Real RF Hardware.
Accessible Anywhere.

Access real RF instruments remotely, collaborate in real time, centralize workflows, and accelerate RF engineering through one connected platform.
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Traditional Labs
Hold RF Teams Back

Slow RF workflows delay time-to-market,
waste engineering resources, and slow innovation

Fragmented RF Workflows

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Data gets scattered across instruments, screenshots, Python scripts, spreadsheets, and desktops.

Limited Remote Collaboration

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Engineers in different locations cannot collaborate on RF debugging in real time.

Trapped RF Knowledge

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Critical setup details, scripts, and lessons learned stay on individual laptops and disappear when engineers leave.

Limited Real-Time Visibility

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Managers and teams lack live visibility into testing, validation progress, and engineering bottlenecks.

Why Traditional RF Workflows 
Break Down

To deliver solutions faster, engineers need clear collaboration, centralized visibility, and real-time access. 

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Fragmented RF Workflow

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A typical RF measurement workflow spans multiple disconnected environments:

Measure (Instrument) → Store Data (USB/Local Files) → Analyze (Software) → Build Presentation (PowerPoint) → Share with the Team (Cloud/Email)

Each handoff introduces friction, delays, duplicated work, and fragmented engineering visibility.

Limited Real-Time Visibility

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Traditional workflows often require lead engineers, product owners, and decision makers to wait for measurement results to be manually shared through screenshots, presentations, emails, or cloud folders.

When issues occur during testing or on the production line, teams often cannot see problems in real time. Delays can range from hours to days — especially when engineering teams and manufacturing sites are located in different countries.

Limited
Collaboration

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Traditional single-user workflows make it difficult for engineers, customers, contractors, and third-party vendors to collaborate on RF measurements in real time.

Teams waste valuable time traveling, waiting for lab access, manually sharing screenshots, and delaying critical engineering decisions. Important debugging sessions and measurement reviews often become slow, fragmented, and difficult to coordinate across distributed teams.

Lost Engineering Knowledge

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Measurement setups, scripts, screenshots, calibration data, and debugging insights often remain scattered across individual lab computers and local files instead of being centralized and searchable.

Valuable engineering knowledge, lessons learned, historical measurements, and proprietary RF expertise gradually disappear over time — even though these datasets could be used for future troubleshooting, workflow optimization, and AI model training. And if someone asks for a measurement result from a year ago… good luck finding it.

Repeated RF Workflow Reinvention

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Different engineers often use different setups, calibration methods, scripts, and measurement workflows, making results difficult to compare consistently across teams and projects.

For complex RF systems, engineers may spend significant time trying to understand, reproduce, and validate existing measurement setups — especially when the original engineer is unavailable or the workflow was never properly documented.

Time-Consuming New Hire Training

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Without centralized measurement workflows, debugging knowledge, and historical measurement data, companies become heavily dependent on senior engineers to train new hires.

New engineers often spend months learning scattered processes, undocumented setups, and inconsistent measurement methods instead of becoming productive quickly and contributing to product development.

Connected Infrastructure for 
Modern RF Teams

Quaxys enables teams to remotely access real RF hardware, collaborate in real time, and centralize measurements, debugging, and validation workflows.

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Real-Time Remote Collaboration

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Enable engineers, test teams, and stakeholders to access instruments remotely, share measurements, and troubleshoot systems in real time without being physically present in the lab.

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Real-Time Engineering Visibility

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Provide managers and engineering teams with live access to measurements, testing status, results, and progress to accelerate decision-making and reduce bottlenecks.

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Connected RF Workflows

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Bring measurements, data analysis, reporting, and collaboration into a unified workflow that improves efficiency and reduces delays throughout product development.

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Preserve Engineering Knowledge

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Store measurement data, test procedures, scripts, reports, and lessons learned in one searchable system, ensuring knowledge remains accessible across projects and generations of engineers.

Real-World Applications 

From remote debugging and distributed validation to RF training, production monitoring, and AI-assisted analysis, Quaxys enables modern engineering teams to collaborate around real RF hardware from anywhere in the world. Centralize measurements, accelerate troubleshooting, automate workflows, and gain real-time visibility across the entire RF development process.

Remote Validation & Testing

Perform measurements on deployed systems, prototypes, and test assets without requiring physical access to the hardware.

Multi-Site Measurements

Enable synchronized RF measurements across geographically distributed systems such as satellite communication terminals, radar systems, and unmanned vehicles for real-time monitoring, validation, and troubleshooting.

Distributed Engineering Teams

Enable RF engineers across different locations to collaborate on measurements, debugging, and validation in real time. 

Field Service & Diagnostics

Access and troubleshoot deployed RF systems remotely without requiring on-site engineering presence.

Production & Manufacturing

Monitor RF testing, yield, and validation remotely with real-time visibility into manufacturing, and validation operations.

Sales & Customer Demonstrations

Demonstrate real RF hardware and live measurements to customers anywhere in the world.

Training & Workforce Development

Deliver hands-on learning experiences using real instruments and hardware without requiring physical lab access.

Research Institutes & Universities

Provide students and researchers with remote access to professional RF instruments and hands-on experiments.

Knowledge Management & Engineering Continuity

Centralize measurements, test results, notes, scripts, and project documentation in one location so critical engineering knowledge remains accessible even as team members change.
Application: Workforce Development

Learn on the Same Platform Used by Industry

The same platform used by engineering teams to access real hardware, perform measurements, and collaborate remotely also powers Quaxys training programs.
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How It Works

Simple. Secure. Scalable.

No Dedicated Hardware Required

Access Any PC-Connected Instrument Worldwide

Three Simple Steps

Connect Your Instruments to a Laptop or PC

Connect RF instruments locally through a lightweight Quaxys agent running on a laptop or workstation. Supports multiple instrument vendors and existing engineering workflows.

Run the Quaxys Agent Software

The Quaxys Agent securely communicates with connected RF instruments, streams measurement data in real time, and enables remote access, automation, and centralized workflow management.

Connect to Quaxys Web Platform

Access live RF measurements, collaborate with distributed teams, monitor testing remotely, and centralize engineering data through the Quaxys cloud-based platform.
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Why Quaxys

Built for real RF engineering workflows — not generic remote desktop access.

Instrument-Agnostic Platform

Support any instrument that can be connected to a PC or laptop.

Multi-User Collaboration

Multiple engineers can collaborate simultaneously from anywhere in the world

AI-Assisted Analysis

Accelerate debugging and visibility using AI-Assisted Analysis

Real-Time Streaming

No Screenshots. No Refreshing. Live Multi-Instrument Streaming.

Stop Letting Traditional Labs Slow Your Team Down

Give your engineers instant access to real RF instruments, centralized workflows, and real-time collaboration—without the limitations of a traditional lab.
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