Smart Scheduling of Irrigation and Pumping Based on Real-Time Electricity Prices
Price-responsive scheduling of pumping and irrigation cuts energy use and cost, lowers peak network pressure, and preserves water supply quality without reducing irrigation uniformity.
vastra shines at Iran’s Innovation-Financing Award
At Iran’s first National Innovation & Technology Financing Award, vastra ranked among the top five venture investors, confirming Pasargad Financial Group’s leadership nationwide.
Launch of Vastra’s national mission in cage fish farming
Approved by Tech Steering Council and Science Vice-Presidency, Vastra was named national lead for cage farming, partnering with tech firms to raise production fivefold within three years.
Enhanced Semi-Artificial Photosynthesis Efficiency in Low-Light Crops
Luminescent nanomaterials convert light spectra in low-light conditions into more effective wavelengths, accelerating electron transfer during photosynthesis. This significantly improves the semi-artificial photosynthetic efficiency in agricultural crops.
Simulating Livestock Behavior with AI and Advanced Deepfake Technology
Advanced deepfake technology enables the creation of digital twins for livestock, allowing accurate simulation of their behavior and emotional responses. This innovation plays a key role in improving animal welfare and optimizing herd management.
Self-Sufficient Greenhouse with Transparent Solar Panels and Smart Energy Management
Transparent solar panels combined with intelligent and efficient energy management significantly reduce electricity and water consumption in the greenhouse, ensuring energy independence and consistent crop production under varying conditions.
Enhancing Ruminant Resilience Through Viral Gene Therapy
Gene-editing technologies like CRISPR enable the removal of viral receptors and the enhancement of immune pathways, helping reduce mortality rates in ruminant livestock and improve overall farm productivity.
Livestock Health Monitoring with Smart Sensors and Artificial Intelligence
Wearable sensors and intelligent algorithms continuously track animals’ vital signs, helping reduce disease outbreaks, lower treatment costs, and boost efficiency in livestock farming.
Autonomous Marine Farming with Drones and Floating Robots
Autonomous marine systems, powered by drones and underwater robots, enable continuous monitoring and significantly enhance the efficiency and sustainability of aquaculture farms.
3D Printing and Hydroponics for Agricultural Module Design
The integration of 3D printing and hydroponics enables the development of flexible cultivation modules that use less water and nutrients, enhancing the efficiency of urban farming.