THE EXPERIENCE LAB
Concept demonstration
DEPLOYMENT STUDIO / YOUR SITE, CONNECTED
Place the hardware. Shape the process. Build your brief.
ArtPole
Attached station · ready for a Command Center signal
Select equipment and modules to see their proposed data hand-offs.
CONNECTED DATA / HELLOGEO SUITE
Configure your payloads, run collection and processing, then review the outputs supported by your selected data.
PAYLOAD EXPLORER
Choose a payload, qualify its sensor, then follow collection through to your report.
Applies to the first selected aircraft and adds HelloGeo Suite. A standalone aircraft is added only when none is selected. Configure each source independently below. Hardware compatibility requires project qualification.
01 / SELECT DATA
Choose each payload and sensor independently. Expand collection checks to review calibration and band requirements.
Choose a sample above to load its sources, or configure your own data below.
Editable sample assumptions. These values are not live weather or flight clearance.
02 / RUN & WATCH
Choose a sample above, then run the workflow to begin.
Choose a sample, then start the workflow.
Source collection and transfer happen before Suite processing.
Inside HelloGeo SuiteOriginal product interface · explore the platform ↗03 / REVIEW & DOWNLOAD
All outputs are visible. Expand any result to see its source, required inputs and missing data.
Your report will include source, environment and quality details.
Compatible outputs appear here after you select your sources. Run the workflow to process them.
Reports capture the current workflow and clearly mark pending outputs.
This interactive sample explains the workflow. Real GIS processing runs on your datasets in a configured Suite deployment.
Select a workflow to see its required checks and any missing inputs.
Your selected environment and sample conditions will appear here.
Results are linked to the applications selected for this workflow.
CONNECTED OPERATIONS
Base → client → site demonstration
REMOTE COMMAND
Send a command preview. Explore the site on arrival.
Route distance
Explore Nexus 
Command Center ↗
The command begins at your base.
Click or tap a location. Use the coordinate editor for precise placement.
Client site · choose equipment
Illustrated command link · no live device control or aircraft flight.
Select equipment, press Play and follow one operation at a time.
Choose resources in the module palette.
Select modules and equipment, then press Play. This demo uses sample data; processing is simulated.
Choose a demo, then press Play. Watch the equipment act and follow its result here.
Your selected modules, in working order.
Explore each stepSelect a module to see how its inputs become a proposed output. Add more modules to explore the hand-offs.
Proposed workflow
Continue the proposed sequence
An illustrative sequence from your selection. Review the inputs and proposed outputs below.
A connected inspection workflow, from mission planning to spatial review.
Bring mission geometry, terrain and operational context into the plan.
Choose a step or press Play. Each arrow follows the proposed sequence.
Illustrative workflow concept. No aircraft, sensors or production systems are connected. Integrations and deployment scope require qualification.
A LITTLE GUIDANCE FOR YOUR NEXT MOVE
Suggested capability requests for your energy scenario. You decide what belongs in your brief.
Suggestions follow your environment and unselected capability requests. Adding a request includes its listed modules; feasibility and scope are confirmed with the team.
03 / FOLLOW THE HAND-OFF
Give mission plans, field observations and spatial evidence a shared context.
The connections shown are a solution concept, not a guarantee that every integration is available out of the box.
Explore route spacing, path length and coverage using the existing local geometry demonstration.
IDEAS INTO OPERATIONS / 01
Explore how a survey route, an inspection circuit and a field survey take shape. Adjust the spacing. Watch the geometry respond.
01 / SURVEY ROUTE
A parallel survey pattern across a 220 × 140 m site. Tighter lines add distance and capture samples.
Capture sample interval: 10 m along the route.
Playback ×12. Estimate excludes turns, setup and capture dwell.
Illustrative demo · synthetic coordinates and accuracy · no live receiver or image processing.
YOUR SOLUTION / PRODUCT STACK
Start with an outcome, then refine your products and Suite preferences. Every choice stays connected to your solution brief.
01 / CHOOSE YOUR OUTCOMES
No capabilities match. Try another search or category.
Selecting a capability adds its listed modules. Removing a required module removes the linked capabilities, with an explanation here.
Bring the choices from our shop into your solution brief. Processing volume, annotation and image retention stay visible from here to enquiry.
View current Suite pricing ↗KEEP YOUR COMPLETE SELECTION
Catalogue selections add the product to your brief. Costs and savings remain in the separate planning model.
Choose a product to add it. Removing a selected product also removes any workflow capability that requires it.
No products match this search.
No additional products selected.
YOUR SOLUTION / REVIEW & DOWNLOADS
A personalized solution study, your selected products and the original technical references — together in one place.
YOUR DOWNLOAD DESK
HelloGeo Nexus, Drone Station, Point, MetaSync, GIS Suite and AI GIS.
Your product stack, site setup, control routes, requested outputs and editable planning assumptions, captured in one PDF.
Check your Suite image volume before exporting ↗REFERENCE LIBRARY
10 original technical publications available.
PDF / PlatformHelloGeo Platform combined handbook49 pages · 12.5 MB↓
PDF / Command CentreHelloGeo Command Centre user guide17 pages · 5.8 MB↓
PDF / Control CentreHelloGeo Control Centre operator handbook16 pages · 3.3 MB↓
PDF / Suite & GISHelloGeo Suite complete user guide21 pages · 4.7 MB↓
PDF / Suite & GISHelloGeo GIS World global brochure12 pages · 2.3 MB↓
PDF / FlightHelloGeo Flight complete guide21 pages · 13.0 MB↓
PDF / FlightHelloGeo Flight professional handbook16 pages · 11.1 MB↓
PDF / FlightHelloGeo Flight field user guide15 pages · 12.9 MB↓
PDF / MetaSync & PointHelloGeo MetaSync complete user guide27 pages · 3.8 MB↓
PDF / MetaSync & PointHelloGeo MetaSync technical documentation29 pages · 1.1 MB↓No documents match these filters. Try another search or browse all publications.
Original supplied publications. Editions describe their documented baseline. Search all technical documents ↗
YOUR SELECTED SOLUTION
5 modules · 6 products
A connected inspection workflow for your team.
BEFORE THE NEXT CONVERSATION
Use these prompts to turn your concept into a project the team can assess.
Share this brief to qualify the data, deployment and integration scope.
Solution brief / ready to discussModel the time your selected modules could save, then compare that value with your assumed investment and recurring costs.
All starting values and outputs are illustrative planning assumptions. These are not HelloGeo product prices, quotations or measured customer outcomes.
ILLUSTRATIVE TIME MODEL
Time savings are capped at baseline hours per job.
Current annual workflow cost—
Proposed annual workflow cost—
Saved hours per job = the smaller of baseline hours and the sum of selected modules’ incremental hours saved. A cap prevents total saved time exceeding the job’s labour hours; you must still avoid assigning the same task saving to more than one module.
Current annual cost = jobs × (baseline labour hours × hourly cost + other direct costs). Proposed annual cost = jobs × (remaining labour hours × hourly cost + other direct costs) + selected modules’ annual costs. Other direct costs are held equal for both approaches.
Net annual saving = current annual cost − proposed annual cost. Initial investment is the sum of selected module investments. Simple payback = initial investment ÷ positive net annual saving; there is no payback when annual savings are not positive.
Net benefit over the horizon = net annual saving × years − initial investment. Net ROI = net benefit ÷ initial investment × 100. If initial investment is zero, the ROI ratio is undefined. Negative returns remain visible.
The model assumes saved labour hours translate into avoided cost or usable capacity valued at the entered hourly rate. It excludes financing, tax, depreciation, inflation, discounting, residual value, transition disruption and changing demand. No operational or financial outcome is guaranteed.
