with cloud services. This presentation traces the architectural aspects of Android Things by connecting it back with Embedded Linux, Embedded Android and Brillo.
Slides of a course that is given to teach embedded linux to engineers. The full course is 2-days; this is the first time a 'light' version was given lasting a single day.
Focus is on
. What is Linux
. How do I compile
. How do I flash
Connecting Android apps to Android Auto, Ford Sync and other OEM SDKs. Presentation explores the different options available in the world of Driveables.
The presentation will cover Xen Automotive. We will elaborate technical solutions for the identified gaps:
1. ARM architecture - support HW virtualization extensions for embedded systems
2. Stability requirements
3. RT Scheduler
4. Rich virtualized peripheral support (WiFi, Gfx, MM, USB, etc.)
5. Performance benchmarking
6. Security
XPDS13: Xen in OSS based In–Vehicle Infotainment Systems - Artem Mygaiev, Glo...The Linux Foundation
Xen role, details of implementation and problems in a sample solution based on OSS (Android, Linux and Xen) that addresses Automotive requirements such as ultra-fast RVC boot time, quick IVI system boot time, cloud connectivity and multimedia capabilities, reliability and security through hardware virtualization. Secure CAN/LIN/MOST bus integration handled by Linux on Dom0 while Android runs customizable QML-based HMI in a sandbox of DomU. These case studies will include but not be limited to: computing power requirements, memory requirements, virtualization, stability, boot-time sequence and optimization, video clips showing results of the work done. Case study is built on TexasInstruments OMAP5 SoC.
Various virtualization technologies are present at the market for more than a decade, but they were typically occupying cloud platforms. Recently, virtualization began spreading over embedded platforms after ARM presented Virtualization Extension for its recent processors. Various peripherals (like disks and network) had been easily virtualized for usage by several operating systems at once, but things like Graphical Processing Units (GPU) remain to be one of the most intricate parts to be adapted, with very few vendors who actually managed to do it.
Sergiy Kibrik (Software Engineer, GlobalLogic) explain how it was done at GlobalLogic. This presentation was delivered at GlobalLogic Embedded TechTalk Kyiv on July 22, 2015.
System Device Tree and Lopper: Concrete Examples - ELC NA 2022Stefano Stabellini
System Device Tree is an extension to Device Tree to describe all the hardware on an SoC, including heterogeneous CPU clusters and secure resources not typically visible to an Operating System like Linux. This full view allows the System Device Tree to be the "One true source" of the entire hardware description and helps to prevent the common (and hard-to-debug) problem of conflicting resources and system consistency. Lopper is an Open Source framework to parse and manipulate System Device Tree. With Lopper, it is possible to generate multiple traditional Device Trees from a single larger System Device Tree. This presentation will provide an overview of System Device Tree and will discuss the latest updates of the specification and tooling. The talk will illustrate multiple use-cases for System Device Tree with concrete examples, such as Linux running on the more powerful CPU cluster and Zephyr running on a smaller Cortex-R cluster. It will also show how to use Lopper to generate multiple traditional Device Trees targeting different OSes, not just Linux but also Zephyr/other RTOSes. Finally, an end-to-end demo based on Yocto to build a complete heterogeneous system with multiple OSes and RTOSes running on different clusters on a single reference board will be shown.
A deep dive into Android OpenSource Project(AOSP)Siji Sunny
A deep dive into Android openSource project presented at
International Centre for Free and Open Source Software (ICFOSS), Kerala's OpenSource Mobile Computing Conference
For new age touch-based embedded devices, Android is becoming a popular OS going beyond mobile phones. With its roots from Embedded Linux, Android framework offers benefits in terms of rich libraries, open-source and multi-device support. Emertxe’s hands-on Embedded Android Training Course is designed to customize, build and deploy custom Embedded OS on ARM target. Rich set of projects will make your learning complete.
ALSF13: Xen on ARM - Virtualization for the Automotive Industry - Stefano Sta...The Linux Foundation
During the last few months of 2011 the Xen Community started an effort to port Xen to ARMv7 with virtualization extensions, using the Cortex A15 processor as reference platform.
The new Xen port is exploiting this set of hardware capabilities to run guest VMs in the most efficient way possible while keeping the ARM specific changes to the hypervisor and the Linux kernel to a minimum. Developing the new port we took the chance to remove legacy concepts like PV or HVM guests and only support a single kind of guests that is comparable to "PVH" in the Xen X86 world.
Linux 3.7 was the first kernel release to run on Xen on ARM as Dom0 and DomU. Xen 4.3, out in July 2013, is the first hypervisor release to support ARMv7 with virtualization extensions and ARMv8.
This talk will explain why ARM virtualization is set to be increasingly relevant for the automotive industry in the coming years. We will go on to describe how Xen exploits the strengths of the hardware to meet the requirements of the industry. We will illustrate the early design choices and we will evaluate whether they were proven successful or a failure.
For the full video of this presentation, please visit:
https://www.embedded-vision.com/platinum-members/embedded-vision-alliance/embedded-vision-training/videos/pages/may-2019-embedded-vision-summit-montgomery
For more information about embedded vision, please visit:
http://www.embedded-vision.com
Clay D. Montgomery, Freelance Embedded Multimedia Developer at Montgomery One, presents the "Building Complete Embedded Vision Systems on Linux—From Camera to Display" tutorial at the May 2019 Embedded Vision Summit.
There’s a huge wealth of open-source software components available today for embedding vision on the latest SoCs from suppliers such as NXP, Broadcom, TI and NVIDIA, at lower power and cost points than ever before. Testing vision algorithms is the first step, but what about the rest of your system? In this talk, Montgomery considers the best open-source components available today and explains how to select and integrate them to build complete video pipelines on Linux—from camera to display—while maximizing performance.
Montgomery examines and compares popular open-source libraries for vision, including Yocto, ffmpeg, gstreamer, V4L2, OpenCV, OpenVX, OpenCL and OpenGL. Which components do you need and why? He also summarizes the steps required to build and test complete video pipelines, common integration problems to avoid and how to work around issues to get the best performance possible on embedded systems.
Simultaneously Leveraging Linux and Android in a GENIVI compliant IVI System mentoresd
Simultaneously Leveraging Linux and Android in a GENIVI compliant IVI System – Andrew Patterson
It is widely accepted that Linux is the operating system of choice when building a complex, in-vehicle infotainment (IVI) system. The ability to support and quickly integrate device drivers for features such as CAN, MOST, graphics accelerators, networking interfaces, and Bluetooth can result in key differentiators for any GENIVI compliant IVI-based system. But what if Android was introduced as a second operating system? This session multiple implementations integrating both Android and Linux on multicore SoCs sharing audio and video resources across both domains while maintaining GENIVI compliance. Implementations with and without hypervisor technology will also be presented.
Static Partitioning with Xen, LinuxRT, and Zephyr: A Concrete End-to-end Exam...Stefano Stabellini
Static partitioning enables multiple domains to run alongside each other with no interference. They could be running Linux, an RTOS, or another OS, and all of them have direct access to different portions of the SoC. In the last five years, the Xen community introduced several new features to make Xen-based static partitioning possible. Dom0less to start multiple static domains in parallel at boot, and Cache Coloring to minimize cache interference effects are among them. Static inter-domain communications mechanisms were introduced this year, while "ImageBuilder" has been making system-wide configurations easier. An easy-to-use complete solution is within our grasp. This talk will show the progress made on Xen static partitioning. The audience will learn to configure a realistic reference design with multiple partitions: a LinuxRT partition, a Zephyr partition, and a larger Linux partition. The presentation will show how to set up communication channels and direct hardware access for the domains. It will explain how to measure interrupt latency and use cache coloring to zero cache interference effects. The talk will include a live demo of the reference design.
Embedded Android System Development - Part II talks about Hardware Abstraction Layer (HAL). HAL is an interfacing layer through which Android service can place a request to device. Uses functions provided by Linux system to service the request from android framework. A C/C++ layer with purely vendor specific implementation. Packaged into modules (.so) file & loaded by Android system at appropriate time
XPDDS19 Keynote: Xen Dom0-less - Stefano Stabellini, Principal Engineer, XilinxThe Linux Foundation
This talk will introduce Dom0-less: a new way of using Xen to build mixed-criticality solutions. Dom0-less is a Xen feature that adds a novel approach to static partitioning based on virtualization. It allows multiple domains to start at boot time directly from the Xen hypervisor, decreasing boot times dramatically. Xen userspace tools, such as xl and libvirt, become optional.
Dom0-less extends the existing device tree based Xen boot protocol to cover information required by additional domains. Binaries, such as kernels and ramdisks, are loaded by the bootloader (u-boot) and advertised to Xen via new device tree bindings.
The audience will learn how to use Dom0-less to partition the system. Uboot and device tree configuration details will be explained to enable the audience to get the most out of this feature. The talk will include a status update and details on future plans.
The accompanying demo (slide 15) can be found at https://vimeo.com/90534015
The presentation will cover Xen vs Xen Automotive gaps and analysis. We will elaborate technical solutions for the identified gaps:
* ARM architecture - support HW virtualization extensions for embedded systems
* Stability requirements
* RT Scheduler
* Rich virtualized peripheral support (WiFi, Gfx, MM, USB, etc.)
* Performance benchmarking
* Security
The audience is anyone interesting in building OSS based IVI systems. Attendees can expect the OSS stack detailed architecture, current status of the project, the challenges seen, road map and much more.
XPDS13: Xen in OSS based In–Vehicle Infotainment Systems - Artem Mygaiev, Glo...The Linux Foundation
Xen role, details of implementation and problems in a sample solution based on OSS (Android, Linux and Xen) that addresses Automotive requirements such as ultra-fast RVC boot time, quick IVI system boot time, cloud connectivity and multimedia capabilities, reliability and security through hardware virtualization. Secure CAN/LIN/MOST bus integration handled by Linux on Dom0 while Android runs customizable QML-based HMI in a sandbox of DomU. These case studies will include but not be limited to: computing power requirements, memory requirements, virtualization, stability, boot-time sequence and optimization, video clips showing results of the work done. Case study is built on TexasInstruments OMAP5 SoC.
Various virtualization technologies are present at the market for more than a decade, but they were typically occupying cloud platforms. Recently, virtualization began spreading over embedded platforms after ARM presented Virtualization Extension for its recent processors. Various peripherals (like disks and network) had been easily virtualized for usage by several operating systems at once, but things like Graphical Processing Units (GPU) remain to be one of the most intricate parts to be adapted, with very few vendors who actually managed to do it.
Sergiy Kibrik (Software Engineer, GlobalLogic) explain how it was done at GlobalLogic. This presentation was delivered at GlobalLogic Embedded TechTalk Kyiv on July 22, 2015.
System Device Tree and Lopper: Concrete Examples - ELC NA 2022Stefano Stabellini
System Device Tree is an extension to Device Tree to describe all the hardware on an SoC, including heterogeneous CPU clusters and secure resources not typically visible to an Operating System like Linux. This full view allows the System Device Tree to be the "One true source" of the entire hardware description and helps to prevent the common (and hard-to-debug) problem of conflicting resources and system consistency. Lopper is an Open Source framework to parse and manipulate System Device Tree. With Lopper, it is possible to generate multiple traditional Device Trees from a single larger System Device Tree. This presentation will provide an overview of System Device Tree and will discuss the latest updates of the specification and tooling. The talk will illustrate multiple use-cases for System Device Tree with concrete examples, such as Linux running on the more powerful CPU cluster and Zephyr running on a smaller Cortex-R cluster. It will also show how to use Lopper to generate multiple traditional Device Trees targeting different OSes, not just Linux but also Zephyr/other RTOSes. Finally, an end-to-end demo based on Yocto to build a complete heterogeneous system with multiple OSes and RTOSes running on different clusters on a single reference board will be shown.
A deep dive into Android OpenSource Project(AOSP)Siji Sunny
A deep dive into Android openSource project presented at
International Centre for Free and Open Source Software (ICFOSS), Kerala's OpenSource Mobile Computing Conference
For new age touch-based embedded devices, Android is becoming a popular OS going beyond mobile phones. With its roots from Embedded Linux, Android framework offers benefits in terms of rich libraries, open-source and multi-device support. Emertxe’s hands-on Embedded Android Training Course is designed to customize, build and deploy custom Embedded OS on ARM target. Rich set of projects will make your learning complete.
ALSF13: Xen on ARM - Virtualization for the Automotive Industry - Stefano Sta...The Linux Foundation
During the last few months of 2011 the Xen Community started an effort to port Xen to ARMv7 with virtualization extensions, using the Cortex A15 processor as reference platform.
The new Xen port is exploiting this set of hardware capabilities to run guest VMs in the most efficient way possible while keeping the ARM specific changes to the hypervisor and the Linux kernel to a minimum. Developing the new port we took the chance to remove legacy concepts like PV or HVM guests and only support a single kind of guests that is comparable to "PVH" in the Xen X86 world.
Linux 3.7 was the first kernel release to run on Xen on ARM as Dom0 and DomU. Xen 4.3, out in July 2013, is the first hypervisor release to support ARMv7 with virtualization extensions and ARMv8.
This talk will explain why ARM virtualization is set to be increasingly relevant for the automotive industry in the coming years. We will go on to describe how Xen exploits the strengths of the hardware to meet the requirements of the industry. We will illustrate the early design choices and we will evaluate whether they were proven successful or a failure.
For the full video of this presentation, please visit:
https://www.embedded-vision.com/platinum-members/embedded-vision-alliance/embedded-vision-training/videos/pages/may-2019-embedded-vision-summit-montgomery
For more information about embedded vision, please visit:
http://www.embedded-vision.com
Clay D. Montgomery, Freelance Embedded Multimedia Developer at Montgomery One, presents the "Building Complete Embedded Vision Systems on Linux—From Camera to Display" tutorial at the May 2019 Embedded Vision Summit.
There’s a huge wealth of open-source software components available today for embedding vision on the latest SoCs from suppliers such as NXP, Broadcom, TI and NVIDIA, at lower power and cost points than ever before. Testing vision algorithms is the first step, but what about the rest of your system? In this talk, Montgomery considers the best open-source components available today and explains how to select and integrate them to build complete video pipelines on Linux—from camera to display—while maximizing performance.
Montgomery examines and compares popular open-source libraries for vision, including Yocto, ffmpeg, gstreamer, V4L2, OpenCV, OpenVX, OpenCL and OpenGL. Which components do you need and why? He also summarizes the steps required to build and test complete video pipelines, common integration problems to avoid and how to work around issues to get the best performance possible on embedded systems.
Simultaneously Leveraging Linux and Android in a GENIVI compliant IVI System mentoresd
Simultaneously Leveraging Linux and Android in a GENIVI compliant IVI System – Andrew Patterson
It is widely accepted that Linux is the operating system of choice when building a complex, in-vehicle infotainment (IVI) system. The ability to support and quickly integrate device drivers for features such as CAN, MOST, graphics accelerators, networking interfaces, and Bluetooth can result in key differentiators for any GENIVI compliant IVI-based system. But what if Android was introduced as a second operating system? This session multiple implementations integrating both Android and Linux on multicore SoCs sharing audio and video resources across both domains while maintaining GENIVI compliance. Implementations with and without hypervisor technology will also be presented.
Static Partitioning with Xen, LinuxRT, and Zephyr: A Concrete End-to-end Exam...Stefano Stabellini
Static partitioning enables multiple domains to run alongside each other with no interference. They could be running Linux, an RTOS, or another OS, and all of them have direct access to different portions of the SoC. In the last five years, the Xen community introduced several new features to make Xen-based static partitioning possible. Dom0less to start multiple static domains in parallel at boot, and Cache Coloring to minimize cache interference effects are among them. Static inter-domain communications mechanisms were introduced this year, while "ImageBuilder" has been making system-wide configurations easier. An easy-to-use complete solution is within our grasp. This talk will show the progress made on Xen static partitioning. The audience will learn to configure a realistic reference design with multiple partitions: a LinuxRT partition, a Zephyr partition, and a larger Linux partition. The presentation will show how to set up communication channels and direct hardware access for the domains. It will explain how to measure interrupt latency and use cache coloring to zero cache interference effects. The talk will include a live demo of the reference design.
Embedded Android System Development - Part II talks about Hardware Abstraction Layer (HAL). HAL is an interfacing layer through which Android service can place a request to device. Uses functions provided by Linux system to service the request from android framework. A C/C++ layer with purely vendor specific implementation. Packaged into modules (.so) file & loaded by Android system at appropriate time
XPDDS19 Keynote: Xen Dom0-less - Stefano Stabellini, Principal Engineer, XilinxThe Linux Foundation
This talk will introduce Dom0-less: a new way of using Xen to build mixed-criticality solutions. Dom0-less is a Xen feature that adds a novel approach to static partitioning based on virtualization. It allows multiple domains to start at boot time directly from the Xen hypervisor, decreasing boot times dramatically. Xen userspace tools, such as xl and libvirt, become optional.
Dom0-less extends the existing device tree based Xen boot protocol to cover information required by additional domains. Binaries, such as kernels and ramdisks, are loaded by the bootloader (u-boot) and advertised to Xen via new device tree bindings.
The audience will learn how to use Dom0-less to partition the system. Uboot and device tree configuration details will be explained to enable the audience to get the most out of this feature. The talk will include a status update and details on future plans.
The accompanying demo (slide 15) can be found at https://vimeo.com/90534015
The presentation will cover Xen vs Xen Automotive gaps and analysis. We will elaborate technical solutions for the identified gaps:
* ARM architecture - support HW virtualization extensions for embedded systems
* Stability requirements
* RT Scheduler
* Rich virtualized peripheral support (WiFi, Gfx, MM, USB, etc.)
* Performance benchmarking
* Security
The audience is anyone interesting in building OSS based IVI systems. Attendees can expect the OSS stack detailed architecture, current status of the project, the challenges seen, road map and much more.
ChannelCandy is a custom branded mobile app designed for Vendor, Distributor and Associations to deliver Channel highlights, company news and sales tools into the hands of Channel Partners. Developed by the team at ChannelEyes, it is reinventing Channel communication for leading firms in our industry.
ChannelCandy runs on iPhone, iPad, Android as well as all mobile web enabled platforms such as BlackBerry, Windows and the PC Web Browser.
The mobile app delivers an innovative way to drive:
Channel Sales Enablement – Deploying the tools and resources necessary to make your Channel act as an extension of your own sales team. Vendors can even send motivational messages to drive the sales cycle forward!
Channel Education – Publishing rich media such as videos, whitepapers, case studies and certification courses, Vendors can raise the level of knowledge and capabilities of their Partners.
Channel Incentives – Partners admit that they leave money on the table because they don’t regularly stay up to date. With a mobile app, they can set alerts and be notified each time a new incentive is launched.
Channel Tools – by customizing the app with external tools such as configurators, calculators, quoting tools, deal registration and product information, Vendors will drive better sell-thru, stronger options and accessories attach, as well as more robust program participation.
Technical Updates – keep your Channel Partners up to date with tech bulletins, service fixes and other critical updates in real-time. Technicians can customize the app to receive push notifications and collaborate with other members of the community, leveraging the wisdom of the crowd.
OPEN SOURCE TECHNOLOGY: Docker Containers on IBM BluemixDA SILVA, MBA
This is a recorded Webinar from Aug 04, 2015, covering the following topics:
- WHAT IS BLUEMIX
- WHAT IS DOCKER
- LIVE DEMO: Docker containers on Bluemix
Register today for an IBM Cloud Webinar: http://www.ibmcloudwebinars.com
Get updated and join our Linkedin Group:
https://www.linkedin.com/groups/IBM-Cloud-Webinars-8333586/about
Please, feel free to reach out if you have any queries:
raphaelda@ie.ibm.com
@raphaelsilvada
https://ie.linkedin.com/in/raphaelsilvada
My presentation for our Benelux IBM Rational Innovate event. This presentation explains how the IBM Bluemix and devops as a service solution can be used for modern cloud based development.
Top 5 Reasons Why Appian is the Future of Enterprise ApplicationsWNS Vuram
Discover the top 5 reasons why Appian is the future of enterprise applications. Streamline processes, boost efficiency, and stay ahead of the competition.
Read More : https://www.vuram.com/blog/top-reasons-why-appian-is-the-future-of-enterprise-applications/
Learn Why your Technology Toolkit needs a Low Code Platform Upgrade!JessiRyan1
Innominds’ low code app development platform, iSymphonyTM, is built specifically targeting the captive and client needs of ISVs and enterprises to deliver applications with markedly reduced time and improved quality. It accelerates processes across the Software Development Life Cycle (SDLC) with automatic generation of standards-based code, open and flexible APIs, cloud-native and microservices-based architecture, and one-click deployment.
Kony’s approach empowers enterprises to take control of their digital strategy by delivering consistent, omni-channel application experiences across the multitude of devices available today and in the future. You can build an app once and provide device-optimized experiences to every digital edge – smartphones, desktop, tablets, and more – with the click of a button.
Applicazioni per mobile e cloud sviluppate in maniera rapida ed efficaceJürgen Ambrosi
Un team di sviluppo avanzato ad alta produttività ha bisogno di una vasta gamma di servizi (provisioning di ambienti, strumenti di test e sviluppo ...) ma l'integrazione limitata può rallentarlo. E’ necessario utilizzare software di alta qualità in modo più rapido e uniforme attraverso gli ambienti ibridi. Oltre questo è necessario poterle testare, monitorare e modificare in tempo reale. In questa sessione verranno presentati gli strumenti per lo sviluppo e la gestione di applicazioni in ambienti mobile e Cloud.
Why and how are containers the foundation for a hybrid cloud futureStefan van Oirschot
- All great companies are now also software companies;
- Know your developers and users frustrations;
- Provide the ultimate customer experience;
- Embrace communities and utilize open source for faster innovation;
- Build an internal cloud platform embracing the world's ecosystem;
- Understand essential capabilities of a modern platform and embed them in your platform service.
Essity is the leading global hygiene and health company dedicated to improvin...TechMeetups
Essity products are sold in approximately 150 countries under international brands such as TENA® and Tork®, Colhogar and other major brands like JOBST® or Leukoplast. Essity has 48,000 employees. Net sales in 2022 amounted to approximately 15 billion Euros. Its headquarters are in Stockholm (Sweden) and it is listed on the Nasdaq Stockholm stock exchange. Essity breaks barriers to wellbeing and contributes to a healthy, sustainable, and circular society. More information at www.essity.com
AUSTRIAN BUSINESS AGENCY Work in AustriaTechMeetups
The initiative ABA – Work in Austria was launched to promote Austria abroad as a place to work. For this purpose,
– Austrian companies are showcased at events held abroad,
– cooperation agreements are arranged with outstanding universities,
– comprehensive information is supplied about Austria as a place to work,
– networking opportunities are organised in Austria and abroad an
– vacant positions for international specialists are compiled and presented in an Austrian-wide online job platform. A clearing office to serve as the first point of contact and as a one-stop-shop for legal inquiries from companies on hiring skilled international employees is currently under development.
PayFit is an intuitive cloud-based payroll and employee management solution d...TechMeetups
Do you want to help us shape what the future of work will look like and how it will best embrace our life’s aspirations? If this sounds like a journey you want to embark on, we may have the right role for you!
PayFit is an intuitive cloud-based payroll and employee management solution designed specifically for SMBs. Since 2015, we have set ourselves a mission to simplify payroll for SMBs and enable employers and employees to grow together. We are a European company operating from 3 main countries (France, Spain, and the UK) where we are supporting over 9500 clients https://payfit.com/careers
We’re looking for people who are ready to learn new things and are passionate about new technologies. Depending on your skills and interests you can join one of our two teams: IT or Business.
Career at Sollers Consulting
To our IT team we’re looking mostly for people with good knowledge of OOP and Java but not only! On our projects we’re using a range of different languages and technologies – for example, Angular, React, C#, Spring, Hibernate, and Gosu. So, if you are:
✅Ready to learn new things
✅ Familiar with Java and OOP
✅ At least on the B2 level of English (that mean that you can communicate without problems)
✅ Fluent in Spanish
Don’t wait and apply to one of our open positions:
👉 Junior Java Developer
👉 (Senior) Java Developer
👉 C#/.Net Developer
To our business team, we’re looking for people with an analytical mind and very good communication skills. As part of our Business Consulting team, you can develop your skills and become a part of our agile team implementing IT solutions for financial institutions from around the world. So, if you are:
✅ Thinking analytically and know how to use synthesis to show results of your work
✅ Fluent in English and Spanish
✅ Ready to learn in a friendly but challenging environment
Don’t wait and apply:
👉 Business Analyst
👉 Consultant
This is Infront - Financial professionals across Europe rely on Infront for f...TechMeetups
Infront offers exciting and challenging job opportunities within the financial technology sector. You will be a part of an active social environment with friendly, supportive and highly skilled colleagues. Being part of a company that is built on technological innovation, you will experience great opportunities for personal growth and fulfilling career possibilities in a fast-paced environment. At the same time, we have an informal and relaxed culture based on mutual trust, respect and cooperation. Apply to our open positions or send us an open application to become a part of the Infront culture, where contributions are recognized and achievements are celebrated.
We are a global publisher dedicated to providing the best possible service to the whole research community. We help authors to share their discoveries; enable researchers to find, access and understand the work of others and support librarians and institutions with innovations in technology and data.
www.springernature.com
Iptor, the global leader in enterprise resource planning, supply chain manage...TechMeetups
Iptor is a global leader in enterprise resource planning, supply chain management, planning and logistics software and services. Iptor helps distribution-focused organizations solve their most complex order management and fulfilment challenges within fast-moving, multi-channel and global supply chains, turning them into growth opportunities.
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OpenSynergy exhibiting at Berlin Tech Job Fair Autumn 2019
1. Integrating the driver experience
public
OPENSYNERGY COMPANY PRESENTATION
version July 2019
2. 2www.opensynergy.com |public
ABOUT OPENSYNERGY
OpenSynergy develops software solutions
for embedded automotive systems.
OpenSynergy’s product portfolio includes key software components necessary
to create efficient automotive solutions in the areas of:
Infotainment Driver Information Driver AssistanceConnectivity
3. 3www.opensynergy.com |public
• Independently managed company.
• Headquartered in Berlin, Germany. Further locations: Munich, Salt Lake City, San
Diego, Shanghai.
• Worldwide customers and partners.
• More than 170 employees, over 90% engineers, growing continuously.
• Continuous large investment in research, innovation and product development.
• Focused on automotive embedded software.
• Strong expertise and proven track-record in key automotive areas.
ABOUT OPENSYNERGY
4. 4www.opensynergy.com |public
MANAGEMENT TEAM
Regis Adjamah, CEO
• More than 20 yrs. experience in the field of
embedded software for mobile devices
• Focus on smartphones based on a range of
open Operating Systems
Kathleen Ende, CFO
• More than 15 yrs. experience in accounting
and controlling
• Over 10 yrs. experience in human resources
• Since May 2019 she holds the position of
CFO at OpenSynergy.
Breton Buckley, CEO OpenSynergy, Inc.
• More than 20 years in embedded software licensing
• Over 10 years as global sales manager for Bluetooth
• Led team to become the global market leader for
automotive
6. 6www.opensynergy.com |public
OPENSYNERGY IN THE DEVELOPMENT CHAIN
OpenSynergy provides services and licenses software products to
Tier-1 Suppliers and to OEMs
Software and Service
Supplier
Tier-1 Supplier
Automobile
Manufacturer
7. 7www.opensynergy.com |public
CUSTOMERS (Automotive)
These logos are owned by their respective trademark owners. The use of these
logos is only to indicate that the company is a customer of OpenSynergy and is not
an official endorsement of the product by these companies. These companies are
not associated with OpenSynergy or the OpenSynergy products.
8. 8www.opensynergy.com |public
CUSTOMERS (non-Automotive)
These logos are owned by their respective trademark owners. The use of these
logos is only to indicate that the company is a customer of OpenSynergy and is not
an official endorsement of the product by these companies. These companies are
not associated with OpenSynergy or the OpenSynergy products.
9. 9www.opensynergy.com |public
PARTNERS
Hardware partners Memberships
These logos are owned by their respective trademark owners. The use of these
logos is only to indicate that the company is a customer of OpenSynergy and is not
an official endorsement of the product by these companies. These companies are
not associated with OpenSynergy or the OpenSynergy products.
Software partners
Banma
Network
Technologies
10. 10www.opensynergy.com |public
OPENSYNERGY FOCUS DOMAIN
Instrument
Cluster
Head
Unit ADAS
Connec-
tivity
Vehicle
Connectivity
Convergence
“Integration“ on a single ECU
Standardization
Safety &
Security
11. 11www.opensynergy.com |public
OPENSYNERGY PRODUCT PORTFOLIO
The OpenSynergy portfolio consists of two product families:
1. Hypervisor platforms: SDKs to efficiently integrate multiple functions with different security,
safety, boot-time and real-time requirements on a single hardware
2. Communication platforms: SDKs to ensure a reliable, high-quality connection between devices within
the car or between the car and the outside world.
Furthermore OpenSynergy provides engineering services with the aim of supporting the customizations of
the offered products, thus optimizing its full potential on the base of specific customers‘ needs
12. 12www.opensynergy.com |public
PRODUCT PORTFOLIO
COQOS Hypervisor SDK
Hypervisor for
Application Processors
• Infotainment
• Cockpit
• Connectivity
• ADAS
• Guests: Linux, Android, AUTOSAR
• Safety up to ASIL-B
• Sharing of devices, modular Software Update
• Complete automotive use-cases out of the box
COQOS Micro SDK
Hypervisor for
Microcontrollers
• Domain Controller
• Gateway
• ADAS
• Guests: AUTOSAR, RTOS
• Safety up to ASIL-D
• Freedom from interference and modular software
update
Blue SDK
Dual-mode embedded
Bluetooth stack
• Infotainment
• Connectivity
• Non-automotive, IoT
• Supports complex automotive use-cases
• Supports latest standard
• Easy integration
• Vendor-independent
Blue SDK RapidLaunch
Bluetooth application
framework for Linux
• Infotainment
• Connectivity
• Non-automotive, IoT
• GENIVI™ compliant Bluetooth development
• Decreases development costs and time
• Based on Blue SDK
Voice SDK
Audio processing library
• Satisfies automotive requirements
• Multi-microphone / beam-forming
• Infotainment
• Connectivity
DM SDK
OMA DM communication
• Device management and FOTA
• Supports OMA DM standard
• Connectivity
13. 13www.opensynergy.com |public
OPENSYNERGY TARGET ECUs
Connectivity device /
Smart antenna
Voice SDK
Blue SDKCOQOS Hv SDK
Cockpit Controller
Braking , Power TrainRear-Seat Entertainment
ADAS / AD Module
Voice SDK
Blue SDKCOQOS Hv SDK
Voice SDK
Blue SDKCOQOS Hv SDK
COQOS Hv SDK COQOS Micro SDK
Gateway
COQOS Micro SDK
COQOS Hv SDK COQOS Micro SDK
14. 14www.opensynergy.com |public
COQOS HYPERVISOR SDK
Features and Benefits
• Highly reliable separation
• Minimal trusted computing
base
• Integrate functions with
different requirements on safety
and security on a single device
• High-performance scheduler • Run applications with real-time
and fast-boot requirements
• Linux support • Take advantage of the open-
source Linux eco-system
• Android support • Use Android securely in vehicle
systems
• AUTOSAR solution • AUTOSAR facilitates integration
in the vehicle networks
• Share devices safely and
securely between partitions
• Integrate ECUs (such as
instrument-cluster and head-unit)
on a single SoC
• Out of the box support for
real automotive use-cases
• Save cost and reduce technical
risks and time-to-market
• Supports large set of
automotive hardware
• Reuse software across SoCs
from several vendors
COQOS Hypervisor SDK
OS products
3rd party
Hardware
Virtual Driver:
• Shared devices
• Shared graphics
SoC*
Certified Hypervisor
Virtual
Driver
System
Startup
Trust
Zone R/M-core
Trusted
Firmware
OP-TEE
ACF
CANGW
…
…
Virtual
Driver
System
Startup
Virtual
Driver
System
Startup
System Startup:
• Secure boot
• Modular boot
* Typical ARM SoC. COQOS Hypervisor SDK also supports other architectures.
• TÜV certified Type-1
Hypervisor
• First hypervisor complying to the
new version of ISO 26262
15. 15www.opensynergy.com |public
USE CASE: Safe COCKPIT CONTROLLER
TÜV SÜD certified (ISO 26262/ ASIL-B) concept
• Goal: integrate Instrument Cluster and In-
vehicle Infotainment functionality on a
single device to save cost and provide an
integrated driver experience
• Hypervisor separates functions with
different operating systems, different
requirements on real-time behavior and
functional safety
• The displays must share information from
different functions:
o Infotainment
o Real-time driver information
o Safety-critical information
(ASIL-B "tell tales")
• Fast-boot and Modular software update is
requirement
• The system must interact with an
AUTOSAR-based vehicle network
Linux IC
Client
ICGuard(ASILB)
Legend: OpenSynergy
integrated/modified
by OpenSynergy Hardware
SoC
Certified Hypervisor
IVI System ADAS/RVC
SystemSupervisor
Update
16. 16www.opensynergy.com |public
USE CASE: SMART ANTENNA
• Single-chip solutions reduce cost, space,
weight and thermal management issues.
• Security is a big concern: separation
through a hypervisor provides an
additional level of isolation between
exposed communication stacks
(Car2Cloud) and vehicle systems.
• Functions with an impact on vehicle
safety can be integrated in a separate VM:
e.g. a Car2X communication stack with
secured communication to ADAS devices
in the car.
• AUTOSAR eases the integration with the
vehicle systems. Linux provides easy
development and integration of
communication stacks.
Non-safety
critical Linux
Legend: OpenSynergy
integrated/modified
by OpenSynergy
Hardware
SoC
Certified Hypervisor
Safety
critical RTOS
SystemSupervisor
Update
GNSS
2.5, 3, 4, 5G
(DVB-T2 / ISDB-T)
Bluetooth / WiFi
AM/FM / DAB / DAB+/
DMB / CMB / DRM
Car2X
In mass production since 2014
17. 17www.opensynergy.com |public
USE CASE: REAR-SEAT ENTERTAINMENT
• Integrate open Android with access to
third-party Apps in a safe way
(sandboxed)
• Provide curated Android with OEM-
controlled apps
• Run separate VMs for both rear-seat
passengers on the same device
• Provide vehicle-specific functions and
connectivity to vehicle network
• Follow changing Android/app versions
without losing device integrity
• Ensure controlled and modular software
update
In development
for mass
production. SOP
2019
Open:
Third-Party
apps
Legend: OpenSynergy
integrated/modified
by OpenSynergy
Hardware
SoC
Certified Hypervisor
Curated:
OEM
apps
SystemSupervisor
Update
Vehicle-
specific
functions
18. 18www.opensynergy.com |public
USE CASE: ADAS/ SDS
• Integrate functions with different
requirements on real-time behavior and
with different ASIL levels on a single SoC.
• Ensure freedom from interface to take
advantage of ASIL decomposition.
• Integrate Adaptive AUTOSAR and Classic
AUTOSAR on a single device.
• Take full advantage of the SoC's multi-core
hardware features.
Non-safety
critical Linux
Legend: OpenSynergy
integrated/modified
by OpenSynergy
Hardware
SoC
Certified Hypervisor
Safety-/Securitycritical
Adaptive
SystemSupervisor
Update
Reversing Camera SystemsLane Assist
Driver Monitoring System
Adaptive Cruise Control
Auto Parking
19. 19www.opensynergy.com |public
EXAMPLES OF PROJECTS IN MASS PRODUCTION
Cockpit Controller
Domain Integrated Instrument
Cluster and Head Unit
Infotainment (Head
Unit)
Gateway Rear Seat
Entertainment
Telematics Connectivity
Unit
Key
features
Run functions with different
levels of criticality
(Infotainment, Instrument
Cluster, Safety relevant
information) safely on a
single System-on-Chip
Linux applications and
Android Apps can run
concurrently and share
a single display
Services and information
sharing device for the
vehicle. The gateway
matches the vehicles
power state by suspend-
to-RAM to save power and
allow for fast accessibility
on-demand.
Android runs in a
sand-box to
improve security
and protect critical
functions
Run Linux and AUTOSAR
concurrently. Ensure
security through
separation.
Hardware
Platform
Renesas R-Car H3 Renesas R-Car H3 Renesas R-Car M3 Qualcomm S820A • Gen 2: NXP i.MX35
• Gen 3: NXP i.MX6
Guest OS Linux, Android, Android Linux, Android Multiple Android Linux, Android Linux, AUTOSAR
Status 1) SOP 2019 (Linux,
Android)
2) SOP 2020 (Linux, Dual
Android)
SOP 2019 SOP 2021 SOP 2019 • Gen 2: in mass prod.
2014 - 2018
• Gen 3: in mass prod.
since 2017
Infotainment
Rear Seat
Entertainment Connectivity UnitGateway
20. 20www.opensynergy.com |public
COQOS MICRO SDK
• Hypervisor platform for real-time safety-
critical applications
• Optimal usage of the newest powerful µC
(HW assisted virtualization)
• Reduce HW in the car, thus cost, space and
weight
• Allow implementation of multiple vendor-
independent OS/stack
• Allow modular software updates
• Increase safety and security
• Provide freedom from interference using
memory & timing separation/protection
• Support multicore processors
• Enable inter-VM communication
• Enable VM restart and update
• Provide error reporting & recovery
• Apply a configuration generator following
AUTOSAR methodology
• Developed as an ISO26262 ASIL-D SEooC
Features and BenefitsCOQOS Micro SDK
Hypervisor
CAN
NXP S32S
LINDIO
01010
ADC
COQOS Micro SDK
(Core)
Tier-1
OEM or Tier-1
Hardware Vendor
COQOS Micro SDK
(Optional) or 3rd Party
BSW
RTE
SWC
VM 1
OS
SWC …
AR MCALVirtual Devices
RTOS
App2
VM X
App1 …
Virtual Devices
Bare Metal
Application
VM Y
Virtual Devices
Inter-VM Communication
Hardware
21. 21www.opensynergy.com |public
EXAMPLE USE CASE: COMBINING THREE
POWERTRAIN APPLICATIONS ON ONE ECU
Powertrain Domain ECU
VMVMVM
Powertrain ECU 1 Powertrain ECU 2
Torque Control
(ASIL-D)
Energy Management
(QM)
CAN
AUTOSAR 4.0 AUTOSAR 4.2
Powertrain ECU 3
E-Motor Control
Bare-Metal ISR
Torque Control
(ASIL-D)
Energy Management
(QM)
AUTOSAR 4.0 AUTOSAR 4.2
E-Motor Control
Bare-Metal ISR
Hypervisor
Consolidation
• Integrate functions with different
functional safety requirements (ASIL
levels) on one device.
• Reduce cost and vehicle network
complexity by integrating different ECUs
into one.
• Integrate AUTOSAR-based basic software
from different vendors.
• Integrate AUTOSAR-based applications
from different vendors.
• Reduce time and cost of testing and (re-)
certification by ensuring freedom from
interference between VMs by design.
• Modular software update.
• See product variant "COQOS Micro SDK“.
22. 22www.opensynergy.com |public
BLUE SDK
• Support of classic and low-
energy
• Single solution including all
functionality required for
automotive
• Proven in many production
programs
• Low risk in deploying Bluetooth
• Reduces development cost and
testing cycles
• Fast support of Bluetooth SIG
road map
• Active participation in
Bluetooth SIG and UPFs
• Timely support of newest
standards. Long term support
ensured.
• Low footprint and high
customization options
• Low hardware requirements
and high control for customer
• Hardware and operating
system independent
• Can be reused across multiple
SoCs and operating systems
• OpenSynergy is hardware
independent vendor
• Investments are independent
of chosen BT radio/hardware
Low energy modules
Datasync
Hardcablereplacement
Basicprint
Humaninterface
Healthdevice
Headset
Personalareanetworking
Objectexchange
Basicimage
Handsfree
Audiodistribution
Videodistribution
Remotecontrol
Messageaccess
SIMaccess
Phonebookaccess
Filetransfer
Objectpush
Bluetoothmanager
(connection
management)
Bluetoothsystem
manager
(profilecontroller)
Service
discoveryprofile
application
Serialport
DeviceID
Genericattribute
Securitymanagement
Connection
management
Serverdatabase
clientcache
Protocolstack
Transport layer
(Templates for UART / USB / 3 wire)
HOST controller interface
(BR / EDR + alternate MAC /PHY + low energy)
L2CAP
RFCOMM
Service
discovery
Management entity
Management
entity
AMP manager
Connection
manager
Security
manager
SCO manager
Profiles
Features and BenefitsBlue SDK
• Supports complex automotive
use-cases
• Save time & cost, reduce risk
when using in automotive
23. 23www.opensynergy.com |public
BLUE SDK RapidLaunch
• Simple to use (pre-integrated Linux)
• Decrease development costs
• Accelerate time to market
• Based on the highly respected Blue SDK
core stack and Blue SDK profiles which
are used on tens of millions of devices in
the market
• Keep Bluetooth implementation isolated
from the kernel to avoid kernel
compatibility issues
• Supported by a mature and longstanding
Bluetooth development team
• Powerful and efficient GENIVI™ Bluetooth
development
This framework accelerates the integration of Blue SDK in Linux and facilitates
the interaction with applications that use Bluetooth services concurrently.
Features and BenefitsBlue SDK RapidLaunch
24. 24www.opensynergy.com |public
DEVICE MANAGEMENT SDK
• Open architecture enables management
of an unlimited set of object types and
tree structures.
• Multiple device support – Client support
for management by one or more
management servers.
• Small code base enables developers to
implement Device Management in
memory-limited devices such as cellular
phones, smart phones.
• Shorten time-to-market and increases
return on investment by reducing
development cost and testing cycle.
• Enable developers to focus on
applications and system integration.
Device Management Software Development Kit (SDK) is a full-featured toolkit
that enables developers to integrate the Device Management protocols into a
wide range of embedded devices.
Features and BenefitsDevice Management SDK
25. 25www.opensynergy.com |public
VOICE SDK
Features and BenefitsVoice SDK
• Next generation of high-quality
noise reduction
• Cost efficient solution
• Fast and easy integration into any
operating system
• Single microphone noise
reduction
• Full-duplex acoustic echo
cancelling
• Directional microphone with
dual microphone array
technology
• Beam forming to focus on
speaker
• Designed as a library running
on operating systems or DSP
Proprietary core components
Standard components
Mandatory
Optional
API for configuration
Tx
Rx
Linear
echo
Beam
forming
Noise-
reduction
Echo
cancelation
AGC / com-
pressor
EQ
EQ
Noise-dependent volume
control
Level
control
• Extremely robust solution
realizing full-duplex
communication in a wide variety
of use cases
• Complete solution for hands-free
voice applications
• Smooth integration with
Blue SDK
26. 26www.opensynergy.com |public
Customer benefitsFeatures
• Automotive mass production experience with
several OEMs and Tier 1 suppliers
• Capability available to execute projects while
meeting demanding customer requirements in
terms of time, cost and quality
• Internal development processes (Automotive-
SPICE based with agile elements) as well as
state-of-the-art development tools available and
established
• Ready to satisfy typical automotive process
requirements while remaining flexible and agile
• Flexibility to tailor and adjust to customer
requirements
• Can fit into Tier 1-specific approaches
• Existing test infrastructure and test suites for
automated testing (e.g. in the areas of Linux,
Android, connectivity) available for reuse in
customer projects
• Save time and cost when setting up test
infrastructure
• Scalability through partners
• Larger teams can be put together out of a mix of
OS employees and further support from long-
term partners
• Highly skilled and creative team with proven
expertise in very specific areas
• Development of smart solutions to solve
technical problems
• Operating in a secure environment, certified by
European OEM with strict “Chinese walls”
between project teams
• No risk of knowledge transfer and leakage
Services
SERVICES
27. 29www.opensynergy.com |public
OPENSYNERGY TECHNICAL TEAMS
Research & Development
CC Cloud
Connectivity
• Protocols for mobile
on-line services
• Protocol stacks for
in-vehicle
connectivity unit and
back-end systems
• Complete
development of
connectivity
solutions
• Secure software
update
• Core hypervisor
• Operating systems
• Device virtualization
• Development of
classic AUTOSAR and
adaptive AUTOSAR
products
• Configuration and
integration of
complete AUTOSAR-
based solutions
• Configuration and
test of complete
ECUs
• Bluetooth dual
mode protocol stack
and profiles
• BR/EDR profiles
• Low energy profiles
• Integration of
Bluetooth in Linux
Project
Management
*CC: Competence Center
CC Wireless
Technologies
CC Virtualization
CC Automotive
Integration
Architecture
Solution
Engineers
Quality
• Development
processes
• Development
tools
• Quality
assurance
• Automotive Spice
• ISO26262
28. 30www.opensynergy.com |public
STATE-OF-THE-ART PROCESSES AND TOOLS
Covers all aspects of the development
cycle, including the management of third-
party licenses
Developmentprocessesandtoolsused
State-of-the-art development environment
and tools
Designed to support agile methods and
satisfy automotive process requirements
from ASPICE and ISO26262.
Integrates best-of-class commercial
solutions with OS-specific extensions
(mainly in the area of test automation)