Two 19-year-old entrepreneurs from Friuli, Italy, reach the DigithON 2026 finals with OLTRIS, a venture merging robotics, AI, and industrial sensor technology.

The landscape of industrial automation is often viewed as the playground of established engineering firms and legacy corporations. However, a new wave of Gen Z entrepreneurs is challenging this hierarchy by integrating artificial intelligence and robotics at an age when most of their peers are just beginning university. In the Friuli region of Italy, two 19-year-olds, Massimo Dellisanti and Nicola Bittolo, have emerged as significant players in this shift with their venture, OLTRIS.

The road to DigithON 2026

The ambition of Dellisanti and Bittolo has recently gained national recognition. Their startup, OLTRIS, has been selected as one of the 100 finalists for the eleventh edition of DigithON, a prestigious national competition dedicated to innovation and emerging entrepreneurial realities. The event, scheduled for the first three days of October in Bisceglie, Puglia, serves as a high-stakes arena where the next generation of tech leaders presents their visions to a curated group of private and institutional investors.

For the founders, this selection is more than a trophy; it is a strategic gateway. The competition includes a public online voting mechanism that influences the final rankings, forcing young founders to balance technical excellence with market appeal and communication skills. This duality is essential for any startup seeking to transition from a prototype to a scalable business model in the competitive AI sector.

From EcoSweep to a scalable vision

The genesis of OLTRIS was not an overnight success but the result of an academic journey at the Arturo Malignani Institute in Udine. During their fourth year of school, the duo developed EcoSweep, a robotic prototype designed for operational support and monitoring within industrial environments. This early project acted as a proof of concept, demonstrating that AI-driven robotics could solve tangible safety and efficiency problems on the factory floor.

The technical validity of their work was validated early on when they secured the Safety by Technology award, an honor promoted by Confindustria Udine. This recognition from one of Italy's most influential industrial associations provided the necessary momentum to pivot from a school project to a formal business entity. While EcoSweep focused on the specific task of monitoring, OLTRIS represents a broader evolution.

Bridging the gap in industrial AI adoption

The core mission of OLTRIS is to democratize the deployment of advanced technology. Many small and medium-sized enterprises (SMEs) struggle to integrate robotics and sensor software due to high costs, technical complexity, or a lack of specialized personnel. Dellisanti and Bittolo aim to strip away these barriers, making the use of robots and AI more accessible and intuitive for the average industrial operator.

By focusing on the intersection of robotics, sensor technology, and AI, OLTRIS is positioning itself in a niche that prioritizes usability. The goal is to create a seamless interface between complex hardware and the end-user, ensuring that the operational benefits of automation are not reserved solely for tech giants with massive R&D budgets. This approach aligns with a global trend toward industrial digitalization, where the value lies not just in the power of the AI, but in its ease of integration.

The strategic importance of youth-led innovation

The rise of founders like those behind OLTRIS signals a shift in how AI startups are formed. Unlike previous generations that relied on years of corporate experience before launching a venture, today's youth have access to open-source libraries, rapid prototyping tools, and global knowledge networks from a very early age. The ability of two teenagers to compete on a national stage against seasoned entrepreneurs highlights the flattening of the technical learning curve.

Furthermore, the support from local institutions in the Friuli region suggests a growing recognition that youth-led startups can act as catalysts for regional economic renewal. By fostering an environment where students from institutes like Arturo Malignani can transition directly into the startup ecosystem, the region is attempting to retain talent and attract venture capital into its local tech hubs.

Evaluating the competitive landscape

As OLTRIS prepares for the finals in Puglia, the challenges ahead are primarily related to scaling and funding. The transition from a prize-winning prototype to a commercial product requires a rigorous approach to supply chain management and regulatory compliance. The founders will be pitching to investors who will look beyond the novelty of their age to evaluate the actual intellectual property and market viability of their software.

The competition at DigithON 2026 will likely mirror the broader global struggle in the AI market: the battle between specialized, niche applications and general-purpose platforms. OLTRIS's focus on industrial sensor integration gives them a tangible edge, as hardware-integrated AI is generally more resistant to the volatility of purely software-based AI trends.

Global implications for international investors

For entrepreneurs and investors in the USA and UK, the story of OLTRIS is a case study in the decentralization of AI innovation. While Silicon Valley and London remain the primary hubs, the emergence of high-quality robotics startups in regional European clusters indicates that the next breakthrough in industrial AI may come from unexpected geographic origins.

From a regulatory perspective, firms operating in this space must navigate a fragmented landscape. In the US, the approach remains largely market-driven with a focus on voluntary safety standards, whereas the UK is positioning itself as a pro-innovation hub with a more flexible framework. However, for any startup like OLTRIS looking to scale globally, the EU AI Act will be the primary benchmark. The Act's classification of AI systems based on risk levels means that industrial robotics—especially those involving human-robot collaboration—will face stringent transparency and safety requirements.

International businesses looking to partner with or acquire European AI startups should note that the integration of AI into physical hardware (robotics) is currently a high-growth area in the EU. The ability of young founders to bridge the gap between academic robotics and industrial application makes these ventures attractive targets for strategic partnerships, provided they can meet the rigorous compliance standards of the European market.

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Sources: Friulioggi (2), Ilfriuli ·