Felipe Martínez secures Corfo funding for Huella Estructural

Felipe Martínez transforms structural sensor into Huella Estructural

Felipe Martínez did not set out to build a deep-tech infrastructure company. After studying business administration and economics at Universidad Adolfo Ibáñez and completing an MBA in Spain, he worked at large corporations. But a parallel project kept circling back: a structural sensor developed by his father, an architect, and a team of structural engineers.

When Martínez joined full-time during the pandemic, the technology existed only as a sensor sending data to Excel spreadsheets. There was no commercial product and no company structure. He took on both.

Today, Huella Estructural delivers structural health monitoring as a service. The company installs sensors in buildings and infrastructure, transmits vibration data to cloud servers, and analyzes structural behavior to support inspection and maintenance decisions. Clients include Cencosud, one of Latin America's largest retailers, and Empresa de Ferrocarriles del Estado (EFE), Chile's state railway operator, with additional projects running in other Latin American countries.

The sensor technology originated years earlier in a Corfo-funded project Martínez and his father pursued while he was still at university. That initiative aimed to generate energy from train vibrations but never reached commercial viability. The core insight survived: use harvested energy to power sensors capable of understanding structural behavior. Over time, that concept evolved into a structural monitoring system.

Martínez observed from a distance until the pandemic prompted him to join full-time. His role shifted from technology development to company building. He attempted an early European market entry, but the market signaled the product was not ready. He pulled back and refocused resources on Chile while building specialized engineering talent locally.

How preventive infrastructure monitoring reshapes Chile's construction and engineering hiring

Huella Estructural's growth has direct implications for talent strategy in Chile's construction technology sector. Moving from prototype to commercial service required Martínez to assemble cross-functional teams spanning hardware engineering, IoT connectivity, cloud data analysis, and structural engineering interpretation.

Martínez projected faster growth than materialized. The construction industry remained depressed following the pandemic, anticipated sales did not close, and stock shortages stalled expansion for nearly two years. Additional Corfo innovation funds and open-innovation partnerships eventually arrived alongside a more robust product.

The company now positions structural monitoring as preventive health assessment rather than post-event diagnosis. Martínez draws a parallel to blood tests: a person may feel healthy yet undergo preventive screening to detect problems early. Structures should receive the same treatment. In earthquake-prone Chile, the question is not only whether buildings can withstand seismic events but how they behave afterward and whether hidden damage compromises safety.

This preventive model creates demand for professionals who can interpret continuous sensor data, distinguish normal variation from structural change, and translate algorithmic alerts into actionable maintenance decisions. Huella Estructural's client base spans retail real estate, public infrastructure, and heritage buildings, each requiring domain-specific expertise.

Expansion into critical infrastructure such as bridges, hospitals, and public buildings adds regulatory and safety dimensions that complicate hiring further. Engineers must understand structural mechanics and data science alongside the risk frameworks governing public assets. For employers building teams in adjacent sectors, Huella Estructural's experience illustrates the challenge of sourcing talent at the intersection of civil engineering, IoT hardware, and cloud analytics in a market where such hybrid profiles remain scarce.

Martínez emphasizes that Latin Americans are not culturally inclined toward prevention, whether for cars, dental care, or structures. Changing that behavior requires both technology and education. For companies in the region's infrastructure technology ecosystem, this cultural shift represents both a hiring challenge and a market-building imperative.

GENTY's building specialized engineering talent in Chile guide offers additional context for employers planning their next hires. GENTY's Latin America's emerging deep-tech founders guide offers additional context for employers planning their next hires.

Deep-tech commercialization signals for LATAM infrastructure innovation

Huella Estructural's trajectory offers a case study in deep-tech commercialization for Latin America's emerging founders. The company took years to move from university-backed prototype to revenue-generating service, navigating Corfo's innovation funding mechanisms, supply-chain disruptions, and a construction market in contraction.

Martínez's advice to early-stage founders centers on adaptive persistence: be tenacious but responsive to market signals. He stresses the importance of correcting course quickly, noting that late corrections cost far more than early pivots. His own misstep with premature European expansion underscores that lesson.

The company's reliance on Corfo funding at multiple stages highlights the role of public innovation capital in de-risking hardware and infrastructure technology development. Unlike software startups that iterate rapidly with minimal capital, structural monitoring requires sensor manufacturing, field installation, connectivity infrastructure, and multi-year data collection to validate algorithmic models. That capital intensity makes patient, mission-aligned funding essential.

For employers evaluating partnerships or acquisitions in Chile's infrastructure technology sector, Huella Estructural's client roster signals credibility. Contracts with Cencosud and EFE demonstrate operational deployments at scale beyond pilot projects. The firm's stated goal is to make structural health monitoring a standard consideration in real estate transactions, comparable to commercial due diligence reports.

Martínez frames the company's mission in terms of cost and safety: prevention is always cheaper than reconstruction, and data-driven decisions can save lives. That framing aligns with broader trends in Latin America's infrastructure sector, where aging assets, seismic risk, and fiscal constraints are driving interest in predictive maintenance and asset lifecycle management.

As infrastructure monitoring shifts from reactive inspection to continuous data collection, demand will grow for professionals who can design, deploy, and interpret sensor networks across diverse asset classes. Companies that invest early in building those capabilities, whether through direct hiring, partnerships, or acquisitions, will be better positioned as preventive infrastructure management becomes standard practice across earthquake-prone markets in the region.