Vectyl provides a spatial compute engine for grid-scale infrastructure deployment, simulating capacity routing and physical constraints with high-fidelity precision. The platform fuses legacy DNO data, land registry bounds, and topography to deliver risk-adjusted pathing intelligence, helping engineering teams bypass legacy GIS bottlenecks and avoid premature capital expenditure.
Funding
Funding not disclosed
Founders
Product
Problem
Legacy GIS tools approximate rather than validate physical deployment pathways, forcing engineering teams to manually reconcile fragmented utility data, land registry records, and physical constraints. This slows grid-scale infrastructure projects, increases capital expenditure risk, and delays delivery timelines when site parameters change.
Solution
Vectyl operates as a dedicated spatial compute layer that fuses legacy DNO data, land registry bounds, topography, and physical constraints into a single, constraint-aware model. The platform simulates dozens of routing paths and stress-tests scenarios dynamically, recalculating physical realities rapidly when site parameters change. It provides high-fidelity, risk-adjusted pathing intelligence that validates deployment pathways before capital is committed, while keeping engineers in control of final authorisation. Vectyl augments human capital by resolving thousands of constraint variables, enabling faster, more predictable infrastructure decisions without replacing the engineering team.
Target Audience
Primary customers are infrastructure funds, developers, and engineering teams involved in grid-scale energy, telecommunications, or utility deployment projects that require precise routing and capacity analysis.
Features
- High-fidelity viability routing that fuses DNO data, land registry bounds, and physical constraints for risk-adjusted pathing intelligence
- Pre-emptive CapEx defence through simulation of physical obstacles and capacity limits before capital commitment
- Dynamic scenario stress-testing that recalculates routing paths when site parameters change, avoiding weeks-long consultancy delays
- Enterprise decision-support operations that resolve thousands of constraint variables while preserving engineer control and final authorisation
- Forward-deployed pilot model enabling rapid deployment and continuous intelligence oversight for live infrastructure projects
- Client spatial data classified as Client IP, processed locally per enterprise agreements with no third-party sharing