News

OpenSynergy and Lauterbach GmbH announce their partnership; TRACE32 adds awareness of OpenSynergy’s COQOS hypervisor and the guest systems running on it.

Embedded virtualization has become one of the critical technologies to handle the complexity of functionalities in the car.

We have been accessed by an audit provider, in this case the TISAX audit provider TÜV SÜD. The result is exclusively retrievable over the ENX Portal.

The VIRTIO GPU running on OpenSynergy’s COQOS Hypervisor SDK enables graphical output from several VMs with different requirements on one or multiple displays using a single hardware.

Android 11 is the first Android Automotive OS that supports virtualization on top of VIRTIO.

Matthias Stumpf takes over the role of Vice President Sales at OpenSynergy on September 1, 2020.

COQOS Micro SDK contains one of the first hypervisors to take advantage of the features available in the newest generation of automotive microcontrollers for real-time applications.

OpenSynergy announces the new Blue SDK Mesh protocol stack based on OpenSynergy’s automotive-grade Bluetooth stack, Blue SDK.

OpenSynergy has announced its collaboration with Google and Qualcomm on a reference platform with a virtualized Android Automotive OS instance.

Are you looking for new ways to improve the development of your telematics system? We are pleased to present you our joint solution together with our partners NXP, ACTIA and Mobica.

Watch the webinar video on our news website!

OpenSynergy, NXP®, ACTIA and Mobica have completed a joint reference platform, demonstrating a hypervisor-based Telematics Control Unit (TCU).

Watch our webinar video "How to virtualize your Arm Cortex-R52 multicore microcontroller - A tutorial on COQOS Micro SDK on NXP S32S".

OpenSynergy announces that the company continues to work with the usual commitment. All employees can work remotely from home and since the structure of the enterprise is fully digitized.

Hypervisor technology has brought OpenSynergy an increase in orders for series development, prompting the company to partner with GlobalLogic and Mobica.

OpenSynergy has ported its virtualization platform COQOS Hypervisor SDK on the new NXP® Semiconductors’ S32G vehicle network processor.

OpenSynergy will be an official exhibitor at CES in 2020.

The software company OpenSynergy now provides the automotive industry with a flexible radio solution that is not bound to a particular hardware device.

OpenSynergy announces its partnership with the Japanese company APTJ developing a Classic AUTOSAR solution for automotive control systems. This way, OpenSynergy extends its AUTOSAR related activities.

OpenSynergy will present its virtualization technology for real-time processors at the NXP Technology Days in Detroit taking place on October 8-9, 2019.

OpenSynergy announces the release of Blue SDK 6.1, RapidLaunch 2.0. Blue SDK has been approved by adding integration support for the Sony LDAC™ audio codec.

OpenSynergy’s leader of the competence center virtualization, Tero Salminen, has been elected to the GENIVI Board of Directors.

The company for embedded automotive software OpenSynergy has now become member of the OASIS consortium and will contribute its expertise to the open industry standard VIRTIO.

As of June 1st 2019, Regis Adjamah has taken over the role as CEO of OpenSynergy from Stefaan Sonck Thiebaut.

OpenSynergy supports the newest initiative of GENIVI to define a virtualization platform for automotive systems.

Panasonic Spydr 2.0 Cockpit domain controller demonstrator based on OpenSynergy’ Safe Multi Display Cockpit Controller was awarded!

OpenSynergy received the certificate from TÜV SÜD confirming the compliance of OpenSynergy’s COQOS Hypervisor to ISO 26262:2018 ASIL-B.

OpenSynergy’s Director of Business Development Ciwan Gouma will give a presentation on “On the Road Towards Autonomous Driving – Simplifying AI with Virtualization Technologies” at the embedded world 2019.

OpenSynergy has developed a guard mechanism that ensures that the safety relevant telltales on digital instrument clusters are correctly displayed.

What was previously possible on application processors in infotainment and connectivity now also comes to the real-time processors and microcontrollers.