Taas-EdgeView : Test Your Entire IoT Deployment Before You Buy a Single Device

Deploying RFID readers, sensors, and IoT hardware across a facility is expensive and complex. EdgeView lets you simulate your entire operation first — running real workflows on a digital twin of your floor — so you know exactly what you're getting before you commit.
No hardware required. No risk. No surprises on go-live day.
Taas-EdgeView can also be deployed as an on-site gateway, processing sensor and device data locally to reduce bandwidth and cloud traffic.

Book a Demo

Emulate Any Device, Any Workflow

Digital twin emulation of RFID readers, sensors, PLCs, and SCADA devices

Validate Before You Deploy

Run full site simulations simultaneously to catch issues before go-live

Test Before You Invest

Reduce risk and cost while accelerating proof-of-concept for complex deployments

What you can do with Taas-EedgeView

Simulate any device

Emulate RFID readers, sensors, PLCs, and SCADA devices without purchasing hardware

Run real workflows

Test complete operational use cases end-to-end in a digital twin environment

Record and replay

Capture workflow scenarios and play them back for testing and validation.

Validate multi-site deployments

Run single or multiple site simulations simultaneously to spot issues before go-live.

Manage devices on-site

Optionally deploy as a local field gateway to monitor devices and reduce cloud data traffic.

Zero Risk to Get Started

No hardware required. No risk. No surprises on go-live day.

Workflow simulation icon for risk-free IoT operations testing

Simulate Your Workflows, Risk-Free

Digital-Twin to emulate your IoT-driven operations-floor and workflows

Unified operations icon for shop floor to top floor collaboration

Unified Operations: Shop Floor to Top Floor

Collaborate on development & deployment between top-floor and shop-floor requirements

Test before invest icon for accelerated proof of concepts

Test Before You Invest

Reduce risks & costs while accelerating proof-of-concepts for complex sensor-based deployments