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REDTAIL review

Free#25 of 27 in Virtual Lab Software

A focused platform for engineering labs that combine digital twins with remote equipment.

6.7/10Editor score
REDTAIL6.7 Visit REDTAIL

Reviewed by iTechGuides Editors · Editorial team · Updated Oct 2026

REDTAIL is an open-source remote laboratory platform from the University of Washington’s Remote Hub Lab with LabsLand. It is designed for instructors and students working with engineering laboratory activities, especially projects involving FPGA and STM32 hardware. The platform connects simulations and digital twins with remotely accessible physical equipment, allowing learners to rehearse workflows and compare simulated results with physical results. Instructors can browse ready-to-use exercises, adapt activities, and provide laboratory access through a course.

Its strongest distinction is the combination of virtual and physical laboratory work. Published exercises cover embedded-systems activities such as parking lots, LED matrices, doors, and wipers, with teaching materials linked to exercises and devices. Support for Altera DE1-SoC FPGA hardware and STM32 Nucleo WB55RG hardware gives the platform a defined technical focus, while public source code supports local installation, self-hosting, and access to APIs. This makes REDTAIL a suitable choice for institutions that want to shape a digital-twin lab project around supported hardware and adaptable activities.

The trade-off is breadth. REDTAIL’s published scope centers on remote engineering laboratories rather than the biology, chemistry, physics, or earth-science subjects included in the wider virtual-lab category. Its self-hosted model also makes deployment and maintenance part of the institution’s responsibility. Choose REDTAIL when remote equipment, simulations, digital twins, and open-source control are central requirements. Consider a broader virtual-lab product instead when the priority is coverage across multiple scientific disciplines or a more general-purpose laboratory environment.

REDTAIL pros and cons

  • Where it wins
    • Combines simulations and digital twins with remote physical equipment
    • Includes ready-to-use exercises, teaching materials, and authoring tools
    • Supports Altera DE1-SoC FPGA and STM32 Nucleo WB55RG hardware
  • Where it doesn't
    • Its published activities focus mainly on engineering and embedded systems
    • Self-hosting requires a local installation from public source code
    • Its scope is narrower than broad science-lab platforms

REDTAIL fact sheet, pricing and score →

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