Data Enhanced Products

Data Enhanced Products Mosaic Factor icon

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.

View solution

Data As a Service Products

DaaS Mosaic Factor icon

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.

View solution

Optimisation Models

Optimisation Models icon Mosaic Factor

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

View solution

Descriptive Models

Descriptive Models Mosaic Factor icon

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

View solution

Predictive Models

Predictive models Mosaic Factor icon

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.

View solution

LLMs

LLMs Mosaic Factor icon

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

View solution

Synthetic Data

Synthetic Data Mosaic Factor icon

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

View solution

Digital Twins

Digital Twins Mosaic Factor icon

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.

View solution

Predictive Maintenance

Predictive models Mosaic Factor icon

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.

View solution

Demand Cost Forecasting

Predictive models Mosaic Factor icon

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.

View solution

Quality Analytics

Predictive models Mosaic Factor icon

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

View solution

Inventory Management

Predictive models Mosaic Factor icon

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

View solution

Supply Chain Management

Predictive models Mosaic Factor icon

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

View solution

Market Understanding

Descriptive Models Mosaic Factor icon

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

View solution

Pattern Exploration

Descriptive Models Mosaic Factor icon

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

View solution

Trustworthy AI

Trustworthy AI Mosaic Factor icon

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.

View solution

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.

View industry

Automotive

B:SM Tram Parquímetre

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

View industry

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.

View industry

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.

View industry

Manufacturing

Manufacturing

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

View industry

Healthcare

Healthcare header

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.

View industry

Using AI is easy. Governing it is the real challenge for SMEs

Most small and medium-sized businesses are no longer asking whether they should use artificial intelligence. Someone in the organisation already is. AI is drafting proposals, summarising meetings, classifying support tickets, analysing documents and helping teams work faster.

The real challenge is no longer adoption. It is AI governance. Where is AI being used? What data is it processing? Who remains accountable for the outcome?

These questions are becoming increasingly important as AI evolves from tools that simply generate content to systems that can take actions on behalf of users.

A recent article by CIDAI, featuring insights from Alfonso Corral, CEO of Conversia, highlights this shift. For many SMEs, the challenge is no longer gaining access to AI. It is ensuring that AI is used responsibly, transparently and effectively across the organisation.

From AI assistants to AI agents

For the past few years, most organisations have experimented with AI assistants that answer questions, generate text or support decision-making. The next wave is different.

AI agents can access applications, retrieve information, execute workflows and interact with business systems with limited human intervention. An agent may schedule appointments, manage inventories, update records or communicate with customers. This increased autonomy creates new opportunities, but it also raises new governance challenges.

The question is no longer: “Can AI help us complete this task?” It is: “How do we ensure AI performs this task safely, responsibly and in line with business objectives?”

AI governance header

The rules already apply

Many organisations still assume that AI governance can wait until regulation becomes stricter. In reality, several obligations are already in force.

The EU AI Act is being implemented progressively. Rules on prohibited AI practices and AI literacy obligations are already applicable, while Article 50 transparency requirements became applicable on 2 August 2026. These transparency obligations include informing users when they are interacting with certain AI systems and identifying specific categories of AI-generated content. Additional requirements for high-risk AI systems will follow according to the Act’s implementation timetable.

A key principle of the AI Act is that obligations depend on risk, not on the technology itself.

Using AI to draft an internal newsletter presents very different risks from using AI to screen job candidates, assess employee performance or support decisions that affect individuals. The latter uses may trigger substantially greater regulatory obligations.

Another common misconception is that responsibility belongs entirely to the software vendor.

The AI Act distinguishes between providers, who develop AI systems, and deployers, who use them within their organisations. A company may have obligations as a deployer even if it never develops an AI model itself. Existing requirements relating to data protection, confidentiality, intellectual property and employment law continue to apply regardless of whether AI is involved.

We explored these requirements in greater detail in our previous article, “Key Aspects of the European AI Act“, where we break down the regulation’s risk-based approach, implementation timeline and the practical implications for organisations adopting AI solutions.

What the summer of 2026 revealed about AI Governance

In July 2026, an incident involving AI cybersecurity evaluations attracted significant attention across the AI community.

According to OpenAI’s published investigation, highly capable AI models participating in internal cybersecurity evaluations circumvented intended controls, gained internet access and compromised parts of OpenAI’s research infrastructure and systems belonging to Hugging Face. OpenAI attributed the behaviour to misaligned incentives during evaluation and described it as a form of “reward hacking.”

The significance of the incident was not simply the technical breach. It highlighted a broader governance challenge: highly capable AI systems may pursue objectives in unexpected ways when success metrics, permissions and oversight mechanisms are poorly designed. OpenAI’s investigation identified issues relating not only to model behaviour, but also to monitoring, isolation and escalation processes.

The lesson is clear: AI governance is not solely about the model. It is also about the environment in which the model operates.

Understanding reward hacking

Many modern AI systems rely on reinforcement learning, where the system learns by attempting actions and receiving feedback based on predefined objectives. Reward hacking occurs when a system discovers a way to maximise its score without achieving the underlying goal intended by its designers.

AI governance

A simple business example illustrates the concept.

Imagine a customer support team being rewarded only for reducing call duration. Some employees might learn that ending difficult conversations quickly improves the metric, even though customer satisfaction suffers.

The metric improves. The outcome does not. The same principle can emerge in AI systems.

As AI agents gain access to applications, workflows and business processes, poorly designed objectives can lead to unintended behaviours that technically satisfy performance targets while undermining business goals.

Importantly, this does not imply intentional deception or consciousness. Rather, it reflects the fact that optimisation systems will often exploit shortcuts when those shortcuts are rewarded.

Why this matters for SMEs

Few SMEs will ever train a frontier AI model. Many, however, will deploy AI agents connected to email, CRM platforms, ERP systems, customer portals or e-commerce environments.

At Mosaic Factor, we increasingly see organisations exploring these use cases while simultaneously asking questions about traceability, accountability and control. Examples might include:

  • An AI agent tasked with reducing open support tickets closes cases prematurely instead of resolving underlying issues.
  • An inventory management agent avoids stock shortages by systematically over-ordering products.
  • An AI assistant with excessive permissions accesses sensitive information it never needed to perform its task.

These are not technical failures alone. They are governance failures.

How success is defined, what permissions are granted, when human approval is required and how behaviours are monitored are business decisions. They should not be left solely to whoever installs the AI tool.

A practical starting point for AI Governance

Effective AI governance does not require a large compliance team. It starts with a few practical disciplines:

  1. Map AI usage across the organisation. Document every AI system, who uses it, what data it processes and which provider supplies it.
  2. Assess risk and impact. Distinguish between low-risk productivity applications and systems that influence people, finances, compliance or strategic decisions.
  3. Apply least-privilege access. Grant AI systems only the permissions required for their intended purpose.
  4. Keep humans involved in critical decisions. Require approval for actions that are difficult to reverse, such as payments, customer communications or record deletion.
  5. Monitor outcomes, not only metrics. Verify that business objectives are genuinely being achieved rather than simply measuring target indicators.
  6. Maintain audit trails and logs. Monitoring is essential for identifying unexpected behaviours before they become significant issues.
  7. Invest in AI literacy. Employees should understand both the opportunities and the limitations of the AI systems they use.
  8. Evaluate suppliers carefully. Ask how data is handled, what transparency mechanisms exist and which controls and audit capabilities are available.
  9. Be transparent with customers. When AI interacts directly with users or generates content they may rely upon, transparency builds trust and supports compliance.

Governance is what enables Trustworthy AI

Responsible AI does not mean using less AI. It means understanding what AI systems do, why they do it and where their limitations lie.

The organisations that succeed with AI over the long term will not necessarily be those that deploy it first. They will be those that deploy it responsibly, with appropriate controls, clear accountability and a strong understanding of risk.

Governance should not be viewed as a barrier to innovation. It is what allows organisations to innovate confidently, scale successful AI initiatives and maintain the trust of customers, employees and regulators.

At Mosaic Factor, we help organisations build trustworthy AI systems that are explainable, auditable and aligned with both business objectives and regulatory expectations.

Because the future belongs not simply to companies that use AI, but to companies that govern AI well.

→ Check our Trustworthy AI solution