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Spyder Solutions

GeoAI, drone & LiDAR survey and terrain engineering — one team from field capture to decision.

See it live
Lat
33.6844° N
Lon
73.0479° E
Elev
540.0 m
Slope
12.4°
Layer
Terrain

The world has a spatial intelligence problem.

The data is there. It is not joined, checked or turned into a decision.

  • Terabytes · unread

    Satellite imagery

  • Many formats · no shared datum

    Fragmented survey data

  • Drainage · not modelled

    Underestimated flood risk

  • Built without terrain data

    Unscientific infrastructure

Raw data exists. Actionable intelligence does not.

Five pillars. One pipeline.

  1. 1

    GeoAI & Satellite Intelligence

    AI spatial analysis and multi-temporal change detection.

    Models read imagery across dates to find what changed: construction, excavation, vegetation, water.

  2. 2

    Advanced Geospatial Engineering

    Terrain modelling, cut and fill, hydrology.

    Engineering analysis turns terrain into decisions: volumes, drainage, flood risk, site suitability.

  3. 3

    Drone & LiDAR Field Operations

    Centimetre-level mapping, with the error measured.

    Our own field capture, tied to ground control, so the data underneath every model is known.

  4. 4

    Digital Twin & 3D Terrain Systems

    Interactive 3D sites and terrain in a browser.

    Buyers, investors and engineers explore the same site model from anywhere.

  5. 5

    Intelligent Decision Dashboards

    Every layer and every date in one panel.

    Detections, terrain, survey and progress, joined for the people who decide.

Each pillar strengthens the others.

Each one answers a question you have to decide on.

Pick your sector to see the problems we solve and what lands on your desk.

Open it. It's live.

Two real property sites, captured by drone and published as interactive 3D twins. They run in your browser, on a phone.

  1. Drone capture
  2. Gaussian splat
  3. Interactive twin
Faisal Jewel live 3D twin in the browser: the building captured by drone, with floor boxes and labels over the scene.Live · runs in the browserfaisal-jewel.pages.dev

Real estate · 3D property twin

Faisal Jewel

Drone capture to Gaussian splat to an interactive twin with floors, hotspots and sun study.

  • Floor boxes
  • Picture hotspots
  • Sun study
  • AI area search
Open live 3D (opens in a new tab)
Hill Walk live 3D twin in the browser: the building captured by drone, with floor boxes and labels over the scene.Live · runs in the browserhillwalk.pages.dev

Real estate · 3D property twin

Hill Walk

Drone capture to Gaussian splat to an interactive twin with floors, hotspots and sun study.

  • Floor boxes
  • Picture hotspots
  • Sun study
  • AI area search
Open live 3D (opens in a new tab)

Captured by drone, trained into a Gaussian splat and published as a twin you can share with a link.How we prove the work

From the first image to the final decision.

Eight steps, one team. Nothing is handed to another firm in between.

  1. Step 1 of 8

    Satellite acquisition

    Archive and new imagery selected for your boundary and dates.

    OutputAligned multi-date imagery

  2. Step 2 of 8

    Drone & LiDAR survey

    Field capture tied to ground control and check points.

    OutputImages, point clouds, control

  3. Step 3 of 8

    Data structuring & cleaning

    Every source in one coordinate system, one schema, one store.

    OutputClean, joined datasets

  4. Step 4 of 8

    AI analysis

    Classification and change detection, reviewed by an analyst.

    OutputDetections with dates

  5. Step 5 of 8

    Hydrological & terrain modelling

    Terrain, volumes, catchments and flood scenarios.

    OutputDEM, volumes, hazard maps

  6. Step 6 of 8

    Engineering validation

    Results checked against independent points and engineering limits.

    OutputRMSE and QA report

  7. Step 7 of 8

    Dashboard deployment

    All layers published to a panel your team can use.

    OutputLive dashboard link

  8. Step 8 of 8

    Reporting & strategic advisory

    Findings written for the decision, with the evidence attached.

    OutputReport and recommendations

From acquisition to decision.

Most firms hand off. We integrate.

GIS, survey, AI, engineering and visualisation usually sit in five firms. Each handoff loses data and time.

  • No handoffs

    One team carries the data from field to dashboard.

  • Consistent data

    One coordinate system and one schema from start to finish.

  • Shorter timelines

    No waiting for another firm's queue.

  • Complete intelligence

    Imagery, terrain, engineering and AI answer the question together.

IntegratedgeospatialintelligenceGISSurveyAIEngineeringVisualisation

Accuracy you can check.

We report the error, not a promise. Every delivery states its method and its measured accuracy.

  1. RTK / PPK positioning

    Each drone image is positioned against a reference station.

  2. Ground control points

    Surveyed targets tie the model to real coordinates.

  3. Independent check points

    Points kept out of processing measure the true error.

  4. RMSE in every report

    You see the measured error for your site, not a brochure figure.

Accuracy report

Issued with every delivery

QA
Horizontal CRS
Stated per project
Vertical datum
Stated per project
Positioning
RTK / PPK
Ground control points
Count and layout listed
Independent check points
Kept out of processing
RMSE (x, y, z)
Reported per project
Sensor and method
Listed per delivery
Every value is measured for your site and written into the report. No brochure figures.

What you receive

  • GeoTIFF
  • LAS / LAZ
  • DEM / DSM
  • SHP / GPKG
  • IFC / OBJ
  • Dashboard link

Flown under Pakistan's Civil Unmanned Aircraft Rules 2024 with project permissions.

The tools behind the work.

  • Python AI pipelinesClassification, detection and change models.
  • GIS platformsDesktop and server GIS for analysis and data management.
  • Drone mappingPhotogrammetry with RTK/PPK and ground control.
  • LiDAR processingRegistration, classification and terrain models.
  • 3D visualisation & digital twinsGaussian splats, meshes and terrain in the browser.
  • Web GIS dashboardsPanels that join every layer for decision-makers.
Render of a planned city: towers, green corridors, water and terrain, joined by a network of data links.
Smart land intelligence

Where we are going.

To be the leading GeoAI and geospatial engineering company in the region.

  • Smart land intelligence

    Every plot with facts attached: terrain, water, access, change.

  • Scientific development planning

    Plans built on measured ground, not old maps.

  • AI infrastructure systems

    Monitoring that flags change before it becomes a dispute.

  • Sustainable terrain solutions

    Development that works with water and slope, not against them.

A KML, a sketch on a map or a district name is enough to start. We reply by email with questions, a method and a delivery list.

Scope my siteSpyderAtSolutions@gmail.com

33.6844° N · 73.0479° E · Pakistan · working across Pakistan and the Gulf