By Jason Marceau, Head of Product Solutions, data²

Permitting Has Become a Strategic National Capability 

For decades, permitting was viewed primarily as a regulatory function - a necessary process that projects navigated before construction could begin. Whether the project involved energy production, transmission infrastructure, transportation systems, mining operations, manufacturing facilities, or commercial development, permitting was generally considered an administrative requirement rather than a strategic capability. 

Today, that perception is changing. 

The United States is entering a period of unprecedented infrastructure demand. Artificial intelligence is driving massive growth in hyperscale data centers. Electrification is increasing pressure on generation and transmission systems. Domestic manufacturing is expanding. Critical mineral development has become a national priority. At the same time, governments at every level are attempting to modernize aging infrastructure while maintaining environmental stewardship, public engagement, and regulatory oversight. 

Each of these priorities shares a common dependency: the ability to permit projects efficiently and effectively. 

Increasingly, the speed at which infrastructure can be delivered is becoming a competitive advantage. The challenge is that permitting timelines often stretch for years, creating uncertainty for developers, investors, utilities, regulators, and communities alike. Delays ripple far beyond individual projects, affecting financing decisions, workforce planning, supply chain investments, construction schedules, and long-term economic growth. 

Permitting is no longer simply about regulatory compliance. It has become one of the most important factors influencing how quickly nations can build the infrastructure required to support economic development, energy security, and technological leadership. 

Policy Reform Has Created Momentum 

Recognizing the importance of permitting, policymakers have spent the last several years attempting to improve outcomes through legislative and regulatory reform. Initiatives such as FAST-41, NEPA modernization, lead agency models, coordinated permitting frameworks, and recent executive actions focused on technology modernization all seek to reduce unnecessary delays while preserving transparency, environmental protections, and public trust. 

These reforms are important because they acknowledge a reality that both government and industry have experienced for years: the permitting process often functions as a collection of disconnected activities rather than a coordinated system. 

Historically, projects have moved through a series of independent reviews performed by different agencies, using different systems, timelines, and datasets. Even when policies encourage coordination, the underlying information environment frequently remains fragmented. Agencies may be working from different sources of information. Applicants may need to provide similar data repeatedly. Stakeholders often lack visibility into project status, dependencies, or emerging risks. 

As a result, the challenge facing permitting is no longer primarily one of policy. Increasingly, it is a challenge of information management and decision-making. 

The Modernization Imperative 

Most permitting modernization efforts have focused on digitization. Agencies have invested in electronic forms, online portals, workflow systems, document repositories, and automation technologies designed to improve administrative efficiency. These initiatives have delivered meaningful benefits and represent an important step forward. 

However, digitizing a process does not fundamentally change how decisions are made. 

The most significant delays in permitting rarely occur because documents cannot move from one system to another. Delays occur because organizations struggle to understand the relationships between regulations, environmental conditions, stakeholder concerns, project requirements, historical decisions, infrastructure dependencies, and operational impacts. The complexity of these relationships continues to grow as projects become larger, more interconnected, and more strategically important. 

A transmission project, for example, may require coordination across federal agencies, state regulators, tribal governments, utility operators, environmental organizations, private landowners, and local communities. Each participant contributes information that influences the outcome, yet much of that information exists in separate systems and is evaluated independently. 

The challenge is not a lack of data. The challenge is creating enough context to understand how that data affects the decision being made. 

Customer Experience Is Reshaping Expectations 

The growing focus on customer experience reflects this broader shift. 

Historically, permitting systems were designed around agency processes. Applicants were expected to understand regulatory requirements, coordinate interactions across organizations, and navigate complex approval pathways with limited visibility into timelines or dependencies. Uncertainty became an accepted part of the process. 

Today, applicants, investors, communities, and policymakers are demanding something different. They expect transparency, predictability, and a clearer understanding of how projects move from concept to approval. They want visibility into milestones, risks, dependencies, and next steps. More importantly, they want permitting systems that help them understand the broader project lifecycle rather than simply processing individual applications. 

This evolution reflects a growing recognition that permitting is not just a government process. It is a shared ecosystem involving public agencies, private industry, communities, utilities, financiers, and supply chain participants. Improving customer experience requires improving coordination and understanding across that ecosystem. 

Decision Intelligence in Permitting 

This is where the next generation of permitting modernization begins. 

Artificial intelligence is already improving areas such as application intake, document review, summarization, and regulatory analysis. These capabilities reduce administrative burden and help agencies process information more efficiently. Yet the greatest opportunity lies beyond automation. 

The future of permitting depends on helping people make better decisions. 

Decision Intelligence represents the convergence of data, contextual reasoning, explainable AI, knowledge graphs, and human expertise to improve how complex decisions are made. Rather than focusing solely on workflows or documents, Decision Intelligence focuses on relationships. It connects fragmented data, regulations, stakeholders, project information, historical outcomes, environmental considerations, and operational dependencies into a unified decision environment. 

This approach fundamentally changes how permitting information is used. Instead of requiring reviewers, applicants, and stakeholders to manually assemble context from dozens of disconnected systems, Decision Intelligence creates a connected understanding of the project and the ecosystem surrounding it. Risks can be identified earlier. Dependencies become visible sooner. Historical knowledge becomes reusable. Decisions become more transparent, consistent, and defensible. 

Most importantly, agencies gain the ability to understand not only what decision is being made, but how that decision affects everything connected to it. 

Unlocking Value Beyond the Permit 

One of the most common misconceptions about permitting is that the permit itself is the outcome. 

In reality, the permit is simply an enabler. 

Consider a hyperscale data center. The permit supports a much larger objective involving energy infrastructure, utility interconnections, construction schedules, workforce planning, water availability, transportation systems, and regional economic development. A transmission project influences grid reliability, generation capacity, electrification initiatives, and industrial growth. A critical minerals project affects domestic manufacturing, supply chain resilience, energy technologies, and national security. 

In every case, permitting decisions create downstream effects that extend far beyond regulatory compliance. 

When viewed through this broader lens, permitting becomes a strategic mechanism for coordinating infrastructure delivery. The better organizations understand the relationships between permitting decisions and downstream outcomes, the greater their ability to accelerate project delivery while reducing risk. 

This is where Decision Intelligence creates its greatest value. It transforms permitting from a process of managing approvals into a capability for understanding and optimizing the broader infrastructure ecosystem. 

The Future State: Understanding Before Acting 

The future of permitting will not be defined by faster forms, larger databases, or additional workflow automation. Those capabilities will remain important, but they are not sufficient to address the growing complexity of modern infrastructure development. 

The next evolution of permitting is the creation of a connected decision ecosystem where agencies, applicants, stakeholders, and communities operate from a shared understanding of the information that matters most. Data becomes connected rather than siloed. Risks become visible before they create delays. Historical knowledge becomes reusable. Decisions become more transparent and defensible. Coordination improves because participants understand how their actions affect the broader system. 

The organizations that lead this transformation will recognize that permitting is fundamentally a decision-making challenge. The goal is to create the understanding necessary to make better decisions while moving faster. 

As infrastructure becomes increasingly critical to economic growth, energy security, supply chain resilience, and national competitiveness, the ability to create that understanding may become the most important permitting capability of all.