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Common Android Security Vulnerabilities in an Automotive Environment

Basic open source Android is not secure enough for deployment in an integrated automotive environment. This paper explores a selected subset of the most relevant known vulnerabilities. By first understanding these vulnerabilities, we can then create layers of strategies to prevent them from being exploited.

Learn

  • Master the challenges and seize the opportunities in this new era
  • Adopt a more holistic design approach to meet the intrinsic demands of IoT
  • Incorporate the lessons learned across the IoT landscape in your new product designs

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A Smart Way to Drive ECU Consolidation

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Implementing Over-the-Air Software Updates for Automotive Applications

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The RTOS as the Engine Powering IoT Critical Infrastructure

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Autonomous Driving: An Eye on the Road Ahead

Advocates say autonomous driving will save lives, reduce traffic congestion and emissions, make road travel accessible to people with disabilities, and deliver an unrivaled driving, or non-driving, experience. Automakers who can solve the challenges of safety and security, tame technological and legal complexity, and get to market with a self-driving car faster will have a clear competitive advantage. This white paper reviews the current state of autonomous driving, its various stages, and the key technological challenges car manufacturers must address to get in the game.

Learn

  • Master the challenges and seize the opportunities in this new era
  • Adopt a more holistic design approach to meet the intrinsic demands of IoT
  • Incorporate the lessons learned across the IoT landscape in your new product designs

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A Smart Way to Drive ECU Consolidation

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Common Android Security Vulnerabilities in an Automotive Environment

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Lessons from Driving on Mars: Autonomous Vehicles Disrupting Automotive Manufacturing

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Autonomous Cars from a Unique Perspective: Reality

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There's no longer any question about it: autonomous vehicles are coming. The real question is when and how they'll move off the drawing board and test track and onto our streets and highways. Some say self-driving cars will be on the road as early as 2020, but whatever the timeframe, ultimately the most pivotal issue that will drive the commercial availability of the autonomous car is production readiness. This paper examines the technical challenges facing the industry.

Learn:

  • How software drives the value of the autonomous car
  • Core requirements for production-ready software
  • What it takes to move from the lab to production

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Autonomous Driving: An Eye on the Road Ahead

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A Smart Way to Drive ECU Consolidation

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Common Android Security Vulnerabilities in an Automotive Environment

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Automotive Innovators: It's Time to Own the Software

At what point do automakers confront the fact that they are in the software business? The trend has been building for decades, little by little, as software has contributed more and more to consumer functionality, the user experience, and the dynamics of the vehicle—from dashboard instruments to the connected vehicle, powertrain, safety systems, and in-vehicle infotainment. This paper explores the need for automakers to adopt more complete software ownership strategies, and the specific capabilities of Roland Berger and Wind River® for delivering on these demands.

Learn:

  • How software is driving the perceived value of the vehicle
  • Key considerations of owning the software
  • When software and strategy require cross-competencies

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Autonomous Driving: An Eye on the Road Ahead

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A Smart Way to Drive ECU Consolidation

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Common Android Security Vulnerabilities in an Automotive Environment

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Auto OEMs: Don’t Just Own the Software. Take Control of It.

Manage the Entire Software Lifecycle to Cut Costs, Improve User Experience, and Stay Competitive Despite Accelerating Change

It’s time to take a broader perspective about managing software in the age of the connected car. We encourage you to learn more about our comprehensive approach to software lifecycle management, from ideation to deployment, throughout the vehicle’s life—and about the full spectrum of Wind River Helix Chassis solutions. We provide software products, frameworks, tools, and services to facilitate the automotive industry’s profitable transition to the architectures of the future. Let us show you how to generate new economic advantages through the ACRU model.

LEARN

  • Owning vs. managing software: What’s the difference?
  • OTA: Key element of effective software lifecycle management
  • The ACRU model: A software strategy for continuous evolution

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Online Resources

Connected Vehicles Journals

Product Overvew

Wind River Helix Edge Sync

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Automotive Innovators: It's Time to Own the Software

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A Smart Way to Drive ECU Consolidation

The success of ECUs in delivering state-of-the-art functionality has created a new challenge: As the number of these devices in the average car grows rapidly, space, weight, and power concerns also grow dramatically. Consolidation of ECUs is an obvious answer, but how? This article summarizes a new approach to ECU consolidation that can tame the complexities with minimal impact to the testing process.

Learn

  • Master the challenges and seize the opportunities in this new era
  • Adopt a more holistic design approach to meet the intrinsic demands of IoT
  • Incorporate the lessons learned across the IoT landscape in your new product designs

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Common Android Security Vulnerabilities in an Automotive Environment

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Implementing Over-the-Air Software Updates for Automotive Applications

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The RTOS as the Engine Powering IoT Critical Infrastructure

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The Internet of Things for Commercial Aviation

By connecting devices and data, the Internet of Things (IoT) presents opportunities for organizations to transform themselves, gain entry into new markets, and harness data to drive more timely and powerful business decisions. This paper explores the possibilities for IoT in commercial aviation.

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  • IoT opportunities in commercial aviation and what vendors can do to exploit them
  • Data volume and security challenges and how to address them
  • Proven technologies for building next-generation IoT platforms

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It's Transformation Time for Embedded Development

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Certify Faster with Simulation

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Cybersecurity and Secure Deployments

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Certification of Avionics Applications on Multi-core Processors: Opportunities and Challenges

Using the latest multi-core processors in integrated modular avionics (IMA) programs is a perfect solution for consolidating avionics applications and reducing size, weight, and power (SWaP) on next-generation platforms. However, multi-core processors pose many more system implementation and certification challenges than typical single-core or multiple discrete processor solutions. This paper provides guidance on the certification challenges of multi-core solutions as well as an update on work at Wind River® to develop commercial off-the-shelf (COTS) RTCA DO-178C DAL A certification evidence packages for VxWorks® 653 3.0 Multi-core Edition platform.

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  • Potential risks associated with multi-core certification programs
  • Key tenets when seeking certification for safety-critical applications
  • Insights from the DO-178C DAL A certification strategy for VxWorks 653

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Building New Military Infrastructure with Open Virtualization Platforms and Cloud Technologies

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Security: The Key to Affordable Unmanned Aircraft Systems

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Building New Military Infrastructure with Open Virtualization Platforms and Cloud Technologies

The rapid expansion of commercial offerings in the Internet of Things (IoT) is changing the business models of military information systems by creating the opportunity to reduce costs while vastly improving military communications and sensing systems. This paper describes how new IoT products can create a secure sensor-to-cloud environment built from commercial off-the-shelf (COTS) hardware and software components, as well as strategies for provisioning, managing, and decommissioning cloud-connected devices.

Learn

  • New opportunities for the military created by the commercialization of IoT
  • COTS IoT products based on open virtualization platforms and cloud technologies
  • Key benefits that come from the transition to software-defined systems

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The RTOS as the Engine Powering IoT Critical Infrastructure

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Certification of Avionics Applications on Multi-core Processors: Opportunities and Challenges

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The Internet of Things for Commercial Aviation

 

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An Introduction to
Airline Communication Types

Today’s global airliners use a wide array of communications technologies to ensure safe and efficient use of controlled airspace for flight operations. These communications technologies range from human/voice radio transmissions to transponders, GPS, ADS-B, ACARS, SATCOM, and 4G LTE. This white paper briefly describes each of these technologies along with sample use cases in the commercial airline industry.

LEARN

  • The various types of airline communication capabilities on modern airliners
  • The main purpose of each airline communication type
  • The benefits of each airline communication type
 

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The Internet of Things for Commercial Aviation

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Safety-Critical Software Development for Integrated Modular Avionics

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Securing the E-enabled Aircraft