Why Aurigo is Betting on AI, Talent & Long-Term Thinking
By Supreeth Koundinya ·
Aurigo founder Balaji Sreenivasan on building an AI-native company for the full construction lifecycle spanning capital planning, project delivery, and asset management for some of the largest infrastructure programs in North America.
When Balaji Sreenivasan founded Aurigo in 2003, he wasn't trying to build one of North America's leading infrastructure software companies. He wanted to solve a problem.
Capital owners were still managing complex capital programs with disconnected systems and paper-driven processes. He believed software could bring clarity to the decisions that shape ports, highways, roads, and other critical infrastructure.
More than two decades later, Aurigo has become one of North America's leading providers of software for capital planning, project delivery, and asset management. Its AI-native platform supports more than $450 billion in capital programs across North America, helping more than 300 organisations plan, build, and maintain over 40,000 infrastructure projects. The company has evolved significantly, but the thinking that shaped it began long before Aurigo itself.
The Ideas That Built Aurigo
The philosophy that has guided Aurigo's growth can be traced back much further than the company's founding.
"I think the thought that stayed in my head was that you could write code and solve a problem that you previously couldn't."
After being introduced to a Spectrum computer in the early 1980s, he taught himself BASIC and began writing simple programs. One of them catalogued his comic book collection, but what stayed with him wasn't the program itself. It was the realisation that technology could make previously impossible tasks possible. That idea eventually became the foundation for Aurigo.
The company began by helping field inspectors replace paper-based processes with digital workflows. As customers adopted the software, Aurigo expanded into project management, contractor payments, capital planning, and right-of-way. Over time, those capabilities evolved into an integrated platform supporting the full capital program lifecycle.
Large capital programs often run over budget and behind schedule. Managing these investments, many of them funded by taxpayers, requires visibility into how funding is allocated, how projects progress, and how assets are maintained long after construction is complete. Aurigo's approach has always been to bring greater transparency, accountability, and confidence to those decisions through software.
Long-term partnerships have given Aurigo a front-row seat to how infrastructure management continues to evolve. Rather than simply keeping pace, the company has helped shape that evolution, investing early in cloud technologies and later in artificial intelligence so customers are equipped for the challenges ahead, not just those of today. As customers entrusted Aurigo with increasingly critical infrastructure programs, the company continued to strengthen its commitment to security and compliance, reflected most recently by Aurigo Masterworks achieving FedRAMP Class C certification in 2025.
Yet when Balaji talks about the future, the conversation rarely starts with the software. It starts with people.
AI Needs More Than Models
Many companies are racing to add intelligent capabilities to existing products, but the real advantage comes from context. Years of solving real customer challenges, combined with structured project and construction data accumulated across the infrastructure lifecycle, became the foundation for Lumina, the company's AI foundation engine.
"We had a large data model. So we took that data model and built our AI foundation engine called Lumina."
For Balaji, sustainable AI platforms are built on years of domain expertise rather than being layered onto existing software. The real value of AI comes from the context behind it, not the model alone. That's why Aurigo's engineers focus on building intelligent capabilities grounded in decades of project data and infrastructure expertise, helping capital owners make better decisions across capital programs worth billions of dollars. Their work shapes programs that affect everyday life, from the roads people travel and the utilities they depend on to the facilities where they work and innovate.
The Engineers Who Thrive
The biggest shift in software development isn't just how products are built. It's how engineers spend their time. At Aurigo, AI accounts for more than 80% of code generation, giving teams more time to focus on complex challenges. Engineering output has increased significantly over the past year, and rather than reducing headcount, Aurigo has reinvested that capacity into new products and new markets.
"The question isn't how much code someone writes. It's whether they're solving the right problem."
The industry has spent too long measuring engineering by the code it produces. As more deterministic work becomes automated, success is increasingly measured by judgment, systems thinking, and the ability to design intelligent solutions rather than simply implement them. Aurigo's internal framework reflects this, evaluating engineers not only on their use of AI tools but on their ability to orchestrate workflows and build autonomous systems.
That shift in how engineering is measured points to a larger change in how customers may come to think about software itself. Balaji believes organisations are beginning to ask a more fundamental question: whether they should pay for software licenses at all, or simply pay for outcomes. If that shift accelerates, it could reshape how software companies package, price, and deliver their products.
The engineers who have the greatest impact think across systems, work across disciplines, and understand how people, workflows, and AI come together to make that possible. They influence product direction, shape what gets built next, and work closely with customers. That culture extends to how Aurigo has built its global organisation. The company's Bengaluru office began as a straightforward business decision.
"We initially came for the cost, but we stayed for the talent."
Today, it has grown into one of Aurigo's strongest engineering centres, with teams contributing to product strategy, platform innovation, and AI initiatives alongside colleagues in Austin, Toronto, and Cape Town.
Thinking Several Moves Ahead
The qualities Aurigo looks for in its engineers are also what drew the company to the AIM Chess League. For Balaji, chess embodies discipline, strategic thinking, and the ability to make sound decisions under uncertainty. The engineers who thrive are comfortable with ambiguity, recognise patterns, weigh trade-offs carefully, and never stop learning. Chess demands exactly that.
"The reason we're associated with the chess initiative is that we want innovative thinkers. Where does that thinking happen outside of tech? It happens in chess, and it happens in sports. You're thinking on your feet. You're thinking about your next move."
The AIM Chess League brings together technology professionals through competition, learning, and a shared intellectual pursuit, the kind of environment where ideas are challenged, perspectives are broadened, and better innovators emerge. As AI takes over more routine work, the ability to think several moves ahead only becomes more valuable.
What endures is the ability to ask better questions, exercise sound judgment, and make thoughtful decisions when the path forward isn't obvious. Those are the qualities that have shaped Aurigo for more than two decades, and they continue to define the people the company wants to build with.