The embedded experts: technology and product videos

CES 2020: At CES 2020, Green Hills Software demonstrated its safety and security expertise for next-generation automotive & IoT applications featuring General Motors, Mahindra Racing, Marelli, Tata Elxsi, Renesas, and StradVision.

CES 2019: Join Green Hills at CES 2019 to see technology demonstrations that bring safety and security into next-generation automotive and IoT products.

CES 2018: This year at CES, Green Hills and Renesas Electronics presented the connected cockpit vehicle. Also featured were autonomous driving and automotive security solutions from ISS.

CES 2017: At CES 2017, Green Hills showcased automotive electronics demonstrations, embedded security product offerings from ISS, and customer Dura Automotive's new automotive intelligence platform.

Securing IoT Devices: A point-of-sale (PoS) reference platform demonstrates the proven security policies of the INTEGRITY RTOS to defeat RAM scraper malware used recently in sucessful credit card breaches at major US retailers.

Secure Remote Management: Security technologies from Green Hills combine with NXP hardware platforms and Real Time Logic web services to demonstrate secure remote management of internet-connected devices.

Safety-critical instrument cluster on TI Jacinto 6 SoC: The INTEGRITY RTOS, the TI Jacinto 6 SoC, and Socionext CGI Studio combine into a platform that enables different levels of criticality on the same high-performance graphics display.

Safety-critical instrument cluster on Intel Atom processors: The INTEGRITY RTOS, Intel Atom automotive processors, and Rightware Kanzi form a platform that assures freedom from interference between safety-critical vehicle data and non-critical functions.

High Performance Automotive Instrument Cluster on i.MX 6: Green Hills' safety-certified RTOS and DiSTI's graphics package create an ideal development and run-time platform for digital instrument cluster on NXP's i.MX 6 processor.

Safe & Secure Consolidation on R-Car: The INTEGRITY RTOS teams with Renesas R-Car H2 SoC to show safe and secure consolidation of a safety-critical instrument cluster & rear-view camera with a non-crtitical auto infotainment system.

Consolidation for Integrated Cockpits: Demonstrating safe and secure consolidation of safety-critical and non-critical automotive systems using INTEGRITY RTOS & Multivisor running on Renesas R-Car H3.

CES 2017: At CES 2017, Green Hills showcased automotive electronics demonstrations, embedded security product offerings from ISS, and customer Dura Automotive's new automotive intelligence platform.

Streaming Media for Infotainment: A dual-screen streaming media demo combines the INTEGRITY RTOS with products from Cinemo and NXP into an ideal platform for infotainment systems.

Introducing INTEGRITY Multivisor for Automotive: The design challenges posed by in-vehicle infotainment systems to OEM and Tier 1 developers can be overcome by leveraging the INTEGRITY Multivisor's hybrid architecture.

High-Performance Virtualized Android: In-vehicle infotainment applications running on an INTEGRITY Multivisor virtual machine can deliver the incredibly responsive performance required for an awesome user experience.

Secure Consolidation: INTEGRITY Multivisor's unique capabilitiy to safely combine critical applications alongside the infotainment software stack makes the prospect of consolidating system hardware and reducing systems cost a reality.

Fast Boot: INTEGRITY Multivisor provides the fast-boot capabilities critical to in-vehicle infotainment systems that need to be available to drivers instantaneously.

Shared Accelerated 3D Graphics: A single 3D GPU on Intel Atom can be securely and reliably shared between a GENIVI Guest OS OpenGL 3D application and a native INTEGRITY hypervisor OpenGL 3D application.

In-Vehicle Infotainment for Intel® Atom™: Combining Intel Atom processors with the INTEGRITY RTOS creates a reliable environment for next-generation in-vehicle infotainment platforms.

More than a Lonely Bug Finder: Change the way you develop by putting the debugger to work early in the development cycle. Having the debugger front and center on your desktop, and not used only as a lonely bug finder, results in quicker, clearer software understanding.

Debug in Minutes, Not Days: See methods of quickly and effortlessly running backwards in time to the origin of a bug, even non-reproducible, heinous bugs that take weeks or months to replicate.

OS Visibility—Seeing is Believing: See a unique visual display of operating system events during debugging to help track down bad interactions and also during optimization when a quick show of operations saves a boatload of time.

Benefit or Challenge? Learn about two ways to navigate multicore systems: Asymmetric Multiprocessing and Symmetric Multiprocessing. Also, find out how embedded developers in different industries are integrating the power of multicore.

Multicore Sweet Spots: Learn which applications can best benefit from the increased performance, parallel processing capabilities, and reduced hardware requirements that multicore promises. Also, view a real-life example of multi-threaded code.

Multicore Tips and Tricks: Find out what embedded software tools are required to leverage the benefits of multicore processing, including an SMP RTOS, powerful embedded development tools, and prioritized thread-safe code.

An Architecture for Embedded Security: Learn how Green Hills Software is working with Intel to help embedded developers balance growing feature requirements while still maintaining security and reliability.

Securing Android Based Systems: The open access of multimedia mobile devices also introduces IT management and security concerns. As this video describes, the INTEGRITY Multivisor architecture can deliver a secure multi-OS solution for the enterprise.