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BIM+ Digital Infrastructure Framework

Hertford System’s BIM+ Digital Infrastructure Framework transforms traditional project delivery through integrated digital engineering.

By connecting design, construction, and operations into a unified data-driven environment, we enable smarter coordination, reduced risk, and optimized infrastructure performance across the full lifecycle.

Layer 1 — Digital Design

BIM Execution Plan

CAD Digitization

3D BIM Modeling

BIM Coordination

Clash Detection

BIM Audit

Scan-to-BIM

BIM 4D Scheduling

BIM 5D Cost Management

Outcomes

  • Integrated Digital Design Models
    • A unifieddigital representation of the project that integrates multidisciplinary design information within acoordinated BIM environment.
  • Reduced Design Conflicts
    • Early detection and resolution of design clashes significantly reduces errors, rework, and construction risks.
  • Faster Project Delivery
    • Improved coordination, digital workflows, and enhanced project planning accelerate execution and shortendelivery timelines.
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Common Data Environment (CDE) setup

BIM Data Governance

BIM Model Validation & Compliance

BIM Automation & AI Checking

Digital Asset Library Development

BIM Integration with ERP / project systems

Sustainability & Carbon Analysis

Construction Simulation & Logistics Planning

Outcomes

  • Data-Driven Project Execution
    • Centralized digital data enables informed decision-making, improved collaboration, and greater transparencyacross all project stakeholders.
  • Automated Validation & Compliance
    • Digital workflows and automated model checks ensure BIM deliverables consistently meet projectstandardsand quality requirements.
  • Improved Cost & Schedule Performance
    • Integrated planning, data analysis, and simulation tools help optimize project schedules, control costs, andreduce construction risks.
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Reality Capture (Drone / Laser Scan)

Construction Progress Digital Monitoring

Site Logistics Simulation

Digital Construction Monitoring Dashboard

Safety Risk Simulation

Digital Quality Control

Outcomes

  • Real-Time Construction Visibility
    • Digital monitoring and visualization tools provide stakeholders with up-to-date insights into constructionprogress and site activities.
  • Reduced Delays and Errors
    • Early detection of risks, improved planning, and digital monitoring minimize construction disruptions andreduce costly project delays.
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Digital Twin creation (Bentley iTwin / Akila)

Integration with IoT sensors

Operational monitoring dashboards

Asset performance analytics

Predictive maintenance systems

Outcomes

  • Real-Time Asset Intelligence
    • Continuous data integration provides operators with accurate and timely insights into infrastructureperformance and asset conditions.
  • Optimized Operational Performance
    • Digital monitoring and predictive analytics improve operational efficiency, reduce maintenance costs, andextend the lifecycle of infrastructure assets.
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Smart Facility Management (FM)

Infrastructure Asset Management

Integration with BMS / SCADA / PLC

Maintenance Optimization

Energy & Sustainability Management

Outcomes

  • Extended Asset Lifespan
    • Proactive monitoring and optimized maintenance strategies help extend theoperational life of infrastructureand facility assets.
  • Reduced Operational Cost
    • Improved asset visibility and efficient maintenance planning lower operational expenses and reduceunexpected equipment failures.
  • Sustainable Infrastructure Operations
    • Data-driven monitoring and energy management support environmentally responsible and sustainableinfrastructure performance.
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BIM Execution Plan (BEP)

A structured roadmap defining how BIM will be implemented throughout the project. It establishes modeling standards, collaboration workflows, and coordination processes to ensure efficient project delivery.

CAD Digitalisation

A structured roadmap defining how BIM will be implemented throughout the project. It establishes modeling standards, collaboration workflows, and coordination processes to ensure efficient project delivery.

BIM Coordination

A collaborative process that integrates models from multiple disciplines into a unified digital environment. Thisensures design alignment, improves communication between stakeholders, and supports efficient projectdelivery.

Clash Detection

Advanced analysis of BIM models to identifyphysical or spatial conflicts between structural, mechanical,electrical, and piping systems before construction begins, minimizing costly site rework.

BIM Audit

A comprehensive review of BIM models and workflows to verify compliance with project requirements, BIMstandards, and information management practices, ensuring model quality and consistency

Scan-to-BIM

Conversion of laser scanning or point cloud data into accurate BIM models of existing facilities. This supportsrenovation planning, facility management, and digital documentation of as-built conditions.

BIM 4D Scheduling

Integrates project timelines with BIM models to simulate construction sequences over time, allowing teams tovisualize project phasing, optimize scheduling, and improve site coordination.

BIM 5D Cost Management

Combines BIM models with cost data to enable automated quantity take-offs, accurate cost estimation, andreal-time budget monitoring throughout the project lifecycle.

Common Data Environment (CDE) Setup

Establishes a centralized digital platform where all project information, models, documents, and workflows are securely stored and managed. A CDE enables real-time collaboration, controlled data access, and structured information exchange across the entire project team.

BIM Data Governance

Defines standards, policies, and procedures for managing BIM data throughout the project lifecycle. This ensures information consistency, proper data ownership, controlled revisions, and compliance with project and industry standards.

BIM Model Validation & Compliance

Performs both automated and manual checks to verify that BIM models comply with project standards, modelling guidelines, and client requirements. This ensures model accuracy, completeness, and readiness for downstream construction and operational use.

BIM Automation & AI Checking

Applies rule-based automation and AI-assisted tools to accelerate model validation, clash detection, and design verification. This reduces manual checking efforts while improving modelling efficiency and maintaining high data quality.

Digital Asset Library Development

Creates standardized digital components and parametric BIM objects representing equipment, systems, and infrastructure assets. These libraries improve modelling efficiency, ensure data consistency, and support long-term asset management.

BIM Integration with ERP / Project Systems

Connects BIM data with enterprise systems such as ERP platforms, procurement systems, and project management tools. This integration enhances data transparency, enabling better cost tracking, procurement planning, and project reporting.

Sustainability & Carbon Analysis

Utilizes BIM data to evaluate environmental performance, energy efficiency, and carbon footprint across the project lifecycle. This supports sustainable design decisions and helps organizations meet ESG and green infrastructure goals.

Construction Simulation & Logistics Planning

Uses BIM models to simulate construction workflows, site logistics, and equipment movement before execution. This helps identify risks, optimize resource planning, and improve overall construction efficiency.

Reality Capture (Drone / Laser Scan)

Captures accurate site conditions using drone photogrammetry and laser scanning technologies. The collected data generates detailed point clouds and digital models, enabling precise documentation of construction progress and existing site conditions.

Construction Progress Digital Monitoring

Uses digital tools and BIM integration to track construction progress against project schedules. This enables stakeholders to monitor project status, identify deviations early, and ensure timely completion of construction activities.

Site Logistics Simulation

Simulates construction site operations, material movements, equipment placement, and access routes using BIM models. This helps optimize site planning, reduce congestion, and improve construction efficiency before physical work begins.

Digital Construction Monitoring Dashboard

Provides a centralized digital dashboard that visualizes project data, construction progress, and key performance indicators in real time. This enables project teams to make informed decisions and respond quickly to changing site conditions.

Safety Risk Simulation

Utilizes digital models and simulations to identify potential safety hazards during construction activities. This proactive approach improves site safety planning and helps prevent accidents before they occur.

Digital Quality Control

Implements digital inspection and verification processes to ensure construction work aligns with design specifications and BIM models. This improves quality assurance and enables early detection of construction deviations.

Digital Twin Creation

Develops a live digital representation of infrastructure assets by transforming BIM models into operational digital twins using platforms such as Bentley iTwin and Akila. This enables real-time monitoring, analysis, and lifecycle management of physical infrastructure.

Integration with IoT Sensors

Connects operational data from IoT devices and industrial systems to the digital twin environment. This integration enables real-time tracking of asset conditions, operational parameters, and overall system performance.

Operational Monitoring Dashboards

Provides interactive dashboards that visualize real-time operational data, system performance, and infrastructure conditions. These dashboards deliver actionable insights to support faster and more informed decision-making.

Asset Performance Analytics

Applies advanced analytics to evaluate asset performance using operational data from sensors and connected systems. This enables organizations to identify inefficiencies, improve asset utilization, and optimize infrastructure performance.

Predictive Maintenance Systems

Uses operational data and analytics to predict potential equipment failures before they occur. Predictive maintenance reduces unexpected downtime, extends asset lifespan, and improves maintenance planning.

Smart Facility Management (FM)

Utilizes digital models and operational data to manage building systems, equipment, andinfrastructurethroughout the facility lifecycle. This improves maintenance planning, operational visibility, and overall facility performance.

Infrastructure Asset Management

Applies a digital approach to managing infrastructure assets using integrated data from BIM models and operational systems. This enables organizations to monitor asset conditions, plan maintenance, and optimize asset utilization across the lifecycle.

Integration with BMS / SCADA / PLC

Connects building management systems (BMS) and industrial control systems such as SCADA and PLC with digital infrastructure platforms. This integration enables centralized monitoring and control of facility operations.

Maintenance Optimization

Uses data analytics and operational insights to improve maintenance scheduling and resource planning. This helps prevent equipment failures, reduce downtime, and extend the lifespan of critical infrastructure assets.

Energy & Sustainability Management

Monitors and analyzes energy consumption and environmental performance using digital platforms. This enables organizations to improve energy efficiency, reduce carbon footprint, and support long-term sustainability goals.

3D BIM Modeling

Development of intelligent 3D digital models containing detailed engineering information for buildings orinfrastructure. These models enable advanced visualization, multidisciplinary coordination, and data-drivenproject planning