Arbor 01
Limited view
Flat video offers a limited perspective, making orientation harder for ground teams.
Shared panoramas
Different roles choose their own viewing direction from the same panoramic data.
Explore the capability
Aviation
Remote inspectionAnd monitoringRemote inspectionAnd monitoring
One site, viewed remotelyEvery task, traceable
Highlights
One mission, from the field to the debrief
Learn moreIndustry challenges
What crews see aboveTeams can see below
Different locations, shared information
Learn moreArbor AI
Devices, live views and replayManaged in one place
Devices, live imagery, playback and permissions connect an aviation operation.
Learn moreAirborne capture and remote collaboration
Orderly aerial captureCoordinated remote viewing
Connect airborne panoramas, multisensor gimbals, edge nodes and viewers. Crews and authorized personnel remain responsible for flight.
Learn moreApplication scenarios
Different aviation missionsOne collaboration workflow
Start with a suitable operational scenario
Learn moreFDE support from planning to operation
Aircraft & tasksConnected on siteAircraft & tasksConnected on site
Use real tasks to validate capture, transmission, viewing, playback and permissions.
Learn moreSpanish project
16 helicoptersConnected to ground teams
The 2025 proposal describes panoramic real-time audiovisual services for 16 helicopters of a Spanish operator, supporting forest inspection and emergency response.
Learn moreTechnology foundation
Core capabilitiesValidated under real conditionsCore capabilitiesValidated under real conditions
Parameters come from the original proposal and apply separately. Validate aircraft, network and site conditions; no universal SLA is implied.
Capture once, share widely
360°Ground teams combine live footage and location to understand the view from the air2025 proposal reference; validate per project.
Learn moreValue assessment
Understand the investmentEvaluate the value
Connect live communication with post-mission review. Help remote teams understand the scene and ground later discussions in recorded evidence.
Industry challenges
What crews see aboveTeams can see below
Voice reports alone can leave ground teams without a full picture. Scattered footage and mission records make subsequent retrieval and review harder.
02
Network variation
Changing bandwidth, latency and packet loss affect continuous monitoring and collaboration.
Adaptive transmission
Adjust encoding and paths to network conditions, with staff monitoring operation.
Explore the capability03
Fragmented data
Separate video, location and thermal data make retrieval and comparison harder.
Unified records
Link tasks, imagery and location for authorized viewing and review.
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Repeated flights
Separate capture for multiple disciplines adds flight and staffing demands.
Capture once, reuse
One capture covers multiple angles for review by different teams.
Explore the capabilityOne site, viewed remotelyEvery task, traceable
Validate aircraft, payloads, installation, links and functions per project. The system supports viewing and collaboration, not autonomous flight or safety-critical decisions.
Arbor AI
Devices, live views and replayManaged in one place
Add, edit and remove devices; monitor status and configure them remotely.
Live panoramic and flat video, multiple views and gimbal control.
Search by timeline or list, with sharing and recording downloads.
Assign role-based access to devices, recordings and other resources.
Devices, live imagery, playback and permissions connect an aviation operation.
Original system interfaces from the proposal. Actual functions, aircraft and integrations are confirmed per project.
Four connected stages of one mission
One mission, from the field to the debrief
Validate aircraft, payloads, installation, links and functions per project. The system supports viewing and collaboration, not autonomous flight or safety-critical decisions.
01
Mission preparation
Confirm objectives, viewing roles and available connectivity
02
Remote viewing
Ground teams view footage and location to discuss the same scene
03
Operational recording
Link footage, time, location and the mission
04
Mission debrief
Replay key segments, verify leads and document improvements
Airborne capture and remote collaboration
Orderly aerial captureCoordinated remote viewing
Connect airborne panoramas, multisensor gimbals, edge nodes and viewers. Crews and authorized personnel remain responsible for flight.
Airborne capture
Authorized personnel check airspace, weather and equipment before panoramic capture.
Hybrid networking
Adapt 4G/5G, satellite or ad hoc networks to site conditions, validating switching and transmission strategies.
Multi-endpoint collaboration
View together on computers, mobile devices, displays and optional XR endpoints, with defined control permissions.
Validate aircraft, payloads, installation, links and functions per project. The system supports viewing and collaboration, not autonomous flight or safety-critical decisions.
Application scenarios
Different aviation missionsOne collaboration workflow
01 · Forest patrol Use panoramas, visible-light and thermal imagery to help assess forests and possible fire indicators.
02 · Search and rescue support Share airborne imagery and clues for ground teams to assess and guide the response.
03 · Infrastructure inspection Inspect power lines, pipelines and other infrastructure from the air, retaining imagery for review.
04 · Media production and reporting Provide aerial perspectives for events, documentaries and news coverage.
05 · Remote sightseeing Expand viewing with live panoramas, validating operating conditions for each scenario.
Start with a suitable operational scenario
FDE support from planning to operation
Aircraft & tasksConnected on siteAircraft & tasksConnected on site
- 01
Site survey
Confirm objectives, viewing roles and available connectivity
- 02
System deployment
Configure capture, transmission, viewing and content systems.
- 03
Integration testing
Use real tasks to validate capture, transmission, viewing, playback and permissions.
- 04
Staff training
Train crews, monitoring and maintenance staff by role, with clear exception handling.
- 05
Continuous iteration
Replay key segments, verify leads and document improvements
Connect airborne panoramas, multisensor gimbals, edge nodes and viewers. Crews and authorized personnel remain responsible for flight.
Spanish project
16 helicoptersConnected to ground teams
The 2025 proposal describes panoramic real-time audiovisual services for 16 helicopters of a Spanish operator, supporting forest inspection and emergency response.
16Helicopters in the proposal
4GNetwork used in the case
360°Panoramic perspective
Airborne capture
AircraftPanorama + gimbal
Multi-endpoint collaboration
Ground teamShared viewing
Operational recording
Cloud–edge backupPlayback
Based on the February 2025 proposal. Sixteen helicopters describes its service scope, not the current active fleet. No response-time improvement percentage was provided.
Configuration follows the mission
Capture setupProject fit
Proposal equipment
Combine panoramic cameras, multisensor gimbals and edge capture/encoding nodes to suit the aircraft and installation.
Connect cloud video services to computers, mobile devices, displays and optional XR viewers; validate links and permissions per project.
The original proposal’s equipment image illustrates configuration and integration, not additional delivery evidence for the 16-helicopter customer.
Technology foundation
Core capabilitiesValidated under real conditionsCore capabilitiesValidated under real conditions
Panoramic capture, network adaptation and gimbal linkage help remote teams see both context and detail.
Airborne capture↔Hybrid networking↔Multi-endpoint collaboration
Hybrid networking
As networks change
Strategies adapt
Adapt 4G/5G, satellite or ad hoc networks to site conditions, validating switching and transmission strategies.
150kbps
150kbps is based on 480P and x265. The proposal states tolerance up to 30% packet loss, subject to link validation; it does not imply 8K quality at that bitrate.
Parameters come from the original proposal and apply separately. Validate aircraft, network and site conditions; no universal SLA is implied.
Airborne capture→Multi-endpoint collaboration→Ground team
Airborne capture
One panorama
Multiple directions
The proposal supports 4K/8K panoramas and multiple viewing endpoints. Validate resolution, latency and concurrency separately. The proposal describes field transmission latency below one second. This is a proposal reference; validate aircraft, links and viewers together, not a latency guarantee under all conditions.
Panoramic perspective↔Panorama–gimbal linkage↔Mission debrief
Panorama–gimbal linkage
See the whole scene
Then inspect the detail
Select a region in the panorama to direct a gimbal view. Confirm control methods through equipment integration.
Parameters come from the original proposal and apply separately. Validate aircraft, network and site conditions; no universal SLA is implied.
Core technology and intellectual property
6+Core technologies
7+Patents
25+Software copyrights
Value assessment
Understand the investmentEvaluate the value
Capture once, share widely
360°Ground teams combine live footage and location to understand the view from the air2025 proposal reference; validate per project.
Outcome validation
Validate using task records and user feedback.Make each mission a source of evidence
Validate aircraft, payloads, installation, links and functions per project. The system supports viewing and collaboration, not autonomous flight or safety-critical decisions.
Command team
Share the operational view
PanoramaLimited view
Ground teams view footage and location to discuss the same scene
Flight crew
Capture once, reuse
TogetherRepeated flights
One capture covers multiple angles for review by different teams.
Operator
Return to key moments
ReviewFragmented data
Replay key segments, verify leads and document improvements
The case provides no universal improvement rate. Validate outcomes against real tasks.
Configuration follows the mission
Airborne capture
As neededAuthorized personnel check airspace, weather and equipment before panoramic capture.
Multi-endpoint collaboration
Per projectView together on computers, mobile devices, displays and optional XR endpoints, with defined control permissions.
AI and AR extensions
Custom
AI detection, tracking and AR overlays require feasibility assessment and may incur customization fees. Personnel review results; these functions do not replace flight-safety decisions.
Validate aircraft, payloads, installation, links and functions per project. The system supports viewing and collaboration, not autonomous flight or safety-critical decisions.
Aviation
Start with a taskValidate together
Share your scenario and goals, and define the first step together