A Bespoke Approach to AI and IT Solutions

Tailor-Made Solutions For Every Challenge

From automating BIM creation to optimizing smart grids, we leverage the latest advancements in AI, deep learning, and geospatial technologies to create scalable, high-accuracy solutions

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ALL Use Cases

Use Cases We Develop

We're not about complicating things. Here's how we make everything smarter.

MEP AI Verification (Toronto, Canada)

Problem: Errors in MEP (Mechanical, Electrical, and Plumbing) BIM models led to costly rework and project delays.

Solution: AI automated BIM verification, identifying inconsistencies before construction.

Results:

• Reduced manual verification time by 80%

• Cut rework costs by $200,000+

Find Out More

AI-Powered Video-to-BIM Conversion (Canada)

Problem: Renovation projects required fast and cost-effective BIM model creation.

Solution: AI converted video and point cloud data into BIM models, integrating seamlessly with Autodesk Revit.

Results:

• Eliminated manual modeling, reducing BIM creation time by 80%

• Enabled faster renovation planning and automated workflow integration

Find Out More

Multi-Source BIM Model Creation
(Oslo, Norway)

Problem: A complex urban district required a high-accuracy BIM model from diverse data sources.

Solution: AI integrated video, photos, LiDAR, and geospatial data to generate a BIM model.

Results:

• Delivered a complete BIM model in 36 hours

• Saved weeks of manual work and scanning expenses

Find Out More

AI-Driven Document QA
(Manchester, UK)

Problem: Construction companies faced up to 20% errors in project documentation, leading to costly mistakes and delays.

Solution: AI automated document quality checks, ensuring accuracy across naming conventions, metadata, and compliance.

Results:

• Reduced rework by 90%

• Cut manual verification time by 50%

Find Out More

AI-Powered Bridge Inspection (Global)

Problem: Manual bridge inspections were slow, expensive, and involved safety risks for personnel.

Solution: AI analyzed drone images and 3D scans to detect cracks, corrosion, and structural issues.

Results:

• Inspections completed 5x faster

• Increased defect detection accuracy to 80%+

Find Out More

Efficient BIM Model Creation for Large Areas (Ohio, USA)

Problem: Manually creating a BIM model for large-scale projects was slow and costly.

Solution: AI automated BIM generation from drone video and point cloud data, reducing manual workload.

Results:

• Created a LOD 300 BIM model for a 1,000 m² area in hours

• Improved scalability and project efficiency

Find Out More

AI-Powered Workflow Optimization (Ontario, Canada)

Problem: Lengthy approval cycles and inefficient coordination between construction phases.

Solution: AI streamlined feasibility studies, procurement, and construction workflows.

Results:

• Reduced administrative overhead by 30%

• Improved decision-making speed by 25%

Find Out More

Structural Engineering & Construction Optimization (Sydney, Australia)

Problem: Manual processes slowed down structural and geotechnical engineering workflows.

Solution: AI automated defect detection, data exchange between platforms, and model optimization.

Results:

• Reduced engineering time by 30%

• Streamlined cross-platform data exchange and analysis

Find Out More

QTO Automation for Cost Estimating (Global)

Problem: Manual quantity takeoff (QTO) was time-consuming and prone to estimation errors.

Solution: AI automated QTO, ensuring faster and more accurate cost calculations.

Results:

• Reduced workload by 50%

• Decreased cost estimation errors by 80%

Find Out More

Smart Grid Lighting Optimization (Aleben, Germany)

Problem: High energy costs and inefficient urban lighting management.

Solution: AI optimized smart grid lighting to reduce energy waste and enhance safety.

Results:

• Reduced energy consumption by 40%

• Improved public safety with adaptive lighting control

Find Out More

City-Level Digital Twin Inventory (Goslar, Germany)

Problem: The municipality needed a comprehensive 3D inventory of its infrastructure for planning and maintenance.

Solution: AI integrated LiDAR, OpenStreetMap data, and aerial imagery to create a Digital Twin.

Results:

• Generated a full 3D city model in 12 days

• Provided real-time data updates for city planning

Find Out More

For more information on the technologies used, please follow the link

Types Of Data:

We have combined a range of technologies and data sources, each with their own unique advantages, to ensure that the BIM model is as accurate as possible. By leveraging the strengths of each of these data types, we can provide an unprecedented level of precision and detail of BIM model.

Satellite imagery

provides wide coverage and is readily available

Mapping layers from OpenStreetMap

are freely available and offer geospatial data such as roads and buildings

Drone video

provides fast coverage with a high resolution of up to 0.2 m

Mobile mapping technology

captures 3D data at a resolution of 0.03 m

LiDAR scanners

provide precise distance measurements and 3D data at a resolution of 0.01 m

360-degree video

provides fast and wide coverage at a resolution of 0.3 m

4K video

captures high-resolution visual data quickly at a resolution of 0.2 m

iPhone LiDAR

is a fast and convenient way to capture precise distance measurements and 3D data indoors

How it works

What Awaits You with Lepei?

Here’s our simple 4-step journey to elevate your project with AI.

Two businessmen are sitting at a table in a modern office, discussing business.

Discovery & Consultation

You bring us your goals—we listen, ask questions, and pinpoint exactly what needs improving

Architectural blueprint of a building with intricate piping and structural details

Plan & Propose

We craft a plan tailored to you, estimate ROI, and show how our solutions will transform your workflow.

A worker in a factory is touching a holographic projection of a bar graph that is increasing, showing financial growth.

Implement & Integrate

Once you’re on board, we set everything up—from site monitoring to BIM automation—while you get regular updates.

Abstract image of upward trending graphs and charts on a laptop screen, suggesting growth and progress in business or technology.

Monitor & Optimize

After launch, we refine and support your system so you’re always running smoothly and efficiently.

Transform your processes today with LEPEI – where simplicity meets innovation

Get in touch

A Bespoke Approach to AI and IT Solutions

Tailor-Made Solutions For Every Challenge

From automating BIM creation to optimizing smart grids, we leverage the latest advancements in AI, deep learning, and geospatial technologies to create scalable, high-accuracy solutions

ALL Use Cases

Use Cases We Develop

Use Cases We Develop

We're not about complicating things. Here's how we make everything smarter.

We're not about complicating things. Here's how we make everything smarter.

MEP AI Verification (Toronto, Canada)

Problem: Errors in MEP (Mechanical, Electrical, and Plumbing) BIM models led to costly rework and project delays.

Solution: AI automated BIM verification, identifying inconsistencies before construction.

Results:

• Reduced manual verification time by 80%

• Cut rework costs by $200,000+

AI-Powered Video-to-BIM Conversion (Canada)

AI-Powered Video-to-BIM Conversion (Canada)

Problem: Renovation projects required fast and cost-effective BIM model creation.

Solution: AI converted video and point cloud data into BIM models, integrating seamlessly with Autodesk Revit.

Results:

• Eliminated manual modeling, reducing BIM creation time by 80%

• Enabled faster renovation planning and automated workflow integration

Multi-Source BIM Model Creation (Oslo, Norway)

Multi-Source BIM Model Creation (Oslo, Norway)

Problem: A complex urban district required a high-accuracy BIM model from diverse data sources.

Solution: AI integrated video, photos, LiDAR, and geospatial data to generate a BIM model.

Results:

• Delivered a complete BIM model in 36 hours

• Saved weeks of manual work and scanning expenses

AI-Driven Document QA (Manchester, UK)

Problem: Construction companies faced up to 20% errors in project documentation, leading to costly mistakes and delays.

Solution: AI automated document quality checks, ensuring accuracy across naming conventions, metadata, and compliance.

Results:

• Reduced rework by 90%

• Cut manual verification time by 50%

AI-Powered Bridge Inspection (Global)

Problem: Manual bridge inspections were slow, expensive, and involved safety risks for personnel.

Solution: AI analyzed drone images and 3D scans to detect cracks, corrosion, and structural issues.

Results:

• Inspections completed 5x faster

• Increased defect detection accuracy to 80%+

Efficient BIM Model Creation for Large Areas (Ohio, USA)

Efficient BIM Model Creation for Large Areas (Ohio, USA)

Problem: Manually creating a BIM model for large-scale projects was slow and costly.

Solution: AI automated BIM generation from drone video and point cloud data, reducing manual workload.

Results:

• Created a LOD 300 BIM model for a 1,000 m² area in hours

• Improved scalability and project efficiency

AI-Powered Workflow Optimization (Ontario, Canada)

AI-Powered Workflow Optimization (Ontario, Canada)

Problem: Lengthy approval cycles and inefficient coordination between construction phases.

Solution: AI streamlined feasibility studies, procurement, and construction workflows.

Results:

• Reduced administrative overhead by 30%

• Improved decision-making speed by 25%

Structural Engineering & Construction Optimization (Sydney, Australia)

Problem: Manual processes slowed down structural and geotechnical engineering workflows.

Solution: AI automated defect detection, data exchange between platforms, and model optimization.

Results:

• Reduced engineering time by 30%

• Streamlined cross-platform data exchange and analysis

QTO Automation for Cost Estimating (Global)

Problem: Manual quantity takeoff (QTO) was time-consuming and prone to estimation errors.

Solution: AI automated QTO, ensuring faster and more accurate cost calculations.

Results:

• Reduced workload by 50%

• Decreased cost estimation errors by 80%

Smart Grid Lighting Optimization (Aleben, Germany)

Smart Grid Lighting Optimization (Aleben, Germany)

Problem: High energy costs and inefficient urban lighting management.

Solution: AI optimized smart grid lighting to reduce energy waste and enhance safety.

Results:

• Reduced energy consumption by 40%

• Improved public safety with adaptive lighting control

City-Level Digital Twin Inventory (Goslar, Germany)

City-Level Digital Twin Inventory (Goslar, Germany)

Problem: The municipality needed a comprehensive 3D inventory of its infrastructure for planning and maintenance.

Solution: AI integrated LiDAR, OpenStreetMap data, and aerial imagery to create a Digital Twin.

Results:

• Generated a full 3D city model in 12 days

• Provided real-time data updates for city planning

Multi-Source BIM Model Creation
(Oslo, Norway)

Multi-Source BIM Model Creation
(Oslo, Norway)

AI-Driven Document QA
(Manchester, UK)