New Framework Aims to Create 'Digital Twins' for Infrastructure
What happened
Dallas-based tech firm UMIP Inc. has introduced a "Persistent Infrastructure Identity" framework. The concept aims to establish a foundational digital layer to track and manage physical assets like buildings and bridges throughout their entire lifecycle.
Why it matters
The "Persistent Infrastructure Identity" framework was developed by UMIP Inc. founder, Trevor Vick, to address what the company calls the "Infrastructure Identity Gap." This refers to the lack of a consistent, lifelong identity system for physical structures, which can lead to fragmented documentation and data loss over time. UMIP's research suggests this gap contributes to significant economic inefficiencies. A study by the company estimates that fragmented records for buildings and other infrastructure could lead to over $2 trillion in annual lifecycle inefficiencies across the global built environment. The proposed solution is to assign a permanent digital identifier to each asset. This would function as a foundational layer, allowing all data generated throughout an asset's life—from construction and insurance to renovations and ownership changes—to remain anchored to the asset itself. This concept is a key component of creating "digital twins"—virtual replicas of physical objects or systems. By integrating real-time data, digital twins allow for enhanced monitoring, predictive maintenance, and optimized performance, which can lead to significant cost savings and improved decision-making. The framework is designed to be independent of any specific software platform or company, acting as a neutral continuity layer. UMIP has filed for provisional patents covering the generation of these persistent identifiers and the registry mechanisms to maintain them. UMIP is currently engaging with institutional stakeholders and capital partners to explore pilot programs for the framework. The goal is to test the registry's ability to maintain continuity across ownership changes and various lifecycle events before a wider rollout.
Key numbers
- A study by the company estimates that fragmented records for buildings and other infrastructure could lead to over $2 trillion in annual lifecycle inefficiencies across the global built environment.
What happens next
- A study by the company estimates that fragmented records for buildings and other infrastructure could lead to over $2 trillion in annual lifecycle inefficiencies across the global built environment.
- The concept aims to establish a foundational digital layer to track and manage physical assets like buildings and bridges throughout their entire lifecycle.
Quick answers
What happened in New Framework Aims to Create 'Digital Twins' for Infrastructure?
Dallas-based tech firm UMIP Inc. has introduced a "Persistent Infrastructure Identity" framework. The concept aims to establish a foundational digital layer to track and manage physical assets like buildings and bridges throughout their entire lifecycle.
Why does New Framework Aims to Create 'Digital Twins' for Infrastructure matter?
The "Persistent Infrastructure Identity" framework was developed by UMIP Inc. founder, Trevor Vick, to address what the company calls the "Infrastructure Identity Gap." This refers to the lack of a consistent, lifelong identity system for physical structures, which can lead to fragmented documentation and data loss over time. UMIP's research suggests this gap contributes to significant economic inefficiencies. A study by the company estimates that fragmented records for buildings and other infrastructure could lead to over $2 trillion in annual lifecycle inefficiencies across the global built environment. The proposed solution is to assign a permanent digital identifier to each asset. This would function as a foundational layer, allowing all data generated throughout an asset's life—from construction and insurance to renovations and ownership changes—to remain anchored to the asset itself. This concept is a key component of creating "digital twins"—virtual replicas of physical objects or systems. By integrating real-time data, digital twins allow for enhanced monitoring, predictive maintenance, and optimized performance, which can lead to significant cost savings and improved decision-making. The framework is designed to be independent of any specific software platform or company, acting as a neutral continuity layer. UMIP has filed for provisional patents covering the generation of these persistent identifiers and the registry mechanisms to maintain them. UMIP is currently engaging with institutional stakeholders and capital partners to explore pilot programs for the framework. The goal is to test the registry's ability to maintain continuity across ownership changes and various lifecycle events before a wider rollout.
