A modern alternative to LabVIEW
for hardware validation

AI-driven workflows, reusable automation, collaborative validation

Tailark hero section

Why teams move away from LabVIEW

Setup Time

Spending weeks setting up environments, drivers, and dependencies instead of testing.

Code Reuse

Difficult to share or reuse code across different test benches or teams.

Scaling

Performance bottlenecks when tests become complex or data volume grows.

Reporting

Manual data extraction and report generation slows down decision making.

TestFlow vs LabVIEW

See how TestFlow redesigns the validation experience for modern hardware teams.

Feature
LabVIEW
TestFlow
Learning Curve
Steep (Graphical Programming)
Intuitive (No-Code + Python)
Automation Reuse
Difficult to share binaries/VIs
Native cloud sharing & versioning
Collaboration
Single-user, local files
Real-time multi-user
Reporting
Manual export to Excel
Auto-generated, live dashboards
Deployment
Complex runtimes & drivers
Instant web-based access
Maintenance
High overhead (broken links)
Zero maintenance (SaaS)

How migration works

We map your existing test intent directly to TestFlow workflows, bypassing the complexity of legacy code.

Test Intent

Define what you need to measure (Voltage, Current, Frequency).

Workflow

Drag & drop standard blocks or use AI to generate the sequence.

Execution

Run on hardware immediately with built-in instrument drivers.

Who TestFlow is for

Built for the teams driving hardware innovation.

Validation Engineers

Automate complex measurements, control instruments remotely, and generate compliance reports in seconds.

Lab Teams

Collaborate on test flows, share instrument access, and standardize validation procedures across the lab.

Post-Silicon / System Validation

Accelerate bring-up and characterization with reusable automation that scales from one board to mass production.

FAQ

FAQs

Ready to transform your validation process? Join leading companies who trust TestFlow to validate their products faster and more efficiently.