Remote embedded GIS specialists who work inside your BIM and CAD environment, on your project data. AEC geospatial services, drone data processing, and spatial analytics delivered without site visits, from raw survey and scan data to production-ready deliverables.
To placement
Design clashes undetected
Faster site assessment
Industry challenges
The spatial data bottlenecks that slow project delivery and cause costly rework on site.
Revit and Civil 3D models sit disconnected from GIS platforms, blocking spatial context for site-wide decisions.
Feasibility studies built on incomplete terrain and environmental constraint data, increasing downstream design risk.
Survey, scan, and drone outputs arrive in inconsistent formats and coordinate systems across trades and vendors.
Cut-and-fill and grading estimates lag behind site changes, slowing progress billing and logistics planning.
Flat CAD drawings without spatial validation cause structural and MEP clashes discovered too late in the build.
Underground utility positions unverified against design plans before breaking ground, raising excavation risk.
What we deliver
Embedded specialists working in your BIM and GIS stack, on your survey and scan data — no site visits on our side.
Primary service
Our engineers build feasibility studies, environmental constraints mapping, and digital terrain models from provided survey, LiDAR, and imagery data. Site selection analytics combine zoning, slope, drainage, and access constraints into a single spatial layer set that de-risks the earliest project decisions.
OUTPUT FORMATS
STANDARDS
BIM-GIS INTEGRATION
The BIM-GIS lifecycle only works when design models and spatial context stay synchronized. We bridge Autodesk Revit and Civil 3D with GIS platforms — georeferencing building elements, managing lifecycle asset data, and building 3D urban models that support both design review and long-term facility management.
ASSET TYPES
PLATFORMS
AS-BUILT & PROGRESS MAPPING
As-built documentation and progress tracking depend on regular, accurate site capture. We process drone orthomosaics into topographic updates, verify utility conflicts against design plans, and calculate cut-and-fill volumes — keeping project teams working from current site conditions rather than outdated drawings.
SUPPORTED SYSTEMS
COMPLIANCE
Why GIS JOT
Our model fits one constraint: construction GIS work cannot wait for a 6-month hiring cycle when a project phase is already underway.
Structured matching against your BIM/GIS stack and project type. Productive from week one, no recruitment overhead.
Remote embedded specialists consistently cost less than equivalent hires — with no reduction in output quality.
JOT Complex Plugin for AutoCAD and Civil 3D automates topo generation and bulk attribute management — up to 50% faster on site documentation.
Every specialist placed has verified experience in AEC workflows and BIM-GIS integration — not generalist mapping backgrounds.
One specialist for a feasibility study or a multi-analyst team for a full digital twin rollout. The engagement scales to the work, not the other way round.
One month before any long-term commitment. Replace at no extra cost if the match is not right in skills or toolset.
Specialists familiar with multiple national planning codes, coordinate systems, and regional construction standards.
Specialists operate under NDAs, use your access controls, and never transfer project data outside your specified environment.
THE DATA DIFFERENCE
The gap compounds across every design revision, site inspection, and project handoff.
| Siloed CAD / paper data | Integrated BIM-GIS lifecycle | |
|---|---|---|
| Design & site coordination | ✕ Flat 2D drawings with no spatial validation | ✓ Georeferenced BIM models cross-checked against live site conditions |
| Clash detection | ✕ Structural and MEP conflicts found during construction | ✓ Spatial clash detection resolved before breaking ground |
| Utility conflict checks | ✕ Manual comparison against outdated utility drawings | ✓ Automated conflict verification against current subsurface layers |
| Progress tracking | ✕ Periodic manual site visits; drawings lag reality | ✓ Drone-captured orthomosaics update topography on a defined cadence |
| Earthworks & volumes | ✕ Manual takeoffs; delayed cut-and-fill estimates | ✓ Automated volume calculation from current point cloud surfaces |
| GIS team cost & speed | ✕ 4–6 month hire; high total employment cost | ✓ Specialist placed in 1–2 weeks, 30–40% lower cost, scalable |
Common questions
Ready to start
Tell us your platform, your project phase, and your target output. We match you with a specialist who has done exactly this work — inside your tools within 1–2 weeks.
Response within 48 hours · EU, UK, Middle East, North America · Risk-free trial month