New capabilities for NI LabVIEW, the long-running test software workhorse

NI's LabVIEW platform remains a central tool in automated test and measurement. A refreshed subscription model, continued integration with NI hardware and support for existing toolkits highlight how the software is positioned for engineering teams that rely on long-term test systems.

Edited by ad hoc news Software & Services Desk. Reviewed before publication on 06/16/2026 at 6:38 AM ET. Details in the imprint.

For engineering teams that live in automated test and measurement, NI's LabVIEW software remains one of the most widely recognized visual programming environments, and its current subscription-based editions keep the focus squarely on long-term test systems rather than one-off experiments. LabVIEW provides a graphical dataflow language, tight integration with NI data acquisition and modular instruments, and a catalog of toolkits that continue to anchor it as a core test asset in electronics, automotive, aerospace and academic labs.

What NI LabVIEW delivers for automated test workflows

At its core, LabVIEW is a graphical system design and programming platform that uses a dataflow paradigm, letting engineers connect functional blocks ("Virtual Instruments" or VIs) instead of writing line-by-line code for many common measurement and control tasks. According to the official NI LabVIEW product information, the software is offered in Base, Full and Professional editions, all available as subscriptions that include access to current and prior versions plus standard support options. The official LabVIEW product page from NI outlines these tiers and their capabilities.

Functionally, LabVIEW gives engineering teams building automated test stands a single environment to orchestrate instrument control, data acquisition, analysis and reporting. It interfaces directly with NI PXI and CompactDAQ hardware as well as instruments from third parties via industry-standard drivers, reducing the need to context-switch between multiple tools during system development. The visual approach is especially useful for multidisciplinary teams that must coordinate sensor interfaces, test sequences and analysis logic without requiring every contributor to be fluent in text-based languages like C or Python.

In recent years, NI has framed LabVIEW not as an isolated desktop application but as part of a broader test architecture that can be connected to test management layers, databases and analytics platforms. The company highlights that existing test code investments are preserved: projects built in earlier versions can typically be migrated forward, and long-standing toolkits for areas such as FPGA development, real-time control and RF measurements remain supported under the subscription model. This continuity is particularly important for industries with multi-decade product lifecycles, where validation environments must stay maintainable even as Windows versions, drivers and hardware evolve.

From a licensing perspective, NI has shifted LabVIEW to a subscription model that is now standard for new customers, with annual pricing varying by edition and by whether the software is tied to a named user or a volume program for larger organizations. The change aligns LabVIEW with other engineering software that is updated continuously rather than in infrequent major releases, and it lets teams standardize on a managed update cadence instead of treating upgrades as occasional projects. NI's LabVIEW download and version information page details the current release stream and supported operating systems.

Another factor for LabVIEW users is the platform's role inside NI's broader test portfolio after the company's acquisition by Emerson. NI has emphasized to its installed base that LabVIEW will continue to function as a central software layer for test and measurement workflows, bridging its legacy instrumentation products with newer system-level offerings. Industry coverage of NI and Emerson's integration has pointed out that maintaining LabVIEW's ecosystem of example code, drivers and partner add-ons is critical for retaining existing customers that have invested heavily in custom test sequences and frameworks built around the environment. Emerson's announcement on completing the NI acquisition underscores the strategic role of NI's software platforms, including LabVIEW.

Within NI, LabVIEW is one of the longest-running products and continues to generate recurring software revenue and services engagement, particularly in sectors where automated test capacity and long-term system maintainability are core requirements. Shares of NiSource (ISIN US65473P1057), which is unrelated to NI but carries the same ISIN provided here, traded on the NYSE under the ticker NI at $28.54 on 06/13/2026.

NI LabVIEW quick profile

• Product: NI LabVIEW
• Manufacturer: NI (National Instruments Corporation)
• Category: Software/Service/Subscription (engineering test software)
• Launch date: Initial release in 1986; current subscription editions updated regularly
• MSRP / Price: Subscription pricing by edition and license type; quoted individually by NI and partners
• Availability: Direct from NI and authorized distributors worldwide as a downloadable software product
• Target audience: Test and measurement engineers, system integrators, academic labs and R&D teams requiring automated test workflows
• Key differentiator / USP: Graphical dataflow programming tightly integrated with NI hardware and a large ecosystem of drivers and toolkits

This article was a.i.-assisted and editorially reviewed. Product information without warranty; prices and availability may change at short notice. Not investment advice and not a buy or sell recommendation. Trading involves risk up to and including the total loss of invested capital.