About
Exodigo is an AI-driven underground mapping solution designed for industries operating in the built world—utilities, transportation, infrastructure, and government. Traditional underground maps rely on single sensors and visual cues that leave dangerous gaps in knowledge. Exodigo takes a revolutionary approach: geophysical data is collected at scale using multiple sensor types, and AI fuses those signals into complete, high-accuracy 3D subsurface maps. The platform acts as a force multiplier for capital projects. In planning phases, designs can account for subsurface constraints from day one, eliminating costly redesigns. During construction, crews can dig and build confidently in utility-free zones, avoiding dangerous strikes to gas lines, water mains, and electrical conduits. Financially, Exodigo helps organizations maximize ROI by dramatically reducing expensive change orders, accelerating project delivery, and cutting labor and equipment time. Safety is a core value: by minimizing reliance on heavy excavation machinery and providing precise pothole plans, Exodigo reduces the risk of injuries and fatalities on job sites. The platform also supports sustainability goals by shortening project timelines and reducing emissions associated with heavy machinery. Backed by a $96M Series B, Exodigo is actively expanding its mission to power the next era of underground exploration globally.
Key Features
- Multi-Sensor Fusion: Collects geophysical data at scale using multiple sensor types simultaneously, then fuses the signals with AI for unparalleled underground accuracy.
- AI-Generated 3D Subsurface Maps: Produces complete, high-fidelity 3D maps of underground utilities and infrastructure, replacing single-sensor guesswork with data-driven intelligence.
- Non-Intrusive Discovery: Identifies underground assets without digging or drilling, minimizing environmental disturbance and costly exploratory excavation.
- Capital Project Risk Reduction: Integrates subsurface constraints into project designs from day one, preventing expensive change orders, schedule delays, and utility conflicts.
- Precision Pothole Planning: Provides targeted pothole plans that reduce unnecessary drilling and heavy machinery use, improving both safety and sustainability outcomes.
Use Cases
- Pre-construction subsurface utility mapping to inform project design and avoid costly mid-project redesigns
- Utility strike prevention for excavation and construction crews working near gas, water, and electrical lines
- Feasibility-stage underground constraint analysis to maximize capital project ROI
- Transportation and infrastructure corridor planning where existing underground assets must be identified and avoided
- Government and municipal underground asset management for aging utility networks requiring accurate inventory
Pros
- Highest Accuracy Available: Multi-sensor AI fusion produces significantly more accurate subsurface maps than conventional single-sensor or visual-inference methods.
- Proven Safety & Cost Savings: Prevents utility strikes, explosions, and injuries while dramatically reducing change orders and project overruns for capital projects.
- Non-Intrusive Process: Eliminates exploratory excavation, reducing environmental damage, emissions, and disruption to existing infrastructure.
- Cross-Industry Applicability: Serves utilities, transportation agencies, and government clients, making it versatile for a wide range of built-environment projects.
Cons
- Enterprise-Only Pricing: Designed for large infrastructure and utility organizations; pricing and access models are not suited for small businesses or individual use.
- Highly Specialized Use Case: Focused exclusively on underground mapping, limiting its applicability to industries that deal with subsurface infrastructure.
- Deployment Complexity: Requires on-site sensor data collection and enterprise onboarding, which may involve longer setup timelines compared to software-only tools.
Frequently Asked Questions
What is Exodigo and what problem does it solve?
Exodigo is an AI-powered underground mapping platform that solves the problem of inaccurate or incomplete subsurface utility maps. It prevents costly utility strikes, project delays, and safety incidents caused by unknown underground infrastructure.
How does Exodigo's technology work?
Exodigo deploys multiple geophysical sensors to collect subsurface data at scale. An AI platform then fuses these multi-sensor signals to generate complete, accurate 3D underground maps — far surpassing what any single sensor or visual inspection can provide.
Which industries does Exodigo serve?
Exodigo serves utilities, transportation and infrastructure project teams, and government agencies — essentially any organization that digs, builds, or manages assets in the built world.
Does Exodigo require excavation to map underground utilities?
No. Exodigo's approach is entirely non-intrusive. It uses surface-deployed sensors to gather geophysical data without any digging or drilling, minimizing environmental and operational disruption.
What business outcomes can customers expect from Exodigo?
Customers typically see faster project delivery, reduced change orders and redesign costs, improved worker safety, fewer utility strikes, and lower emissions — all stemming from having accurate underground intelligence before and during construction.
