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RESEARCH & INNOVATION

Developing Tomorrow's Solutions, Today

Our collaborations with leading institutions and our focus on emerging technologies allow us to tackle some of the most pressing challenges of our time. From enhancing cybersecurity to revolutionizing healthcare and agriculture, we are at the forefront of creating solutions that shape the future.

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Innovating Technologies

Lasting Dynamics collaborates with universities and private companies to submit bids for tenders. Awarded contracts fund research and innovation with the following technologies.

Artificial Inteligence

Smart systems that learn and adapt unlock automation, prediction, and insight across fast-moving industries.

Green Shift & Agritech

Tech meets sustainability through connected devices and data-driven farming that reduces waste and increases yield.

Quantum Computing

Exploring post-classical logic, our R&D lays foundations for breakthroughs in encryption, modeling, and computation.

VR/XR Innovation

Immersive simulations and mirrored systems enhance decision-making, safety, and training in physical environments.

Nano technologies

Tiny tech, big impact. Our platforms interface with nanoscale hardware for biotech, sensing, and material control.

Military Defence

Mission-ready solutions ensure security, coordination, and real-time intelligence across critical operations.

Security Post-Quantum

Next-gen cryptography shields sensitive systems from quantum-era threats—future-proofing infrastructure today.

VR/XR Innovation

From smart arms to autonomous agents, our control software brings fluid motion, precision, and safety to robotics.

Driving Innovation with Leading Italian Universities

At Lasting Dynamics, we are deeply invested in advancing technology through our collaboration with prestigious Italian universities—Verona, Salerno, Cassino, and Napoli. Together, we are spearheading innovative research projects across several critical fields, including AI in healthcare, Green AI, Post-Quantum Computing Security, and Cybersecurity.

These projects are designed to push the boundaries of technology, exploring new ways to enhance security, sustainability, and efficiency in the rapidly evolving digital landscape.

Discover More About Our Innovations

Want to see how our cutting-edge research influences our success in tenders and bids? Visit our Pre-Sales and Tender Support Services page to learn more.
Pre-Sales and Tender Support
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Green AI: Reducing Energy Consumption in Machine Learning

The Green AI initiative by Lasting Dynamics focuses on developing AI models that prioritize energy efficiency without compromising performance. Traditional machine learning models often consume vast amounts of energy due to their reliance on extensive statistical computations, even when unnecessary. Green AI aims to revolutionize this approach by optimizing resource usage.

Reduced Carbon Footprint

Significantly reduces energy consumption in AI operations by optimizing model usage.

Scalable Sustainability

Enables the development of AI systems that can scale efficiently without exponentially increasing costs.

Adaptive Learning Algorithms

Implements AI models that adapt dynamically to minimize energy use without sacrificing accuracy.

Long-Term Cost Efficiency

Decreases operational expenses by significantly lowering the energy costs associated with AI processing.

Research Projects applied to

Tourism
Marketplace
Neuroscience
Healthcare
Time Tracking
Gaming
Green Shift
Real Estate
VR / AR / XR
Manufacturing
E-commerce
Blockchain
SaaS

Empowering Pediatric Oncology with AI and and help medical deserts with Hub & Spoke networks

The MUSA ecosystem addresses critical challenges in pediatric oncology across the Campania region. We’re developing an intelligent clinical information system to improve care coordination and patient outcomes.

This project supports young oncology patients by using AI to forecast disease progression. By analyzing real-time patient data, the system helps clinicians avoid unnecessary hospital visits — especially for children undergoing chemotherapy — promoting recovery in a safe and stress-free environment.
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Pediatric Oncology Network

A decentralized digital infrastructure connecting central medical hubs with peripheral care centers to streamline data exchange and improve communication.

Predictive AI and Generative AI for Diagnosis

AI models trained on patient datasets to detect disease trends, monitor clinical parameters, and support early intervention strategies.

Reduced Hospitalization

Leveraging AI and 5G to reduce unnecessary admissions, improve care continuity, and lower operational costs across regional healthcare systems.

Supporting Families Through a Dedicated Mobile App

A smart companion for daily caregiving, health tracking, and community support

The INFANT Caregiver App enables families to stay connected with medical professionals, monitor daily health updates, and access local healthcare resources.
Caregivers can easily log vitals, follow patient progress, locate nearby clinics, and interact with a trusted support network. Each feature is designed for clarity and speed, helping caregivers act with confidence when it matters most.

Decentralized Care Access

Through a distributed digital infrastructure, we extend oncology support to underserved and remote regions. Our system connects central hospitals with local care centers, enhancing coordination and treatment equity.

AI-Powered Monitoring Network

Advanced AI continuously analyzes patient data to detect clinical patterns and suggest timely interventions. This real-time system empowers healthcare teams with predictive insights for informed decision-making.

Safe Integration of AI in Healthcare

Our AI tools are built with transparency, medical oversight, and compliance at their core. Designed to assist clinical workflows — not replace them — these solutions reduce unnecessary hospital visits and ensure safer, more efficient care delivery.
HAZ-AI

Revolutionizing Agriculture with AI.
Improving Quality & Efficiency.

In agriculture, precision is key. The HAZ-AI project, once awarded, will introduce an AI-based system for hazelnut classification. Leveraging deep learning techniques, the system will categorize hazelnuts with exceptional accuracy.

This approach can optimize the production process, reducing quality assurance times. Extendable to other products, the technology aims to be scalable and adaptable.

AI-Based Quality Classification

Implements deep learning models to precisely classify hazelnuts, ensuring efficiency and consistent quality.

Real-Time Image Recognition

Leverages real-time image analysis to provide immediate quality feedback, reducing production errors and costs.
CYBER SENTINEL

Securing the Future with Hybrid AI.
Predicting and Preventing Cyber Threats.

The CyberSentinel project will focus on developing a resilient framework that combines Generative AI (gAI) with Knowledge Representation and Reasoning (KRR). This project is in collaboration with the University of Bologna. Its purpose? To predict and prevent cybersecurity threats. Using historical data and real-time traffic, the framework will forecast vulnerabilities. It will also suggest proactive solutions.

This hybrid approach can improve predictive accuracy while optimizing energy consumption. As such, it aligns with the latest EU cybersecurity directives like DORA and NIS2. This project aims to improve the precision of predictions by 15% and reduce energy consumption by 10%.

Hybrid AI for Cybersecurity

Combines Generative AI and KRR, predicting and preventing cybersecurity threats with improved accuracy.

Energy-Efficient Threat Mitigation

Uses KRR to reduce the energy consumption of AI-driven security systems. Doing so aligns with sustainable IT practices.
EXTENDED REALITY FOR MANUFACTURING EDUCATION

Innovating Vocational Training.
Empowering the Footwear Industry with XR.

The XR4SMEd project will revolutionize vocational training in the shoe manufacturing industry. Using extended reality (XR), this platform will offer a comprehensive, virtual training environment. In doing so, it will improve skill development, material usage, and workplace safety.

XR4SMEd will enable professionals to master complex assembly techniques in a risk-free setting. This approach ensures higher quality and efficiency in production. Cost-effective, flexible, on-demand, it will set a new standard for vocational training.

Virtual Training Simulations

Provides XR training for shoe manufacturing, reducing material waste and improving skill development.

On-Demand Skill Development

Offers flexible training that allows workers to practice complex techniques without disrupting production.

Key Benefits of Our Pre-Sales and Tender Support Services

Partners of Lasting Dynamics gain access to our expertise and support in bidding. We identify opportunities, match partners, and apply regularly:
Save time finding new tender opportunities in Spain, Italy, Europe in general, America, and Africa.
Connect with the right partners for your projects. Ensure you have the expertise and capacity to win and deliver on tenders.
As regular as a metronome, we apply to an average of 6 tenders per month. This consistency and volume increases our chances of winning contracts.
Pursue new opportunities for revenue with our tender application support services.
Opportunity Identification
Partner Matching
Regular Applications
Revenue

Want to help build technologies of the future?

Work with us to submit bids for research and innovation tenders in the EU and abroad.
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