If you've landed here, something in your project or operation isn't working the way it should. Maybe you need drawings that don't exist anymore, or never existed. Maybe your team is trying to design something new inside an existing facility and nobody can agree on what's actually there. Maybe a contractor has given you a quote that includes a suspiciously large contingency for "unknown conditions." Maybe your maintenance team is working from memory because the documentation is twenty years out of date.
These are not unusual problems. They are the normal operational reality of organisations that manage, maintain, modify, or expand physical assets over time. And they are exactly the problems GDS exists to solve.
This page is your starting point. It explains what GDS does, who we work with, what common problems we solve, and what you can expect when you reach out. Think of it as the conversation we'd have in the first ten minutes of a call, so you arrive at that call already knowing whether we're the right fit.
How GDS Can Support the Next Step
Most physical-to-digital projects touch more than one discipline. GDS can help define the right capture method, deliverable format, modeling level, and implementation plan through 3D laser scanning, 3D modeling, reverse engineering, and consulting.
Posted service areas: GDS lists coverage across major metro areas including Houston, Dallas, San Antonio, Austin, Los Angeles, San Diego, San Jose, Long Beach, New Orleans, Baton Rouge, Las Vegas, Beverly Hills, Irvine, Fort Worth, Riverside, and Shreveport. GDS also lists offices in Torrance, California and Houston, Texas. See the current GDS locations page for posted service areas.
Scope note: Accuracy, tolerances, schedule, pricing, inspection method, reporting, file formats, compliance requirements, and acceptance criteria should be confirmed in the quote, proposal, or statement of work for the individual project. Nothing on this resource page should be read as a universal certification, tolerance commitment, or standard deliverable for every GDS project.
The Problems That Bring Clients to GDS
Clients reach out to GDS from a wide range of starting points, but the underlying problems fall into a small number of recurring categories.
Missing or Inaccurate Documentation
Facilities accumulate documentation gaps through predictable mechanisms: undocumented modifications, ownership changes, pre-digital construction, renovation projects that generated their own drawings but never updated the base set. The result is an organisation that cannot confidently answer basic questions about its own physical assets. What size is that pipe? Where does it run? What elevation is that beam? How far is that nozzle from the centreline?
When you can't answer those questions from documentation, you answer them by sending someone to the facility with a tape measure, which is slow, expensive, and fundamentally limited in what it can capture accurately.
Delayed Projects and Cost Overruns
Contractors pricing work on facilities without reliable as-built documentation build contingency into their bids to cover the unknown. Design teams working from inaccurate drawings produce designs that require field rework. Fabricated components arrive on site and don't fit because they were dimensioned from nominal drawings rather than actual conditions. Every one of these failure modes is predictable, and every one of them is preventable with accurate dimensional data captured before the project begins.
Inability to Visualise Existing Conditions
Modern engineering and project management depends on the ability to visualise what exists, to coordinate trades, check clearances, review designs against the real environment, and communicate conditions to stakeholders who may never visit the site. Without accurate 3D data of existing conditions, this visualisation is impossible. Decisions get made based on assumptions. Clashes get discovered in the field rather than on screen. The cost of coordination failure accumulates invisibly until it surfaces as rework.
Overloaded Internal Teams
Even organisations that have the internal capability to conduct manual surveys and document existing conditions rarely have the bandwidth to do so at the speed and scale that projects demand. Sending internal engineers to measure and sketch existing conditions is an expensive, slow use of highly qualified people. Outsourcing that capture to GDS, with dedicated equipment, trained operators, and established processing workflows, is faster, more accurate, and more cost-effective than internal resource deployment for most organisations.
Why Capturing Existing Conditions Changes Everything
Accurate digital capture of physical assets is not a nice-to-have. For organisations managing significant physical infrastructure, it is the foundation of effective engineering, maintenance, and project delivery.
Engineering and design: Designers working from accurate 3D data of existing conditions produce designs that are right the first time. Clash detection happens virtually, before anything is built. Design intent is communicated in context, not in abstraction.
Facility modernisation: Upgrading, expanding, or repurposing a facility requires knowing exactly what you have. Scan data provides the verified dimensional baseline that modernisation projects depend on.
Fabrication planning: Components fabricated from scan-derived dimensions arrive on site ready to install. Fit-up failures, one of the most common and most expensive causes of industrial project rework, are prevented before they happen.
BIM development: Building Information Model (BIM) workflows require accurate geometric data as their foundation. Scan-to-BIM processes convert physical facility data into intelligent, parametric models that support facility management, clash coordination, and design integration.
Digital twin readiness: A digital twin, a living digital replica of a physical asset that reflects real-time or near-real-time conditions, begins with an accurate spatial model. GDS scanning provides the geometric foundation on which digital twin deployments are built.
How GDS Works With Clients
GDS works with clients to understand the business problem, define the right capture approach, and align the deliverable with its intended use before execution begins.
The Discovery Consultation
Most projects begin with a discovery discussion where GDS works through the asset, site, component, downstream use case, required file format, schedule, access constraints, and any accuracy or reporting expectations.
Those answers determine whether the project needs 3D laser scanning, 3D modeling, reverse engineering, consulting, or a combination of services.
From Consultation to Delivery
Following scoping, GDS can provide a project-specific proposal that identifies the capture method, deliverables, assumptions, exclusions, schedule, and client inputs needed. This protects both sides by making sure the deliverable is matched to the actual use case, not guessed from a generic service description.
The Benefits of Professional Scanning
The value of professional scanning comes from reducing uncertainty before design, fabrication, renovation, installation, or reverse engineering decisions are made.
Better Project Inputs
Professional capture gives engineering teams a digital reference for existing conditions, components, equipment, and spaces within the agreed project boundary.
More Efficient Site Documentation
A well-scoped scan can capture many surfaces and spatial relationships in a single site visit, reducing reliance on scattered manual measurements and assumptions.
Clearer Deliverable Path
Scan data can support point clouds, CAD models, BIM, 2D drawings, deviation reviews, browser-based visualization, or planning documentation depending on the agreed scope.
Risk Reduction, Not Risk Elimination
Scan-based workflows can reduce rework and coordination risk when the right areas are captured and the correct deliverables are produced. They do not replace engineering judgment, code review, field verification requirements, or project-specific acceptance criteria.
Liability guardrail: Do not treat this article as a guarantee of accuracy, completeness, schedule, cost savings, or fitness for every application. Those items should be defined in the proposal or statement of work.
Where to Go From Here
If you're new to GDS, the Customer Journey series gives you a complete guide to working with us, from choosing the right service to getting maximum value from your data. Start with the next article: Article 31, Which Service Is Right for You?
If you already know what you need and want to talk to a GDS specialist, use the consultation link below.
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FAQ
What types of organisations does GDS work with?
GDS works with organizations across industrial, engineering, construction, manufacturing, and facility management contexts where physical assets or environments need to be converted into usable digital data for a defined purpose.
How much does a GDS scanning project cost?
Cost depends on scope, location, site access, capture method, accuracy needs, deliverable format, modeling level, reporting, and schedule. GDS provides project-specific proposals after reviewing the required inputs.
How quickly can GDS mobilise to site?
Mobilization depends on location, site access, safety requirements, equipment and personnel availability, and project scope. Expedited scheduling can be discussed, but committed dates should be confirmed in the proposal or statement of work.
Do I need to prepare anything before GDS arrives on site?
GDS can provide a pre-mobilization checklist once the project is scoped. Typical items include site access, escort requirements, HSE orientation, areas to include or exclude, and existing documentation that helps define the boundary.