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Across the United States, the strain on urban infrastructure has become increasingly evident. Extreme weather events, rapid suburban expansion, and decades of deferred maintenance are converging to expose the vulnerabilities of essential systems that underpin daily life. From outdated sewer networks to undersized stormwater drains, the consequences of neglect are both economic and environmental. The Environmental Protection Agency estimates that urban flooding alone costs the nation more than $9 billion each year, with property damage, service disruptions, and pollution threatening communities in every region. Meanwhile, water contamination incidents and pipeline ruptures continue to reveal the fragile state of the systems responsible for public health and environmental safety.

It is within this challenging context that InfraEdge LLC will begin its operations, aiming to modernize how U.S. cities and developers approach the planning and maintenance of infrastructure. Toward this end, the Texas-based firm is entering the market with a mission to integrate data, design, and sustainability into one comprehensive framework capable of addressing the shortcomings of traditional civil engineering practices. Rather than focusing solely on expansion, InfraEdge has a company mission to emphasize efficiency, helping municipalities and private partners modernize aging systems while mitigating the impact of climate change and urban sprawl.

Indeed, much of U.S. infrastructure was built between the 1950s and 1970s- a period of rapid urbanization that prioritized speed over longevity. As a result, thousands of miles of underground networks are now reaching or exceeding their design life. The American Water Works Association projects that replacing these systems could require more than $1 trillion in investment over the next 25 years. The costs are not limited to repairs; when pipes fail, the consequences ripple across local economies, disrupting transportation, damaging property, and contaminating water sources. In many cases, the lack of accurate system mapping further delays response times, forcing communities to react to crises instead of preventing them.

InfraEdge will seek to address these deficiencies through a combination of modern diagnostics, digital modeling, and environmentally responsible planning. Its future operations will prioritize the use of technologies such as Building Information Modeling (BIM) and Geographic Information Systems (GIS), which allow for detailed visualization and real-time assessment of infrastructure networks. This approach will enable clients to identify vulnerabilities before they escalate into emergencies, creating a framework for proactive maintenance that aligns with the growing movement toward smarter, data-driven cities. In an era when digital infrastructure is as vital as physical infrastructure, this shift represents a fundamental transformation in how engineering services are delivered.

The company’s work will also reflect a deep commitment to sustainability. As climate patterns shift, the frequency of heavy rainfall and droughts is intensifying pressure on drainage and water supply systems nationwide. The National Oceanic and Atmospheric Administration has reported that billion-dollar weather disasters are now occurring, on average, every three weeks, a drastic change from just a few decades ago. InfraEdge will aim to help communities adapt by designing resilient systems that incorporate low-impact development methods such as bioswales, rain gardens, and green retention basins. These strategies not only manage runoff more effectively but also restore natural water cycles disrupted by decades of overdevelopment.

Behind the company’s creation is a visionary engineer and entrepreneur, Amanda Justino, whose professional journey has been defined by her commitment to responsible development and sustainable urban design. With extensive experience in sanitation and drainage projects in Brazil, Justino has witnessed firsthand how thoughtful engineering can improve quality of life while protecting natural ecosystems. Her notable projects in Mato Grosso do Sul gained recognition for combining cost-efficiency with environmental sensitivity, setting a precedent she now seeks to apply in the U.S. context. “Engineering is not just about solving technical problems; it’s about shaping how people live,” Justino explains. “Our goal is to ensure that every project we touch becomes part of a larger effort to build cities that endure, adapt, and respect their surroundings.”

Indeed, Justino’s experience managing multidisciplinary teams and coordinating regulatory approvals will serve as a cornerstone for InfraEdge’s operations. Her expertise spans from conceptual design to execution oversight, ensuring that infrastructure plans meet both technical and environmental standards. By integrating sustainability metrics and lifecycle analysis into every project, she plans to elevate the standard of practice in a field where environmental compliance is increasingly intertwined with economic feasibility. Currently pursuing an MBA to expand her strategic and managerial acumen, Justino aims to lead InfraEdge with both engineering rigor and a business mindset attuned to long-term value creation.

On a national scale, the company’s entry into the U.S. market coincides with a critical period of infrastructure reinvestment. The federal government has committed more than USD 550 billion over the next decade through the Infrastructure Investment and Jobs Act, with significant portions allocated to water infrastructure, resilience projects, and climate adaptation. Yet despite these funds, the lack of skilled civil engineers continues to slow progress. Industry reports suggest that nearly 40 percent of local governments have had to postpone or downscale projects due to staffing limitations. InfraEdge will seek to fill this void by offering external technical capacity, enabling municipalities and developers to access high-level engineering support without the delays associated with recruiting specialized personnel.

Beyond its technical contributions, InfraEdge’s presence will hold broader economic implications. By promoting preventive diagnostics and smarter asset management, the firm’s model could reduce long-term maintenance costs by up to 30 percent compared to traditional reactive approaches. Such efficiencies could redirect resources toward public services, environmental restoration, and community development. Moreover, the company’s focus on knowledge transfer—through client workshops, planning guides, and technical assessments—will help strengthen local expertise, empowering public-sector teams to make informed infrastructure decisions independently.