This year, LabVIEW turns 40. Since 1986, the platform has left its mark on test, measurement, automation, and industrial software development worldwide. At GPower, LabVIEW has always been a core part of our DNA, and the anniversary is an ideal opportunity to look back on its evolution—and ahead to the next chapter.
A visual language that changed the game
When LabVIEW was introduced, the idea was radical: programming as a graphical dataflow instead of text-based code. For many engineers, this meant that software development suddenly became more intuitive, more accessible—and much closer to the way they already thought about measurement systems and signal processing.
It quickly became clear that the visual paradigm was not only educational. It was also extremely effective for parallel processes, real-time applications, and hardware-near development. That is precisely why LabVIEW is still used today in everything from R&D laboratories and production lines to aerospace, energy, and life science.
LabVIEW in industry: Stability, scalability, and long service life
One of LabVIEW’s greatest strengths is its long-term robustness. Many systems built 10, 15, or 20 years ago are still in operation—often further developed, but based on the same foundation. This is a decisive factor in industrial environments, where uptime, maintenance, and documentation are at least as important as new functionality.
At the same time, the platform has evolved significantly in terms of:
- Support for real-time and FPGA
- Integration with modern IT and OT architectures
- Improved tools for version control, testing, and deployment
- Interoperability with other languages such as Python and C/C++
LabVIEW now and in the future
After 40 years, LabVIEW is still relevant—not because it stands still, but because it has managed to evolve without losing its foundation. In a time of increasing complexity and growing requirements for data integration and cybersecurity, well-designed, reliable systems play a more important role than ever.
In an industry where few technologies are the same today as they were in 1986, a 40-year product anniversary is something special. The unique approach—where code is created graphically through dataflow on block diagrams—has, over time, made programming possible for groups of people who otherwise would not see themselves as software developers.
LabVIEW has proven its value over four decades, and we see no signs of that changing. On the contrary, we expect the platform to remain a strong choice for advanced industrial applications where quality, efficiency, and innovation are critical.
– LabVIEW Champion, Jens Christian Andersen, GPower
The most important feature releases according to GPower
See in the timeline below which feature releases we believe have been the most important over time:
First release (1.0), Mac only
First Windows version (2.5)
Application Builder (3.1.1)
Undo (5.0)
Event Structure (6.1)
Express VIs and FPGA Module (7.0)
Execution Trace Toolkit (7.1)
Project Explorer (8.0)
LabVIEW Classes (8.20)
64-bit support and PPLs (9.0)
VIPM ships with LabVIEW
Channel Wires
VIMs
LabVIEW 2019 SP1 - Last stable version before COVID-19
*Note that this is according to GPower’s CTO, Steen Secher Schmidt.
LabVIEW 2024 Q3 - First stable version after COVID-19
*Note that this is according to GPower’s CTO, Steen Secher Schmidt.
![Error handling in LabVIEW [2:4]](https://gpower.io/wp-content/uploads/2026/06/Fejlhaantering-i-labview-jesper-kjaer-soerensen-gpower.webp)
