WIDMO Technologies develops a spectral ground penetrating radar (SGPR) system combined with advanced analytical software to provide high-resolution subsurface imaging and material recognition. This technology delivers accurate geological information, enabling efficient planning and operation in sectors such as mining and urban infrastructure.
Funding
$270K raised to dateRaised to date based on public sources. This may differ from the amount the company actually raised and is based only on what is publicly available on the internet.
Founders
Product
Problem
Accurate subsurface imaging is crucial for efficient planning and operation in sectors like mining and urban infrastructure, but traditional methods often lack the resolution and material recognition capabilities needed for comprehensive geological understanding. Existing solutions may also struggle to provide deep penetration while maintaining high resolution, limiting their effectiveness in complex environments.
Solution
WIDMO Technologies offers a spectral ground penetrating radar (SGPR) system combined with advanced analytical software to deliver high-resolution subsurface imaging and material recognition. Their SGPR technology allows for real spectral analysis by tuning in a wide frequency range, enabling accurate identification of individual layers and objects. The system's improved signal-to-noise ratio allows for deeper penetration while maintaining high resolution. Advanced analytical software, incorporating machine learning algorithms trained on real-world data and simulations, facilitates automatic and effective recognition of subsurface structures. This comprehensive approach provides geological information of unprecedented quality, supporting informed decision-making in various applications.
Target Audience
The primary customers are professionals in geophysics, mining, and urban infrastructure planning who require accurate and comprehensive subsurface information.
Features
- Spectral GPR technology enabling broadband analysis through a wide frequency range.
- High-resolution imaging for accurate identification of subsurface layers and objects.
- Deep penetration capabilities due to improved signal-to-noise ratio.
- Advanced signal processing algorithms to produce high-resolution echograms without artifacts.
- Synthetic echo modeling using simulations to enhance learning and envision various scenarios.
- Material recognition based on characteristic frequency signatures.
- Customizable solutions tailored to specific client needs and integration with existing industrial automation systems.