Data Enhanced Products

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Through different data sources (ie. physical tests) and ML models and usually in combination with our digital twin solutions, our data enhancement solution can learn, predict, and simulate outcomes to provide automatic product configurations that result in product and component improvement during the development process.

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Data As a Service Products

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Data as a Service (DaaS) is a cloud-based model that allows companies to access, manage, and analyse data on demand, without the need for extensive on-premise infrastructure.

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Optimisation Models

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Optimisation AI models allow our client to improve processes, reduce costs and increase competitiveness.

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Descriptive Models

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Descriptive models aim to describe patterns, relationships, and structures within data. They don’t predict future outcomes but provide insights into existing phenomena.

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Predictive Models

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Predictive modelling, also known as predictive analytics, is a discipline that uses statistical, mathematical and artificial intelligence techniques to predict future outcomes based on historical data.

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LLMs

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At Mosaic Factor, we focus on the creation of domain specific LLMs (or light Large Language Models) for our client organisations.

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Synthetic Data

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Synthetic data is artificial data generated from original data using a model trained to reproduce its characteristics and structure.

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Digital Twins

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To allow your business to monitor and optimise your assets in real-time Mosaic Factor uses Digital Twins. They can predict failures, detect inefficiencies, and improve decision-making through the use of data.

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Predictive Maintenance

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For Predictive maintenance models, we use historical and real-time data to anticipate equipment failures or maintenance needs. By analysing sensor data, maintenance logs, and other relevant information, we can schedule maintenance proactively, reduce downtime, and extend the lifespan of your machinery.

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Demand Cost Forecasting

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Our predictive models help businesses forecast demand for products or services. By analysing historical sales data, seasonality, economic factors, and external events we can optimise inventory levels, allocate resources efficiently, and minimise overstock or stockouts.

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Quality Analytics

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We identify patterns that correlate with defects or quality issues, allowing your business to take corrective actions early and maintain high-quality standards.

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Inventory Management

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We use predictive models to optimise inventory levels by considering factors such as lead time, demand variability, and storage costs.

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Supply Chain Management

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We can use historical and real-time data analytics to manage the supply chain, optimise transportation and ensure on-time product delivery.

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Market Understanding

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Our descriptive AI models provide valuable insights for decision-making and understanding complex systems of your organisation.

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Pattern Exploration

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Our descriptive AI models provide valuable insights for decision-making and understanding complex systems of your organisation.

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Trustworthy AI

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When using AI models in environments where compliance standards are important, Mosaic Factor can help your company be on top of data governance by applying trustworthy AI solutions.

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Logistics

Logistics

Mosaic Factor’s higher priority in Logistics is sharing key data across different Supply Chain players to optimise performance while managing sustainability by mitigating the impact of these operations.

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Automotive

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Mosaic Factor’s apply AI solutions in various aspects of the automotive industry, usually by enhancing vehicles and its components during its development.

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Mobility

Mobility

Mosaic Factor’s higher priority in Mobility is to optimise transport systems to people’s mobility while improving overall security and sustainability of transport solutions.

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Corporate Services

Corporate Services

Our machine learning and complex algorithms help organisations manage compliance and customer service to increase the service level of your organization while optimising resolution time for several processes.

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Manufacturing

Manufacturing

Mosaic Factor’s higher priority in Manufacturing is aid our clients decrease costs, increase sustainability while streamlining the production chain.

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Healthcare

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Mosaic Factor’s higher priority in Healthcare is making use of data to improve patient care and monitoring in a safe manner to optimise healthcare systems resources and assisting healthcare professionals.

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Projects

HIDDEN

Hybrid intelligence for advanced collective perception and decision making in complex urban environments

Client

Partners

LIBRA MLI LTD logo
CTAG logo
THI logo
Uni Freiburg logo
6.	Cyprus University of Technology logo
DENSO logo
Ustav Informatiky logo
TUV sud logo
Renault logo
CIBOS logo
seability logo
Universitat Politecnica de Valencia logo

The problem

Urban mobility presents a range of challenges for Connected, Cooperative, and Automated Mobility (CCAM) systems. Among the most critical is the timely and reliable detection of occluded objects, especially vulnerable road users (VRUs).

The solution

To address this, the HIDDEN project is pioneering advanced collective awareness (CA) and decision-making algorithms, designed to function both with and without support from road infrastructure. The CA system is specifically focused on detecting occluded objects, including VRUs, and predicting their short-term trajectories using sophisticated behavioural models.

At Mosaic Factor, we will lead the development of groundbreaking tools that enable autonomous systems to see beyond obstacles, detecting hidden road users and making more ethical, human-centered decisions.

Our Human-Feedback Reinforcement Learning toolkit will promote transparency, nurture trust, and enhance safety across cities throughout Europe.

In parallel, HIDDEN is developing an innovative driver gaze tracking and status monitoring system. The data generated from both the CA module and the gaze tracking system feed into real-time decision-making algorithms that are built to be explainable, ethically sound, and closely aligned with human driving behaviours.

HIDDEN employs Hybrid Intelligence across the entire perception-to-decision chain, leveraging the combined strengths of human and machine intelligence. Ethical and legal considerations related to AI are carefully integrated into the process through the creation of a dedicated framework.

The project’s developments will undergo both real-world and simulated evaluations. Field tests will be performed using the consortium’s eight autonomous vehicles, deployed across various testing facilities and public roads. For virtual validation, novel co-simulation environments will be introduced.

Four main use cases have been pre-selected to guide the technical direction of the project. Through these efforts, HIDDEN aims to create CCAM systems that are not only technologically cutting-edge but also deeply rooted in ethical principles, human-centric design, and regulatory compliance, setting a new standard for autonomous vehicle technology.

Data

HIDDEN develops a hybrid intelligence framework that fuses data from Vehicle‑to‑Everything (V2X) communications, infrastructure sensors, other vehicles and driver gaze monitoring to build advanced collective awareness. The system detects occluded objects and VRUs, predicts their short‑term trajectories using behavioural models and feeds this information to real‑time decision‑making algorithms that are explainable and aligned with human driving styles and ethical principles.

  • Sensor and perception data from connected and automated vehicles (including cameras, lidar, radar and V2X communications).
  • Roadside infrastructure and vulnerable road user data shared via V2X.
  • Driver gaze tracking and status monitoring data used to model human behaviour.
  • Behavioural models and simulation data from co‑simulation environments for trajectory prediction and decision‑making.

Results

HIDDEN started on 1 July 2025 and will run for 36 months. Results will be reported during the project.

To amplify impact, the consortium is actively engaging with CCAM stakeholders across Europe and beyond, maintaining continuous dialogue with EU type-approval authorities and UNECE working groups, and promoting mature solutions for standardisation.

Expected outcomes include:

  • improved ability to detect occluded VRUs and objects,
  • ethically aligned decision‑making that enhances safety and trust,
  • and proof‑of‑concept demonstrations in four challenging urban scenarios.

Do you have any questions?

We are always ready to help you and answer your questions. 





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