Precision Vision AI
Small Object Detection, Reidentification & Structural Insight from Aerial Imagery
In an age where aerial and satellite data is more accessible than ever, extracting meaningful intelligence from that data remains one of the most challenging tasks. Precision Vision AI is a machine learning-driven solution designed to bring clarity to complex, high-resolution imagery — even when critical details span just a few pixels.
This system is capable of detecting, recognizing, and analyzing small and rare objects across large-scale aerial and satellite imagery. Whether it’s identifying a vehicle in a sprawling urban area, tracing changes in infrastructure, or assisting in environmental monitoring, Precision Vision AI is designed to adapt to a range of real-world needs.
This system is capable of detecting, recognizing, and analyzing small and rare objects across large-scale aerial and satellite imagery. Whether it’s identifying a vehicle in a sprawling urban area, tracing changes in infrastructure, or assisting in environmental monitoring, Precision Vision AI is designed to adapt to a range of real-world needs.
A Few of the Core Capabilities
The system identifies objects as small as 3–10 pixels in size, reliably and with high precision, even within large and complex images. This allows clients to use simpler camera equipment or fewer images to achieve the same goals — resulting in reduced data requirements and operational costs.
The model can recognize and match specific objects (e.g., a particular vehicle, structure, or feature) across different images and times, allowing for object tracking, verification, or change analysis across datasets.
Beyond discrete objects, the system can analyze repeating patterns and structural layouts — useful in estimating damage after natural disasters, monitoring unauthorized developments, or studying terrain and archaeological layouts.
Where It Can Be Used
Precision Vision AI is a general-purpose, high-resolution visual analytics system. Its applications span multiple industries and needs, including
- Urban Monitoring and PlanningDetection of changes in land use, construction progress, and infrastructure integrity.
- Search and RescueIdentifying people, vehicles, or signs of human presence in remote or disaster-affected areas.
- Environmental MonitoringWildlife observation, forest change detection, illegal activity monitoring, or tracking natural events.
- Agriculture and Land ManagementSpotting animal groups, plant diseases, or land degradation at early stages across vast landscapes.
- Security and SurveillanceTracking objects of interest over time, in both urban and remote regions, using multiple image sources.
Technical Highlights
- Works on high-resolution satellite and drone imagery
- Supports multi-angle, multi-frame, and time-lapsed analysis
- Enables reidentification across different locations and perspectives
- Reduces the need for high-density imagery through more efficient model architecture
| Business Model This technology is offered as a flexible solution for integration into existing systems or for custom development, depending on the client’s infrastructure and use case. Whether it’s a one-time analysis, an embedded product feature, or a long-term license, the approach is tailored to fit. Clients may approach with specific challenges — from wildlife tracking in remote terrain, to monitoring vehicle activity around critical infrastructure — and our team works to align the model with their unique data, requirements, and scale. |
Contact Us
We welcome inquiries from potential partners, collaborators, and clients.
Whether you're exploring a research opportunity or looking to integrate advanced AI into your operations — we're here to listen.
Whether you're exploring a research opportunity or looking to integrate advanced AI into your operations — we're here to listen.
📍 Anahit Techcenter
3 Hakob Hakobyan St, 0033, Yerevan
3 Hakob Hakobyan St, 0033, Yerevan