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As - Built Modelling
- 3D LiDAR Scanning
- Drone/UAV Survey
- Mobile Mapping
- Orthophotos
- Geographic Information System (GIS) Mapping
- Ground Penetrating Radar (GPR)
- Non-Destructive Testing (NDT)
- LiDAR Data Processing
- 3D CAD Modelling
- 3D BIM Modelling
- CAD TO BIM
- SCAN TO BIM
- As-built Modelling
- 3D MESH Model
- Plant Modeling
- Smart City Modeling
- Digital Twin Modeling Services
- Reverse Engineering
- Infrastructure Assessment
- Stockpile Volume Calculation
- Heritage Conservation
- MR/XR Experiences
- Virtual Reality (VR) & Augmented Reality (AR)
- Virtual Events with 360 Degree Coverage
- Project Based Training
As-Built Modelling Services in India | 3D As-Built BIM Modeling & Documentation — Shayona Tech
The Problem with Buildings That Have No Accurate Record
Ask most facility managers, renovation architects, or plant engineers what their biggest challenge is at the start of a project, and the answer is almost always the same: they don’t know what they’re actually working with.
The drawings on file are outdated. They show the building as it was designed, not as it was built and those two things are rarely identical. Site changes, substitutions, rework, service additions, and decades of informal modifications have all left a structure that bears only a passing resemblance to the original documentation.
Every decision made from that point forward carries risk. Design clashes appear on site. Retrofits don’t fit. Renovation contractors price based on assumptions that don’t hold. Facility managers can’t plan maintenance because they don’t know where critical systems actually run.
As-built modelling services exist to close that gap permanently. At Shayona Tech, we capture what’s actually there, document it with millimeter-level accuracy, and deliver it in a format your team can immediately use: verified as-built drawings, structured as-built BIM models, and complete as-built documentation ready for design, construction, and facility management workflows.
What Are As-Built Modelling Services?
As-built modelling is the process of creating accurate digital records of a structure’s existing physical condition as it currently stands, not as it was originally designed. The deliverable might be 2D drawings, a 3D parametric BIM model, or both, depending on the project’s needs.
Traditionally, as-built records were created by surveyors with tape measures and total stations, transferring measurements into CAD drawings. This method is slow, prone to human error, and fundamentally limited in its ability to capture the complexity of real buildings particularly when it comes to MEP systems, structural geometry, and irregular spaces.
Modern as-built survey services use 3D laser scanning to capture site conditions with far greater speed and accuracy. A laser scanner fires millions of pulses per second, recording precise x, y, and z coordinates for every surface it can reach. The result is a point cloud, a dense, three-dimensional map of the physical space, accurate to within 2 to 5 millimeters.
From that point cloud, our team creates whatever documentation the project requires: 2D plans, sections and elevations, or a fully parametric as-built BIM model in Autodesk Revit.
Our As-Built Modelling Services at Shayona Tech
3D As-Built Modelling and BIM
Our core service converts laser scan data into fully structured 3D as-built modelling deliverables in Autodesk Revit. Every wall, column, beam, floor, ceiling, door, window, and MEP component is modeled at the Level of Development your project requires from LOD 200 for early-stage planning through to LOD 400 for fabrication-level documentation.
Unlike simplified 3D models built from rough measurements, our as-built BIM modeling is grounded in verified scan data. The model and the real structure match. That means design decisions made against the model hold up when your team arrives on site, no surprises, no late-stage conflicts, no expensive rework driven by inaccurate base information.
As-Built Drawings Production
For projects that need 2D documentation either instead of or in addition to a BIM model we produce comprehensive as-built drawings extracted directly from the scan data or from the BIM model we’ve created. Deliverables include:
- Floor plans at agreed scale and detail level
- Reflected ceiling plans
- Sections and elevations
- Roof plans
- MEP schematics and service layouts
- Site plans and external elevations
All drawings are produced in AutoCAD DWG format, following the naming conventions, layer standards, and sheet formats your organization uses.
Point Cloud to BIM Conversion
If your team has already captured scan data and needs it converted into an intelligent BIM model, we offer standalone point cloud to BIM conversion services. You supply the registered point cloud in any standard format (E57, RCP, LAS, PTX), and we deliver a clean, coordinated Revit model at your specified LOD.
Our modelers are experienced working with point cloud data from all major scanner hardware Leica, FARO, Trimble, Matterport and in all common registration environments. We understand the nuances of interpreting complex scan data: where elements are clear and where they require informed modeling judgment.
Laser Scan to BIM Services
For projects where we handle end-to-end delivery from site scanning through to BIM model our laser scan to BIM workflow integrates field scanning and model production under a single managed process. This removes the coordination overhead between a scanning contractor and a modeling team, and ensures that the scanning is planned with the modeling requirements in mind from the start.
Our field teams use calibrated, high-accuracy terrestrial LiDAR scanners for building interiors and exteriors, with drone-based LiDAR available for large sites or complex roofscapes where ground-based access is limited.
- Surgical and procedural training environments : Practice-based simulation for clinical skills development
- Anatomy visualization : Immersive 3D human body models for medical education
- Therapeutic VR : Exposure therapy for phobias, anxiety disorders, and PTSD; pain management applications; cognitive rehabilitation
- Patient education tools : VR explanations of procedures and treatment pathways that improve patient understanding and reduce anxiety
Architectural and Structural As-Built Documentation
We produce complete as-built documentation packages for architectural and structural elements: verified geometry, wall build-ups, structural member sizes and positions, opening dimensions, ceiling heights, and floor-to-floor heights. All geometry is validated against the scan data before delivery.
MEP As-Built Modelling
Existing mechanical, electrical, and plumbing systems are among the hardest things to document accurately by hand, and among the most important to get right before any retrofit or renovation work begins. Our MEP as-built modeling service captures existing ductwork, pipework, cable trays, electrical panels, fire protection systems, and plant equipment, producing coordinated MEP models suitable for clash detection and retrofit design.
Heritage and Conservation Documentation
Historic buildings present particular documentation challenges: irregular geometry, non-orthogonal walls, curved surfaces, complex decorative elements, and structures where drilling reference points or placing physical targets isn’t possible. Our heritage as-built service captures this complexity non-invasively, producing accurate digital records that support conservation planning, adaptive reuse design, and long-term archive purposes.
As-Built Drawings vs. As-Built BIM Models: Which Do You Need?
This is one of the most common questions we get, and the answer depends on what you’re going to do with the information.
As-built drawings — 2D plans, sections, elevations, and service layouts are appropriate when:
- The downstream use is primarily reference documentation or regulatory compliance
- Your team works primarily in 2D CAD environments
- The project is simple enough that 2D documentation captures everything relevant
- Budget is constrained and the level of spatial complexity doesn't justify a BIM model
As-built BIM models are the right choice when:
- You need to design new work within or around the existing structure (renovations, extensions, retrofits)
- Clash detection between existing and new systems is a project requirement
- You need quantity takeoffs derived from the existing conditions
- The model will feed a facility management or CMMS system
- The asset will be subject to ongoing changes and you need a maintainable, updatable record
- Your project is subject to BIM mandate requirements from a client or authority
In practice, most complex renovation and infrastructure projects benefit from a full 3D as-built modelling approach, while simpler documentation projects a single floor plate, a small commercial fitout may be well served by high-quality 2D drawings. We work through this with every client at project brief stage, so you get the right deliverable for your actual need not the most expensive option by default.
| Factor | As-Built Drawings (2D) | As-Built BIM Model (3D) |
|---|---|---|
| Primary use | ✔Reference, compliance, record | ✔Design, coordination, FM, digital twin |
| Clash detection | ✔Not possible | ✔Full multi-discipline coordination |
| Quantity takeoffs | ✔Manual measurement needed | ✔Direct model extraction |
| Downstream design use | ✔Requires re-drawing | ✔Model as direct design base |
| CMMS / FM integration | ✔Limited | ✔Full integration possible |
| Accuracy | ✔Survey-grade | ✔Survey-grade + parametric intelligence |
| Best for | ✔Simple buildings, documentation only | ✔Complex renovation, industrial, FM |
Oil, Gas, and Industrial Facilities
Our Process: Site to Deliverable
Stage 1 — Brief and Scope Definition
We start by understanding your project: what the as-built information will be used for, what disciplines need to be covered, what LOD is required, and what software platforms the deliverable needs to integrate with. Getting this right avoids over-specifying (which costs more than necessary) and under-specifying (which creates gaps when you need the detail).
Stage 2 — Site Survey Planning
Our field team reviews site access conditions, identifies scan positions for complete coverage, and plans target placement and reference control. For multi-floor buildings, we plan scan positions to ensure adequate overlap between floors and clear sightlines to all areas of interest. For industrial sites, we coordinate with site safety teams and factor in access restrictions.
Stage 3 — Laser Scanning and Data Capture
We deploy calibrated terrestrial LiDAR scanners across the planned scan positions, capturing the full interior and exterior geometry of the site. Scan positions are selected to minimize shadow areas regions that fall behind obstructions and aren’t captured while maximizing efficiency. For large or complex sites, we supplement terrestrial scanning with drone-based LiDAR where needed.
Stage 4 — Point Cloud Registration and QA
Individual scan positions are registered into a unified point cloud using specialist software and validated against control points. We check for coverage gaps, registration accuracy, and overall point cloud quality before any modeling work begins. If gaps exist that require a return site visit, we identify them at this stage not after modeling has started.
Stage 5 — As-Built Modeling or Drawing Production
Our BIM team builds the as-built model in Revit using the registered point cloud as a spatial reference, modeling all agreed elements at the specified LOD. For 2D drawing production, plans, sections, and elevations are cut directly from the model or derived from the point cloud. Modeling decisions on how to interpret ambiguous scan geometry, how to handle damaged or obscured elements are made by experienced modelers with genuine construction knowledge, not just software operators.
Stage 6 — Quality Assurance and Delivery
Before delivery, the model is overlaid against the point cloud for deviation checking. We verify that modeled geometry matches measured reality within project accuracy tolerances, run basic clash checks on multi-discipline models, and confirm that the file is clean, well-organized, and ready for immediate use in your workflow. Deliverables are provided in agreed formats with a clear handover process.
Deliverable Formats
We deliver in the formats your workflow actually requires:
- Revit (.RVT) : Native BIM model, disciplines as agreed
- IFC : Open format for non-Autodesk platforms and OpenBIM workflows
- Navisworks (.NWD / .NWC) : For clash detection and coordination review
- AutoCAD (.DWG) : 2D drawings and 3D model exports
- PDF : Construction documentation and drawing sets
- Point cloud (.E57, .RCP, .RCS, .LAS) : Registered scan data for reference or further use
Why Shayona Tech for As-Built BIM Services in India?
The quality of an as-built model depends on two things working together: the accuracy of the spatial data capture and the judgment of the people turning that data into documentation.
On the first point, Shayona Tech operates its own LiDAR scanning capability. We’re not subcontracting the scanning and processing of someone else’s data. Our field teams know how to plan scan coverage for complex environments, how to set up control networks, and how to register data to the accuracy your project requires.
On the second point, our modeling team brings genuine construction knowledge to the work. Reading a point cloud and producing accurate, useful documentation requires understanding what you’re looking at being able to identify structural elements from MEP, interpret partially obscured geometry, and make informed decisions where the scan data requires judgment. That combination of spatial data capability and modeling expertise, managed end-to-end in-house, is what produces as-built documentation that genuinely works in practice.
For organizations across India looking for BIM modeling services in India that deliver verified, accurate, usable as-built records Shayona Tech is ready to scope your project.
| Factor | Traditional Survey | LiDAR 3D Scanning |
|---|---|---|
| Data density | ✔Low | ✔Extremely high (millions of points) |
| Time on site | ✔Long | ✔Fast — often hours vs. days |
| Accuracy | ✔Variable | ✔Consistent ±2–5mm |
| Coverage of complex geometry | ✔Limited | ✔Comprehensive |
| Safety (hazardous areas) | ✔Personnel at risk | ✔Non-contact, remote capture |
| Deliverable formats | ✔Drawings, notes | ✔Point cloud, BIM, CAD, DEM, mesh |
DRONE/UAV SURVEY
SHAYONA MANAGEMENT SERVICES PVT LTD (SMSPL) is a prominent and innovative provider of Drone/Unmanned Aerial Vehicle (UAV) services, distinguishing itself in the rapidly evolving field of aerial technology. With a strong foundation in cutting-edge drone technologies and a commitment to delivering exceptional solutions, SMSPL has established itself as a leader in the UAV industry.
Besides this, by integrating a LiDAR sensor onto a drone and utilizing RTK-enhanced GNSS positioning, that ensures centimetre-level accuracy in data collection. It captures detailed elevation information, structures, vegetation, and other features with unmatched precision, while RTK corrections in real-time eliminate positioning errors caused by environmental factors and satellite signal disruptions.
As a dedicated drone services provider, SMSPL offers a wide array of specialized aerial solutions to cater to various industries and sectors. Their expertise extends across fields such as:
Aerial Photography and Videography: Our advanced UAV fleet is equipped with high-resolution cameras and state-of-the-art stabilization systems, allowing them to capture stunning aerial photographs and videos. They excel in producing captivating imagery for industries such as real estate, marketing, tourism, and entertainment.
Photogrammetry Survey: We specialize in capturing high-resolution aerial imagery and transforming it into accurate 3D models, topographic maps, and detailed surveys. Our state-of-the-art drones equipped with advanced cameras and sensors ensure unparalleled data acquisition, enabling industries such as heritage preservation, construction, agriculture, urban planning, and environmental monitoring to make informed decisions with confidence.
Infrastructure Inspection: Our UAV services are pivotal in inspecting critical infrastructure such as power lines, pipelines, bridges, and towers. By conducting aerial inspections, they help detect potential issues, assess structural integrity, and ensure the safety and reliability of vital infrastructure.
Surveying and Mapping: Leveraging cutting-edge Geographic Information System (GIS) technologies, we generate accurate 3D maps and topographic models through aerial surveying. This aids in urban planning, construction site monitoring, and land development projects. Besides this generation of precise DEM, DTM, and DSM datasets, translating real-world landscapes into high-resolution TIFF deliverables for enhanced topographic insights and actionable geospatial analysis.
Industrial Applications: Industries such as mining, oil and gas, and manufacturing benefit from our UAV services for tasks like asset inspection, volumetric measurements, and site monitoring, enhancing operational efficiency and safety.
Data Analytics and Reporting: We provides comprehensive data analysis and reporting services using the information gathered by their drones. This empowers clients with actionable insights and informed decision-making.
CAD TO BIM
SMSPL is a leading provider of CAD to BIM (Computer-Aided Design to Building Information Modelling) services, offering innovative solutions to transform traditional design processes into efficient, intelligent, and data-rich workflows. With a focus on enhancing the construction and architecture industries, XYZ Company specializes in seamlessly converting 2D CAD drawings into detailed and comprehensive 3D BIM models.
Through its CAD to BIM services, we facilitate the transition from static design representations to dynamic, information-rich models that enable collaboration, analysis, and optimization throughout the project lifecycle. Our team of skilled professionals employs advanced software and techniques to accurately translate CAD designs into BIM, incorporating elements such as geometry, materials, spatial relationships, and metadata.
Our commitment to accuracy, precision, and attention to detail ensures that clients receive BIM models that accurately reflect the original CAD designs while introducing the benefits of parametric modelling, data integration, clash detection, and simulation. By harnessing the power of CAD to BIM conversion, we empower architects, engineers, contractors, and stakeholders to make informed decisions, streamline workflows, and enhance the overall project outcome.
SCAN TO BIM
Shayona Management Services Pvt Ltd (SMSPL) is a leading "Scan to BIM modelling" service provider, specializing in transforming physical buildings, structures, and environments into precise and detailed Building Information Models (BIM). Our expertise lies in using cutting-edge technologies such as 3D laser scanning, reality capture, and point cloud processing to capture accurate data from existing structures and convert them into intelligent BIM models.
SMSPL plays a crucial role in the construction and architectural industries by enabling seamless integration of real-world data into the digital design and construction process. They work with a wide range of projects, including residential buildings, commercial complexes, infrastructure, heritage sites, and industrial facilities.
Our team of skilled BIM experts and technicians meticulously process the captured data to create highly detailed and parametric BIM models. These models contain valuable information such as dimensions, materials, systems, and spatial relationships, providing a comprehensive and collaborative platform for architects, engineers, contractors, and other stakeholders to work on a project.
By utilizing state-of-the-art BIM software, SMSPL ensures that their "Scan to BIM modelling" services produce models that are not only visually accurate but also information-rich, facilitating efficient planning, design validation, clash detection, and coordination throughout the project lifecycle.
Furthermore, SMSPL emphasizes collaboration and open communication with their clients, understanding the unique requirements of each project and tailoring their services accordingly. They are committed to delivering projects on time and within budget, enabling clients to make informed decisions, reduce risks, and enhance project outcomes.
With a reputation for excellence in "Scan to BIM modelling" services, SMSPL has become a trusted partner for architecture firms, construction companies, and real estate developers seeking to leverage the power of BIM technology to optimize their projects' design, construction, and maintenance processes. Their dedication to accuracy, innovation, and customer satisfaction makes them a reliable and sought-after service provider in the BIM industry.
REVERSE ENGINEERING
Reverse engineering using LiDAR scanning involves the use of Light Detection and Ranging (LiDAR) technology to capture precise and detailed 3D measurements of an object or environment. LiDAR sensors emit laser pulses and measure the time it takes for the light to bounce back after hitting a surface, creating a point cloud representation of the surroundings.
In the context of reverse engineering, LiDAR scanning allows engineers and designers to analyse and recreate the physical structure of an object or area with exceptional accuracy.
LiDAR-based reverse engineering finds applications in various fields, including architecture, archaeology, product design, urban planning, and civil engineering. It provides a fast and accurate way to recreate physical objects in digital form, enabling innovation, preservation, and enhancement of existing designs.
AS-BUILT MODELLING
SMSPL is a leading "As-built Modelling" service provider, specializing in creating accurate and detailed digital representations of existing structures and environments. Their expertise lies in capturing real-world data through various surveying/LiDAR techniques and transforming it into high-quality 3D models, enabling clients to have a comprehensive record of the as-built condition of their projects.
As an "As-built Modelling" service provider, SMSPL caters to a wide range of industries, including architecture, engineering, construction, facility management, and more. They offer a valuable solution for projects that require precise documentation of existing conditions, such as renovations, refurbishments, retrofitting, and historical preservation.
HERITAGE CONSERVATION
As a Heritage Conservation Service Provider specializing in LiDAR Scanning, we are dedicated to the preservation, documentation, and restoration of our cultural heritage using cutting-edge technology. Our LiDAR scanning services offer a comprehensive and non-invasive approach to capturing historical sites, cultural landmarks, and architectural wonders with unparalleled precision and accuracy.
Key points to highlight in describing our Heritage Conservation Service Provider using LiDAR Scanning:
Advanced LiDAR Technology: We leverage state-of-the-art LiDAR (Light Detection and Ranging) technology, which utilizes laser pulses to measure distances and create highly detailed 3D point clouds of heritage sites. This non-contact, non-destructive technique ensures that the integrity of historical structures is preserved while obtaining the most accurate data possible.
Comprehensive Documentation: Our LiDAR scanning services encompass the meticulous documentation of heritage sites. By capturing intricate details in 3D models and point clouds, we create a digital archive that serves as a valuable resource for research, conservation planning, and public education.
Precise Data Acquisition: Through LiDAR scanning, we obtain precise data, including architectural elements, surface features, and spatial relationships. This information is critical for understanding the historical significance of the site and forms the basis for preservation and restoration efforts.
Non-Invasive Preservation: Our LiDAR scanning approach is non-invasive, ensuring that the heritage sites remain undisturbed during the data collection process. This ethical and sustainable approach aligns with best practices in heritage conservation, safeguarding these treasures for future generations.
Monitoring and Change Detection: Beyond initial documentation, our services extend to ongoing monitoring and change detection. By periodically scanning the heritage sites, we can identify and assess any alterations or deterioration, enabling proactive conservation measures.
Restoration Support: Our LiDAR scanning data plays a crucial role in supporting restoration efforts. The detailed 3D models aid architects, historians, and conservationists in planning and executing restoration projects that respect the original architectural integrity.
Collaboration and Expertise: As a Heritage Conservation Service Provider, we prioritize collaboration with clients, archaeologists, historians, and other stakeholders. Our team of LiDAR experts brings extensive knowledge and experience to ensure that the scanning process aligns with the specific conservation goals and requirements of each project.
Compliance and Ethical Considerations: We adhere strictly to all relevant regulations and ethical considerations in heritage conservation. Our practices are designed to minimize any potential impact on the heritage sites while maximizing the accuracy and usefulness of the collected data.
Public Engagement and Education: The 3D models and visualizations resulting from our LiDAR scanning can be used for public engagement and educational purposes. By sharing the digital replicas of heritage sites, we promote awareness and appreciation of our cultural history.
INFRASTRUCTURE ASSESSMENT
Infrastructure Assessment using LiDAR scanning involves the use of Light Detection and Ranging (LiDAR) technology to evaluate and analyse various types of infrastructure, such as roads, bridges, buildings, power lines, and more. LiDAR is a remote sensing technology that uses laser pulses to measure distances and create high-resolution 3D maps of the surrounding environment.
We as Shayona Management Services Pvt Ltd, offers Infrastructure Assessment with LiDAR conducts surveys and data collection using specialized LiDAR-equipped sensors, typically mounted on drones, aircraft, or vehicles. These LiDAR systems emit laser beams that bounce off the infrastructure’s surfaces and return to the sensor, enabling the generation of detailed point cloud data.
The point cloud data is then processed and transformed into accurate and comprehensive 3D models of the infrastructure. This information can be used for various purposes, including:
Asset Management: Providing insights into the condition and health of infrastructure assets to aid in maintenance and repair planning.
Engineering Design: Assisting engineers in planning new infrastructure projects and evaluating potential challenges and risks.
Environmental Analysis: Assessing the impact of infrastructure on the surrounding environment, such as waterways and natural habitats.
Urban Planning: Supporting city planners in making informed decisions about future development and infrastructure expansion.
Using LiDAR as a service provider offers several advantages, including faster data collection, higher accuracy, and reduced costs compared to traditional surveying methods. It enables organizations and governments to make data-driven decisions, enhance public safety, and improve the overall efficiency and sustainability of their infrastructure.
AR-VR & MR-XR EXPERINCE
At Shayona Management Services Pvt Ltd, we are at the forefront of innovation, harnessing the power of Augmented Reality (AR), Virtual Reality (VR), Mixed Reality (MR), and Extended Reality (XR) to transform the way businesses operate, communicate, and engage with their audiences.
Our team of skilled engineers, designers, and developers are experts in the latest AR-VR and MR-XR technologies, ensuring we deliver state-of-the-art solutions to our clients.
We understand that every business is unique. That’s why we tailor our AR-VR and MR-XR services to meet your specific needs, whether it’s immersive training simulations, interactive marketing experiences, or virtual product prototypes. From conceptualization and design to development and deployment, we offer end-to-end services, ensuring a seamless and hassle-free experience for our clients.
Our Services:
Augmented Reality (AR): SMSPL leverages AR to enhance the real world with digital overlays, enabling businesses to provide interactive user experiences, remote assistance, and captivating marketing campaigns.
Virtual Reality (VR): Immerse your audience in a completely virtual environment with our VR solutions. Whether it’s for training, gaming, promotion or virtual tours, we create VR experiences that leave a lasting impact.
Mixed Reality (MR): Our MR solutions merge the physical and digital worlds, allowing for dynamic interactions. This technology is ideal for remote collaboration, real-time data visualization, and advanced training simulations.
Extended Reality (XR): XR combines AR, VR, and MR to offer the most versatile and immersive experiences. We help businesses leverage XR for a wide range of applications, from healthcare to architecture.
We stay ahead of the curve by constantly exploring new technologies and methodologies to ensure our clients benefit from the latest advancements. With a proven track record of successful AR-VR and MR-XR projects across various industries, SMSPL Company has the expertise to bring one’s vision to life. Client goals and satisfaction are our top priorities. We work closely with them to understand their objectives and deliver solutions that exceed their expectations.
VIRTUAL EVENT WITH 360 DEGREE COVERAGE
SMSPL is a premier service provider specializing in delivering unparalleled "Virtual Events with 360 Degree Coverage." With a proven track record of excellence, SMSPL transforms ordinary online gatherings into immersive and dynamic experiences that captivate participants from all corners of the globe.
We have expertise in 360-degree content creation. This involves capturing environments, events, and objects from all angles, providing a holistic view that allows viewers to explore and experience every facet of the subject matter. By leveraging advanced technologies and creative techniques, SMSPL crafts visually stunning and interactive content that captures attention and leaves a lasting impression.
Additionally, SMSPL specializes in creating Cave virtual immersive experiences that transport users into dynamic digital environments. Whether it's a virtual tour of a real-world location, a simulated training scenario, or an interactive product showcase, our virtual immersive experiences enable users to engage with content on a deeply immersive level. This technology-driven approach enhances engagement, education, and entertainment, enabling businesses to forge stronger connections with their target audiences.
In a rapidly evolving digital landscape, we stand out as a visionary leader, constantly pushing the boundaries of what's possible in content creation and virtual experiences. With a commitment to quality, creativity, and technological excellence, our Company is shaping the future of how audiences interact with and experience digital content.
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As-Built Modelling Services
As-built drawings are 2D documents plans, sections, elevations showing the building as it was constructed. As-built BIM models are intelligent 3D parametric models containing the same geometry plus embedded data, suitable for clash detection, quantity takeoffs, renovation design, and facility management integration. The right choice depends on what you’ll do with the information.
Professional terrestrial laser scanners achieve point cloud accuracy of 2 to 5 millimeters under standard conditions significantly better than manual tape measurement, which typically introduces errors of 10 to 50 millimeters or more. The BIM model is built from that scan data, so the resulting as-built model reflects actual site geometry with a level of precision that manual surveys simply can’t match at scale.
Yes, we deliver both as standard. The registered point cloud serves as a permanent spatial reference you can load it alongside the model in Revit or Navisworks to verify that the modeled geometry matches the scan, and it remains available for future scopes where additional modeling or verification may be needed. Point clouds are delivered in E57, RCP, and RCS formats.
LOD 200 suits early-stage feasibility and space planning. LOD 300 is the most common choice for renovation design, construction documentation, and general facility management. LOD 350 is appropriate when multi-discipline coordination and clash detection are required. LOD 400 is needed for fabrication-level detail. We discuss LOD with every client at brief stage the right level is driven by end use, not convention.
Yes. Laser scanning is a non-contact technology the scanner captures geometry from a safe standoff distance without requiring physical access to equipment, energized systems, or confined spaces. Our teams are trained in industrial site safety protocols and coordinate with site safety teams prior to mobilization. We’ve completed as-built surveys in operating plants, refineries, substations, and other environments where conventional survey methods pose unacceptable safety risks.