VORA is a portable, intelligent platform that combines multi-spectral sensing with voice-assistant capabilities. It is integrated with LSM technology to analyse spectral readings, ensuring more reliable and accurate detection. The system provides real-time, non- invasive analysis and connects with secure cloud workflows for interactive voice feedback. Compact, AI-driven, and versatile,
it is designed for diverse applications in research, healthcare, industry, and field operations.
Technology Overview
VORA integrates visible-to-near-infrared (Vis-NIR) spectral sensing with advanced edge computing to deliver accurate, real-time analysis across solids and biomarker samples. Through secure cloud connectivity, the device supports two-way communication by transmitting voice recordings and receiving synthesised audio responses for immediate playback.
This creates an interactive, multimodal platform that unites spectral sensing, intelligent data analysis, and real-time voice feedback. With its modular design and machine learning integration, VORA can be flexibly customised for a wide range of research, industrial, and field applications.
Mi-VORA analyses, interacts & delivers insights in real time. Combining voice assistant and spectral sensing, Mi-VORA enables non-invasive analysis with instant audio feedback—anywhere, anytime, without reagents or lab setups.
Key Features
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Non-Invasive Spectral Sensing
Captures detailed spectral signatures without destroying or altering the sample, supporting repeatable and safe testing.
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AI-Enhanced Accuracy
Employs machine learning models to improve predictive accuracy, reduce noise, and adapt to new sample types through retraining.
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Secure Cloud Integration
Supports data transfer, workflow automation, and remote monitoring while maintaining high security standards for sensitive data.
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Interactive Touchscreen Display
Provides a clear, user-friendly interface for data visualisation, system control, and simplified workflows.
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Voice Assistant Integration
Enables audio-based interaction for hands-on efficiency, allowing users to input queries and receive spoken responses.
Technology Benefits
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Interactive Voice Assistant
Enables voice interaction, letting users record questions and receive spoken responses. This makes results easier to understand and reduces dependence on visual displays.
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Real-Time Insights
Delivers quick spectral analysis with instant feedback, helping users make informed decisions during time-sensitive situations like research, quality control, or field assessments.
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Portable & Self-Sufficient
Compact and battery-powered, it works reliably even in places with limited infrastructure, whether in labs, clinics, factories, or outdoor settings without needing constant power or connectivity.
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Robust & Reliable
Designed for stable accuracy across different conditions, ensuring dependable performance in fieldwork, industry, and exploratory studies beyond controlled labs.
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Simplified User Experience
Simple controls and an intuitive interface reduce training requirements and minimise user errors, making it accessible to both experts and non-specialists.
Applications
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Healthcare & Research
Useful for non-invasive analysis of biological samples, monitoring biomarkers, or exploring new diagnostic models in clinical studies.
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Industrial Quality Control
Enables rapid material inspection and authentication in manufacturing, food processing, pharmaceuticals, or chemical production lines.
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Field-Based Diagnostics
Portable tool for environmental monitoring, agricultural assessments, and resource exploration where laboratory facilities are unavailable.
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Education & Training
Interactive platform for teaching spectroscopy, AI, and data-driven diagnostics in academic or vocational programmes.
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Exploratory Studies
Flexible research tool for testing materials, investigating spectral properties, or developing new machine learning models.
