The Future of Autonomous Grain Probing
VeraScan℗ is a patented autonomous grain probe system engineered to deliver precision measurement and inspection at scale eliminating the constraints of manual processes and human-dependent workflows.
Request a DemonstrationVeraScan℗ autonomous grain probe technology is protected under U.S. Patent No. 12,510,551
What Is an Autonomous Grain Probe?
A grain probe is an instrument used to extract representative samples from a grain mass, such as a truck load, railcar, or storage bin. The samples are then analyzed to determine quality, moisture content, and grade. Accurate sampling is critical: it directly affects how grain is priced, accepted, and stored.
Traditional Probing Is Manual
Conventional grain probes require a trained operator to physically insert the probe, collect the sample, and repeat the process across multiple points in the load. The accuracy of the result depends entirely on the skill, consistency, and attention of the person performing the task.
Human Variability Creates Risk
When sampling depends on a person, results vary. Fatigue, technique differences, and time pressure all introduce inconsistency. A missed sample point or an improperly executed probe can mean a load is graded incorrectly, with real financial consequences for the elevator and the producer.
Autonomous Probing Removes the Variable
An autonomous grain probe executes the entire sampling sequence without operator involvement. It follows a defined protocol, hits every required sample point, and delivers the same result every time regardless of who is on shift, how busy the facility is, or how many loads have already been processed that day.
VeraScan℗ is RHaVe Innovations' answer to this problem. It is a fully autonomous grain probe system that eliminates manual steps entirely, protected under U.S. Patent No. 12,510,551.
Autonomous. Precise. Repeatable.
VeraScan℗ combines intelligent control systems with precision hardware to autonomously execute probe operations that traditionally require skilled technicians. The result is a system that performs consistently, scales without added labor cost, and delivers data you can trust.
Core Capabilities
Autonomous Operation
VeraScan℗ executes probe sequences without manual intervention, reducing operator dependency and eliminating variability introduced by human execution.
Precision Measurement
Engineered for accuracy at the limits of what is measurable. Every probe cycle delivers consistent, repeatable results regardless of operator or environment.
Intelligent Control
Onboard control logic adapts probe behavior in real time, responding to conditions and maintaining accuracy across variable operating environments.
Scalable Deployment
VeraScan℗ is designed to scale. Add capacity without adding headcount. The system performs the same at one unit as it does at one hundred.
Data Integrity
Every measurement is logged and traceable. VeraScan℗ produces structured output that integrates into your existing data and reporting workflows.
Reduced Operational Risk
By removing manual steps from the probing process, VeraScan℗ reduces the risk of measurement error, process deviation, and the downstream costs they create.
VeraScan On The Ground
No Operator. No Guesswork. Just Results.
Watch VeraScan℗ execute autonomous grain probe operations with precision and repeatability. No manual intervention required.
Precision In Motion
VeraScan℗ deployed in the field. Autonomous, scalable, and built for real-world operational environments.
Protected Innovation
VeraScan℗ is the result of years of engineering research and real-world validation. The technology is protected under U.S. Patent No. 12,510,551, representing a fundamental and defensible advance in autonomous grain probe system design.
Patent Number
U.S. Patent No. 12,510,551
VeraScan℗ autonomous grain probe Technology
See VeraScan℗ Perform
Request a demonstration and explore what autonomous grain probe technology can do for your operations.