Go Global — Like the Pros
Start Innovating with Digital Twins Technology
The global digital twin market size is expected to reach $63.5 billion by 2027. This rapid growth is indicative of the immense value of digital twin product design for many industries.
- Digital Twin in Automotive: Companies are creating virtual vehicles and testing them at minimal cost.
- Digital Twin in Aerospace: Airline manufacturers have achieved record improvement rates in first time quality.
- Digital Twin in Manufacturing: Teams use AR/VR to solve supply chain issues before they arise. Manufacturing digital twins and construction digital twins have proven to be able to streamline workflows in warehouses and other supply chain settings.
- Digital Twin Across Industries: Digital twin architecture can be used for collaboration, advanced visualization of complex systems, marketing, and much more.
In addition, digital twin IoT tech allows teams to visualize not just how things work, but how they will perform and react in the future. For developers and decision makers, this is a game changer. Now you can go from idea to prototype, fast, and refine your vision with data. But how can you make the most of this emerging technology? Download the report to find out.
Where Can You Use Digital Twins Technology? Everywhere.
No matter your industry, digital twins technology can help you drive new innovations.
Manufacturing
Want to optimize your end-to-end supply chain, operations, quality management, or custom production? With digital twins technology you can test several solutions before products are created, ensuring processes are at max efficiency. It can help you minimize the impact of disruption while determining the best secondary source of supply.
Engineering and Construction
Looking to build bigger? Digital twins are the new way to create a prototype. Game engines include real-world physics allowing you to build a virtual building or structure prototype for investors and you can even pass it along to construction. You even use digital twins technology to customize your product, helping your customers themselves in your solution.
Internet of Things (IoT)
IoT sensors give greater visibility into the entire product lifecycle. Instead of having to make assumptions on how a user would engage with a product, you can use IoT data and feed it into a game engine. Now you can continuously refine the product so your customers can spend less time and money fixing the product later.
Automotive
Automotive companies are developing the cars of the future with digital twins technology. Now you and your team can build all kinds of prototypes without the added expense. CAD tools that were static and did not offer highly dynamic views are now transformed with real-time rendering. Crash tests can be simulated, and physics altered to learn how a car will perform.
Version Control for Best Digital Twin Software
For World-Class Development of Virtual Twin Technology
Greater Innovation
Spend less time dealing with tools/process and more time delivering value.
Better Security
Give developers access to only the files they need, instead of entire repos.
Lower Costs
Make everyone on your digital twin technology team more efficient.
Higher Quality
Improve code quality across releases by maintaining a single source of truth.
Faster Delivery
Optimize your virtual twin technology pipeline and accelerate development.
How P4 (formerly Helix Core) Works
P4 is flexible enough to fit into any development environment. Teams can use it to store all their data, and it will keep track of the rest.
✓Need to meet safety standards?
P4 allows you to trace every change, helping you comply with regulations and audits.
✓Work with global teams in real-time?
P4 can deliver files and feedback, fast. With Perforce Federated Architecture you can deploy anywhere — even in the cloud.
✓Secure your files and development pipeline?
P4 is known for iron-clad security. It can even protect down to the individual file-level.
When it comes to digital twins technology, choose Perforce P4 (Helix Core). It is the foundational software for the future.
Perforce Versions Alongside Your Digital Twin Software
P4 (Helix Core) is a vital component of a team’s digital twin simulation software pipeline. It integrates with your preferred game engine, including Unity and Unreal.
"Helix Core [now known as Perforce P4] has become the central and critical tool to store everybody's work. Our teams are getting bigger and bigger. The speed, reliability, and scalability of Helix Core are crucial to Ubisoft, with more than 1,000 users depending on it."
Download Your Guide to Digital Twin Development
Turn your data into better decisions. Fill out the form to learn:
How teams are overseeing digital twin construction
and succeeding with digital twin technology.
What you need to get started building digital twins.
Tips to make your digital twin investment a success.
Ready To Start Building?
Frequently Asked Questions
Digital twins are virtual representations of physical objects. Modern digital twins collect real-
time data through sensors to monitor and predict how these objects behave and operate.
Some examples of digital twins include cars, supply chain components, and even entire
manufacturing facilities.
Digital twin automotive example: Digital twins simulate vehicle performance under various conditions, supporting safer car designs and aiding in autonomous driving testing. Digital twins of vehicles can also be used throughout the entire design and development stage, from prototyping through marketing.
Digital twin manufacturing example: Digital twins of machinery and production lines enable real-time performance monitoring, predictive maintenance, and workflow optimization, reducing downtime and extending equipment life.
Digital twin builder from Ansys and AWS, as well as the Azure digital twin tool, are some of the most popular options to drive digital twin development. Game engines, like Unreal Engine and Unity, also regularly rank among the best digital twin software. A version control tool like P4 is also typically needed as part of digital twin construction, as it can store the large, complex files involved in digital twin smart manufacturing.
From use of the digital twin in engineering to digital twin automotive design, the digital twin smart factory approach is revolutionizing a wide range of industries. Digital twin semiconductor technology is powering everyday objects like refrigerators and smartphones, along with aerospace projects. The digital twin in retail is also increasingly common, as virtual shopping options expand. Digital twins in manufacturing are speeding up supply chains and offering increasing levels of automation.
In the digital twin automotive industry, industry leaders like Ford, Volvo, Mercedes-Benz, and others have started using manufacturing digital twins. Digital twin architecture examples are also becoming more common, with the technology recently being used for a SoFi stadium project.
Technology like Azure digital twins and other digital twin IoT tools can help reduce the cost, risks, and maintenance associated with a project. They’re also key for planning large, complex projects with many variables. However, digital twin technology can also introduce new IP security concerns and file storage concerns, requiring a strong version control foundation like P4.