DeepRenoX logoDeepRenoX

RINA Disruption Management Tool

DeepRenoX is a digital tool developed by RINA to support the planning and management of deep renovation projects, with a specific focus on assessing and minimizing user disruption. Through simulations, analysis, and visual reporting, the tool enables Project Managers to organize renovation workflows efficiently, ensuring occupant comfort, operational continuity, and transparent stakeholder communication.

Tool description

DeepRenoX is an intelligent deep renovation workflow management tool designed to help organizations plan, schedule, and minimize disruptions during renovation projects. By analyzing timelines and potential disturbances, DeepRenoX enables project managers and facility teams to make informed decisions ensuring smoother execution with minimal impact on daily operations.

Key features

With DeepRenoX, take control of renovations with smart planning, reduce downtime, and clear communication, before work even begins.

Who is DeepRenoX For?

DeepRenoX is built for organizations managing renovation projects in schools, universities, offices, and large facilities, ensuring clear scheduling and disruption control.

Why DeepRenoX?

Because successful renovations depend on more than just execution, they require smart preliminary scheduling, clear insights, and minimal disruption. DeepRenoX ensures that every step is planned for maximum efficiency and minimal inconvenience.

A RINA initiative

Rina logo

RINA offers a complete package of technical advisory services for investors, owners, lenders, IPPs and developers and prides itself on the quality of services and attention to detail developed through years of experience in the renewables industry, where we have developed diverse and extensive experience in consulting and engineering, and are at the forefront of providing technical advice for project financing across multiple technologies including solar, wind, energy storage, hydro, bioenergy & renewable heat and energy efficiency in the built environment.

Funded by the European Union

BUILDCHAIN has received funding from the European Union's Horizon Europe research and innovation programme under grant agreement no 101092052.