Construction monitoring
Recurring aerial monitoring for construction sites, covering progress tracking, design verification, earthworks volumes, dispute evidence, and BIM/PM integration.
SD Aerial monitors construction sites with recurring flights, weekly or monthly, that track progress against plan and confirm completed work matches the approved design. Each flight builds on the last, creating a continuous, dated visual record from groundbreaking to handover: earthworks volumes, structural progress and safety compliance, all comparable over time.
For general contractors and project owners, this turns aerial monitoring from a one-off survey into an ongoing record of the build. Results support payment certificates, protect against disputes, and give remote stakeholders real visibility into the site without a visit, delivered as structured data straight into the BIM or project-management platform already in use.
Subscription flight program
An ad hoc survey gives a single snapshot, not a trend, and a snapshot alone doesn't tell anyone whether a build is on schedule or quietly slipping. Comparing this month's photos to last month's by eye makes drifting progress or a stalled section easy to miss, often until the delay is already sitting on the critical path and affecting the handover date.
A weekly or monthly flight cadence builds automatically into a comparable series, so progress against plan is visible the moment a flight lands rather than reconstructed from memory at the next site meeting. Over time, that series becomes a running record the whole project team can check without waiting on someone to compile an update.
Weekly progress monitoring
Continuous tracking across a large infrastructure or industrial build, with each flight compared automatically against the last, so drift from plan surfaces immediately rather than weeks later at a site meeting, once it's already affecting the schedule.
Multi-project portfolio cadence
One recurring flight program covers every active site in a portfolio, on a consistent schedule and in a consistent reporting format, so no project falls behind on documentation while attention is focused elsewhere.
As-built vs. design verification
Confirming that completed work actually matches the approved design usually means someone walking the site with a printed drawing, checking dimensions and placement by eye against what was planned. It's slow, it pulls a team member off other work, and the result is only as reliable as whoever did the walk that day.
Aerial capture is compared directly against the design model, flagging deviations by exact location and magnitude instead of leaving it to a visual judgment call made from ground level. The comparison runs the same way every time, regardless of who requested the flight or who reviews the result.
Design deviation check
Completed elements are compared against the approved design model, with any deviation flagged by exact location and magnitude for the project team to review, prioritize and resolve before it compounds.
Milestone verification
Structural progress is confirmed against the project schedule at each flight, supporting milestone sign-off without a separate site walk or a manual measurement check by an engineer.
Earthworks volume calculation
A manual cut/fill or stockpile estimate is slow to produce and drifts further from the real volume the longer it goes unchecked between site visits. On a project billing by volume moved, that drift doesn't stay theoretical — it shows up directly in a disputed payment certificate that both sides then have to reconcile.
A single flight measures cut, fill and stockpile volumes across the entire site, giving a verified figure instead of a manual estimate that has to be walked and re-walked to confirm.
Earthworks payment verification
Completed volumes are confirmed for monthly contractor payment certificates, giving both the contractor and the owner a figure they can independently verify before it's approved and processed.
Stockpile volume control
Material stockpiles are measured on every flight, tracking usage and remaining inventory over time without a manual count or a walked estimate that goes stale within days.
Timestamped evidence archive
A dispute over a delay or a damage claim usually comes down to whoever kept better records at the time, and records kept after the fact rarely hold up the same way. If no one documented site condition on the day in question, there's nothing to point back to when the disagreement actually happens.
Every flight adds to a dated, geo-tagged visual record of the site, ready to reference whenever a claim, an RFI or a compliance question comes up later, however far after the fact that turns out to be.
Dispute & delay evidence
A timestamped record protects the contractor in damage or delay disputes, with dated visual proof of site condition for any given week across the full project timeline, not just the weeks someone remembered to document.
Safety & compliance documentation
Site safety standards are verified and documented across a multi-project portfolio, without a separate inspection visit required for every site on the list each time a check is due.
BIM / PM system integration
Owners and investors who aren't on-site rely on secondhand updates, and a report that only reaches the project team leaves remote stakeholders working from whatever gets forwarded to them, if anything does at all. That gap tends to widen exactly when a project hits a rough patch and visibility matters most.
Findings are delivered directly into the contractor's BIM or project-management platform, so anyone with access sees current site condition without waiting on a forwarded report or a status call.
Remote owner/investor visibility
Stakeholders get an up-to-date view of the site without a visit, through the same platform they already check for project status, budget and reporting.
No manual report handoff
Flight results populate the BIM or PM system directly, removing the step of someone compiling, formatting and circulating a separate report by hand each cycle.
Why we're not just another drone company?
Faster turnaround
Findings are delivered within hours of a flight, not days after a manual audit and its written report.
Zero operational downtime
Flights are scheduled around live loading, unloading and vessel movements, so a survey never forces a pause in operations.
Direct system integration
Results are delivered straight into the WMS, ERP or GIS platform already in use, with no manual re-entry or separate report to file.
Full-site coverage in one flight
A single flight covers structural, thermal and volumetric checks across an entire site, replacing several separate manual walkthroughs.
Verified, audit-ready figures
Volumetric and condition data is accurate enough to support billing, inventory reporting and insurance claims.