Part 3 — The AI Bottleneck Nobody Is Talking About
CES 2026: The Line Between Science Fiction and Engineering Just Disappeared
Topics: Test, Big Data, Analytics, Viviota, SAP, Sensors, automotive industry, Real-time computing, COTA, U.S. Grand Prix, Autonomous Vehicles, Sensor Data, Machine Learning, aerospace, Analog Data, ADAS, Hybrid Cars, NIWeek, ESS, ANC, Sensor Data Management, data cleansing, simulation, webinar, Smart Factories, Manufacturing, Intelligent Data handling, Software, LabVIEW, Build Back Better Act, Digital transformation
Where Real-World Engineering Data Meets Synthetic Intelligence
Topics: Engineering Data, Big Data, Analytics, automotive industry, Electric Grid, Autonomous Vehicles, Machine Learning, aerospace, Hybrid Cars, Electric Cars, Sensor Data Management, Edge Computing, Factory 4.0, Manufacturing, Intelligent Data handling, Software, Digital transformation
CES 2026: The Line Between Science Fiction and Engineering Just Disappeared
Walking the floor at CES this year felt like stepping into a future that suddenly arrived all at once. Everywhere you turned, there were robots, intelligent machines, autonomous systems, and increasingly lifelike interfaces. But unlike past years, many of these technologies no longer felt like fragile demos or research experiments.
Topics: Engineering Data, Big Data, Analytics, Autonomous Vehicles, Analog Data, Digital transformation
CES 2026 Blog Series: Mind-boggling technology observations
Over the next few weeks, I’ll be sharing a short series of observations from CES 2026 across three themes:
Topics: Engineering Data, Big Data, Analytics, IIoT, Autonomous Vehicles, Sensor Data, Machine Learning, Analog Data, Electric Cars, ANC, Sensor Data Management, Edge Computing, Factory 4.0, Manufacturing, Intelligent Data handling, LabVIEW, Digital transformation
Stop Losing Time: How Engineering Data Can Save Millions
Engineering teams possess an underutilized goldmine in today’s fast-paced industrial landscape: their data. From sensor readings and vibration logs to video, sound, and test metadata, engineering data holds critical insights that can accelerate innovation, reduce costs, and safeguard operations against failure. Yet, a significant portion of engineering time is wasted merely searching for, organizing and wrangling data to make it usable.
Topics: Engineering Data, Big Data, Analytics, Viviota, IIoT, automotive industry, Autonomous Vehicles, Sensor Data, Machine Learning, aerospace, Analog Data, Sensor Data Management, data cleansing, simulation, Edge Computing, Manufacturing, Intelligent Data handling, Build Back Better Act, EV, Digital transformation
The 5 Things Engineering Teams Should Be Doing Right Now to Utilize AI & ML Technologies
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According to a recent survey, 47% of companies today consider AI/ML as a top priority in 2024. Yet, according to Harvard Business Review “cross-industry studies show, on average, less than half of an organization's structured data is actively used in making decisions—and less than 1% of its unstructured data is analyzed or even used at all.” 1
This statistic should concern R&D or Engineering decision-makers. Companies are drowning in data, and very few companies can leverage their data because they are stuck trying to find, access, and connect various data sources. So first ask yourself these three questions:
Topics: Analytics, simulation, Intelligent Data handling, Digital transformation
The 5 Things Engineering Teams Should Be Doing Right Now to Utilize AI & ML Technologies
According to a recent survey, 47% of companies today consider AI/ML as a top priority in 2024. Yet, according to Harvard Business Review “cross-industry studies show, on average, less than half of an organization's structured data is actively used in making decisions—and less than 1% of its unstructured data is analyzed or even used at all.” 1
This statistic should concern R&D or Engineering decision-makers. Companies are drowning in data, and very few companies can leverage their data because they are stuck trying to find, access, and connect various data sources. So first ask yourself these three questions:
Topics: Analytics, simulation, Intelligent Data handling, Digital transformation
Is Machine Learning a Battery Test Engineer's New Best Friend?
Existing testing approaches are time consuming taking several months to run 1000s of tests on 100s of samples. The tests are destructive meaning the batteries tested are not usable when testing is complete. Data collected from testing is only valid for the batch of batteries testes (i.e., they are tied to battery chemistry). As battery consumption increases, the length of time to test batteries becomes critical. If supplies are depleted before testing is completed, the testing results are worthless.
Topics: Analytics, Electric Cars, EV
Ghostwalk Your Automotive Data - Making Sense of Sensor Data
Topics: Engineering Data, Analytics, Autonomous Vehicles, Sensor Data, Analog Data, data cleansing, Edge Computing, Intelligent Data handling
Customers turn to Viviota and to NI technology to better measure and analyze machine data from sensors. It turns out, sensor data does not always work well with traditional IT software, and there is a gap of software tools for this purpose.
Topics: Engineering Data, Big Data, Analytics, IIoT