DeepX

Aviation

AI for Aviation

Computer vision for aircraft ground operations. Structured, auditable operational visibility across arrival, servicing, and departure.

Smart Aircraft Operations

Aircraft ground operations are time-critical, safety-sensitive, and heavily procedural.

Aircraft ground operations generate massive volumes of video, but traditional video management systems (VMS) provide limited operational intelligence.

Our AI video surveillance system applies computer vision analytics and anomaly detection to convert raw footage into searchable operational data.

Why Aviation Uses AI

Airport Standard Operating Procedures define how aircraft servicing must be performed. AI enables structured oversight across priority operational domains:

SOP Execution Verification

Objectively verify that servicing steps were executed in the correct sequence and within the specified timeframe.

Turnaround Risk Detection

Identify operational deviations early through real-time monitoring to reduce disruption and ground time variability.

Ground Safety Monitoring

Detect unsafe proximity between vehicles, equipment, and personnel.

Equipment Positioning & Utilization

Monitor GSE allocation and movement across stands in real time.

Event Reconstruction & Investigation

Generate structured operational timelines instead of manual video review.

Execution Quality Monitoring

Ensure aircraft ground operations meet defined procedural and safety standards

Data & Integration

We integrate with existing aviation environments without replacing core systems:

Existing CCTV and enterprise video surveillance systems

Airport VMS platforms

Portable edge AI camera systems at aircraft stands

Access control systems

Operational event logs

Video remains the source. AI converts it into structured operational records.

Portable Edge AI for Airports

CamBoxes AI stereo vision

Operational visibility starts at the aircraft.

CAMBOX PRO is a portable edge AI solution enables rapid deployment of cameras near gates or stands to capture SOP-critical activity exactly where operations happen. This approach supports:

  • Portable AI camera systems
  • Stereo vision AI cameras
  • Rugged edge AI vision systems
  • Edge AI video analytics devices

Coverage moves with the aircraft instead of staying tied to fixed infrastructure.

DXHub

DXHUB is a modular AI Platform.
It takes fragmented video, documents, and multimodal inputs and converts them into structured, searchable, model-ready data without requiring changes to your existing infrastructure.

Transforms raw data into AI-ready formats

Unifies video, documents, and sensors

AI chat for quick summaries and guidance

DXHub interface

Featured Cases

Intelligent Airport Baggage Tracking

The Challenge
Limited real-time visibility across baggage handling leads to delays, manual searches, and operational inefficiencies.

Our Solution
DeepX applied AI video analytics to transform CCTV into real-time baggage tracking, creating structured, searchable movement data across checkpoints.

Results & Impact
Reduced search time, improved on-time performance, and greater operational transparency without replacing existing systems.

Preventing Airside Incidents with AI

The Challenge
A fuel spill incident exposed gaps in real-time monitoring and procedural oversight during ground servicing operations.

Our Solution
DeepX demonstrated how AI-powered video intelligence could detect unsafe conditions and deviations early through automated monitoring.

Results & Impact
Proactive risk detection, stronger safety compliance, and reduced operational and environmental exposure.

How Impact Is Measured

Reduce manual video review hours

Decrease undocumented SOP deviations

Accelerate incident reconstruction time

Minimize turnaround time variability

Strengthen on-time performance stability

Expand safety observation coverage

Implementation Path

Strategic Discovery

Define use cases, establish KPIs, identify operational risks, and document governance requirements.

Data Readiness

Assess camera coverage, review VMS integration, validate data quality, and prepare edge deployment.

Controlled Pilot

Deploy at selected gates, validate model performance, measure defined KPIs, and document results.

Production Rollout

Scale across operations, enforce access controls, activate audit logging, and formalize oversight.

Continuous Evaluation

Monitor KPI performance, review governance controls, assess model drift, and implement improvements.

Operational Validation

Confirm KPI impact, validate model behavior, document compliance controls, and secure stakeholder approval.

Realization

Your Project 100%

Bring AI Video Analytics to Your Airport Operations

Discover how AI-powered video analytics and computer vision software can improve safety, efficiency, and compliance across aircraft ground operations.

Frequently Asked Questions

It’s a computer-vision platform that monitors and analyzes aircraft ground operations in real time. It leverages existing CCTV and sensor feeds to objectively verify that all servicing steps (boarding, fueling, baggage handling, etc.) are done correctly and on time. Think of it as turning your cameras into smart sensors that automatically log every event, instead of relying on manual radio or paper reports.

Airlines, ground handlers, and airport operators all benefit. Any organization that manages aircraft turnarounds will gain from the added visibility. For example, airports without automation often see 20–30% longer turnaround times than those using AI-driven monitoring. By contrast, AI oversight can cut delays and improve on-time performance, benefiting everyone from ramp supervisors to operations managers.

It can recognize virtually all routine ground activities. For example, systems like this have been shown to track baggage unloading, refueling, de-icing, boarding/deplaning, jetbridge docking, and more in real time. In practice, the AI generates a timestamped checklist of events, ensuring procedures occur in the right order and flagging any deviation. This “execution quality monitoring” turns chaotic video feeds into structured logs that drive faster decisions.

Yes. The platform is designed to integrate without replacing core systems. It works with a wide range of existing CCTV cameras and VMS platforms. You can also deploy additional portable edge-AI cameras or stereo/rugged cameras if needed for uncovered stands. In short, video remains the source of our AI, which simply adds intelligence on top of your current infrastructure.

It’s flexible. Deployments can be fully on-premise, cloud (VPC), hybrid, or even edge-based at the aircraft stand. Many customers choose edge or on-prem processing to meet strict privacy/compliance needs. The system supports strict environment isolation (separate dev, test, prod) and controlled update policies. In practice, you can start with a pilot at selected gates (using your network or portable cameras) and then scale to a full rollout.

Absolutely. The solution is built for aviation compliance: it includes role-based access control, full audit logging, and encryption both in transit and at rest. Data always remains under your control (there is no default model training on customer videos). You can run it on isolated on-site hardware if required. These practices help meet GDPR, EU AI Act, and SOC 2 requirements.

Yes. These systems are tested in real airport conditions. In fact, performance is often better at night (due to more stable lighting), and they operate effectively in rain, snow, fog, and even sandstorms. As a rule of thumb, if a trained human can see the activity on camera, the AI can as well.

We work with you to define key performance indicators (KPIs) up front (e.g., reduced review hours, fewer undocumented SOP deviations, improved on-time rate). The AI then automatically produces the data needed to calculate each KPI. Industry case studies show automated ground monitoring can reduce turnarounds by 20–30% and cut safety incidents by about 25%. These figures will vary by airport and scale of deployment, but customers typically see measurable improvements in efficiency and safety.

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