Costs & choosing
Drone pilot network or local operator: which should you book?
Compare the buying process, accountability and practical trade-offs of a managed network, an operator directory and a direct supplier.
The assessment in brief
Who should consider Cyberhawk?
Cyberhawk is most relevant to asset owners commissioning industrial inspections, geospatial surveys or repeat programmes across complex sites. Its published offer combines field capture with engineering input and the iHawk data platform. Our assessment is that the main buying decision concerns the whole information workflow: how observations become prioritised actions, how teams use the evidence and how records remain accessible. Compare it with providers offering a similar programme scope rather than with a basic imagery-only visit.
Strengths to consider
- Industrial asset inspections spanning several specialist sensor methods.
- Geospatial mapping and construction records within a wider service offer.
- iHawk provides a stated route from captured data to asset workflows.
What to check
- Separate fieldwork, analysis, software and integration responsibilities.
- Agree asset-specific acceptance criteria and escalation of urgent findings.
- Confirm data ownership, export rights and ongoing platform costs.
Service-fit ratings
| Roof inspections | |
|---|---|
| Surveying & mapping | |
| Photography & film | |
| Thermal imaging | |
| Construction progress | |
| Infrastructure |
These describe the focus of advertised services. They are not customer-satisfaction or tested-quality scores. “Not assessed” does not mean unavailable. How the criteria work.
Scope the inspection around the asset
Cyberhawk advertises visual, thermal, confined-space and ultrasonic thickness inspection services. Examples on its service pages include transmission structures, turbines, tanks and other industrial equipment. These are different inspection methods with different purposes; the appropriate method needs to be specified for the asset, the suspected deterioration and the decisions the owner needs to make.
Bring an asset register and inspection requirement to the initial discussion. Agree what constitutes adequate coverage, how findings are graded and who reviews them. Request a process for urgent escalation and for documenting areas that could not be assessed. Establish whether specialist follow-up is included or must be arranged separately after the aerial inspection.
Mapping and repeat project evidence
The geospatial service describes orthophotos, LiDAR, photogrammetry and 360-degree records. Published outputs include spatial models and maps, while the capital-projects offer uses dated imagery and site views to help teams follow development. These capabilities may be relevant where several disciplines need to work from the same physical record of a large or complex site.
Define the survey tolerances, coordinate reference system and required formats independently of any viewing platform. For repeat work, ask how datasets will align between dates and how changes in capture conditions are recorded. For a construction programme, decide whether the principal need is measurement, an accessible visual record or both, and price each requirement explicitly.
Assess the platform as well as the flight
Cyberhawk presents iHawk as part of its aerial-data offering. Its capital-projects page describes image comparison, annotations, document linking and workflows for tracking findings. That makes the software demonstration relevant to procurement: buyers should see how their own asset hierarchy and work practices would be represented, not just a polished demonstration dataset.
Ask for a walkthrough from a new inspection finding to review, action and closure. Include the people who will use the information day to day. Test the proposed exports, permissions and handover arrangements before agreeing a long programme. Confirm what remains available if the software agreement ends and whether your existing maintenance system will receive the necessary information.
Pricing & getting a quotation
Seek a programme-specific proposal with field capture, engineering analysis, data processing, platform access and integration shown separately. Include mobilisation, access arrangements, repeat inspections and retention of historical records. Compare total cost over the planned programme period, not only the first survey. Ask whether user numbers, asset volumes, exports or additional datasets change the ongoing fee and what is included at handover.
For a consistent comparison, use our drone service cost guide and buyer’s checklist.
Questions to ask Cyberhawk
- Which inspection methods and engineering review are included for each asset class?
- How will graded findings enter our maintenance process, and who owns urgent escalation?
- What data, exports and historical access will we retain if we stop using the platform?