How to Develop Software In Cars — Faster
The automotive industry is changing fast. Innovation is the name of the game. And software in cars is required by everyone — OEMs, tier 1 suppliers, tier 2 suppliers — to stay competitive. Here’s what your software development team needs to know to stay ahead of the curve.
Table of Contents
- What Is Software in Cars?
- 3 Key Challenges to Innovation in the Automotive Industry
- What are the Top Concerns Impacting Automotive Software Development?
- How Helix Core Enables Greater Automotive Industry Innovation
- How OEMs and Tier 1 Suppliers Can Solve the Big Hardware and Software Challenges in the Automotive Industry
- Develop Better Software in Cars — Faster
What Is Software in Cars?
Software in cars — it's everywhere today. Nearly every component in a car has lines of code in it. And it's only going to increase as cars become autonomous.
Software in Cars Is Moving Towards Autonomous
The future of technology in the automotive industry lies in autonomous vehicles, aka self-driving cars. Companies are working towards high (Level 4) and full (Level 5) automation. In fact, there’s been over $90 billion invested in autonomous driving companies since 2017.
Going fully autonomous won’t happen overnight. The automotive industry is going through a fundamental change — from mechanical to software.
Of course, software is already in everything in cars. This includes advanced driver assistance systems (ADAS) and the beginnings of vehicle-to-everything (V2X) technology. It also includes more common functions, such as braking, entertainment, and navigation systems. As autonomous vehicle technology matures, these systems will evolve.
Learn more about the automotive embedded software with these additional resources >>Back to top
3 Key Challenges to Innovation in the Automotive Industry
Perforce recently surveyed over 400 professionals working in the automotive industry. They answered questions around software development trends and challenges in 2019.
Most are working on connected and autonomous components. And regardless of what type of system they’re working on, all automotive embedded systems developers face the same challenges.
The three key challenges include:
- Increasing team productivity — across hardware and software teams.
- Ensuring safety — especially across the supply chain.
- Strengthening security — while leveraging connectivity.
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What are the Top Concerns Impacting Automotive Software Development?
Download your free copy of the 2023 State of Automotive Software Development report, which contains over 70 pages of insights and information from industry leaders in automotive software development.
Using the right development tools can help your team innovate faster. For example, Helix Core version control software improves team productivity and helps maintain safety and security.Back to top
How Helix Core Enables Greater Automotive Industry Innovation
Helix Core helps teams innovate, even as they grow to thousands of users and millions of files. That’s why embedded development teams trust Helix Core.
Here’s how Helix Core will help your team innovate in the automotive industry — and stay ahead of the competition.
Transition From Manufacturing to Software
Software drives innovation in the automotive industry. But many teams are struggling to transition from a manufacturing mindset to a software mindset.
Outdated toolsets add to the struggle. This includes source code management tools like IBM Rational ClearCase. If you’re using ClearCase, now’s the time to modernize — and migrate from ClearCase to Helix Core.
Helix Core enables you to adopt DevOps processes so you can:
- Shift your mindset.
- Accelerate your software delivery pipeline.
- Innovate at unrivaled scale.
Collaborate Across Hardware/Software Teams
Software teams need to collaborate with hardware teams to build a car. This includes sharing designs (e.g., CAD files), code, and binary files.
Most teams have large files and large numbers of files coming from many locations. These can be difficult to manage. And this often leads to long wait times as team members push and pull code (and other assets).
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How OEMs and Tier 1 Suppliers Can Solve the Big Hardware and Software Challenges in the Automotive Industry
In this white paper, provides guidance on how automotive hardware and software developers can effectively collaborate on and share source code, hardware files, binaries, and design assets.
Helix Core enables these teams to:
- Share files across globally distributed teams. It’s as easy as if they were sitting next to each other.
- Reuse code and ensure that it works (especially on the hardware).
- Manage binary files and other assets efficiently, no matter where the data comes in from.
Track Changes For Auditability and Traceability
ISO 26262 compliance is a requirement for most automotive software development teams. And using the right software development tools helps you maintain and prove compliance.
Helix Core stores code securely and maintains a complete revision history. This helps you create the audit logs you need to address the compliance process.
That’s why Scania chose Helix Core.
Ensure Secure Access to Code and IP
Avoiding cybersecurity risks is critical in the automotive industry. One attack could take down a codebase — and compromise a vehicle. And cyberattacks are common.
A hacker recently held hundreds of Git repositories for ransom after stealing GitHub credentials. And last year, a data breach exposed sensitive documents from over 100 automakers, including top OEMs.
It’s critical for automotive software development teams to avoid similar attacks. That’s why it’s important to ensure secure access to codebases and protect IP.
Helix Core makes it easy to do this with granular access controls. Your developers can do their best work. And you’ll eliminate the risk of someone downloading the code for an entire autonomous vehicle onto their laptop.
The cars of the future are being built with digital twins. From real-time rendering for crash test simulation, training driver assistance systems with synthetic sensor data, and more, auto manufacturers are testing all kinds of prototypes before going through the expense of a build.
Digital twins technology demands a software foundation that is capable of scaling to the massive amounts of data, number of files, and size of files involved. It also requires storing and versioning of assets to view product evolution, as well as compliance with safety and auditing requirements.
Used by game development companies for years to manage and version their large digital assets — similar to what's required for building digital twins —Helix Core is an enterprise-grade, secure, high-performant system that scales as projects grow to meet the demands of the automotive industry.Back to top
Develop Better Software in Cars — Faster
The pressure is on to develop better software in cars, faster.
To truly innovate in the automotive industry, you’ll need the right software development tools at your side. Helix Core — complete with code review, Git support, and endless integrations and client options — is free for teams of up to 5 users. Sign up today.Back to top