Intelligent Integrated System - Skyla | Where the Future Ascends

IIS - Intelligent Integrated System

Redefining Digital Ecosystem Boundaries for Advanced Air Mobility

Flexible for Multiple Mission Scenarios

Adapts easily to different tasks and requirements.
Continuous Iteration and Incremental Airworthiness

A robust system architecture enables ongoing post-delivery upgrades, building efficient, incremental airworthiness capabilities.
Software-Defined for Greater Customer Value

Adding new features via software, without changing hardware, continuously enhances user experience and product value—unlocking high-margin revenue opportunities.
Intelligent Evolution: Building a “Thinking" Aircraft

Using closed-loop flight data, the system autonomously optimizes performance and customizes the passenger experience—evolving the aircraft into an flying intelligent agent.
Remote Operations & Maintenance for Cost-Effective, Efficient Operations

Enables Over-the-Air (OTA) software updates through supplemental certification and predictive maintenance, significantly reducing lifecycle O&M costs while improving aircraft availability and operational performance.

IIS Airborne System Platform Architecture

The IIS intelligent computing platform leverages robust partitioning to meet ARINC 653 standards, ensuring high safety for resident application software. Built on a high-performance, open-architecture, and scalable hardware-software platform, it supports systems of different Design Assurance Levels (DALs).

Paired with zonal controllers to extend the computing platform, it enables localized management of sensors and actuators. Its flexible interface conversion capabilities support configurable communication links, redundant channels, and multiple standardized I/O ports, facilitating the intelligent evolution of the electronic architecture while significantly reducing the number of airborne LRUs.

Intelligent Evolution of eVTOL: Software-Defined · Edge-Cloud Collaboration · Digital Twin·AI-Enabled

eVTOLs are evolving toward software-defined, intelligence-driven, and cloud-coordinated operation. By deeply integrating Edge Intelligence, Cloud Collaboration, Digital Twin, and Artificial Intelligence (Al), the system enhances safety, efficiency, and operational capabilities.

Cloud Collaboration — Global Optimizationand Remote Empowerment

Connected via 6G and low-Earth orbit (LEO) satellites to ground-based cloud plaforms, enabling mission-level coordination.

Lightweight Al models

for obstacle detection and landing site identification.
Centimeter-level positioning

Achieved through real-time multi-sensor fusion for centimeter-level accuracy.
Emergency Path Replanning

Onboard path replanning to respond to unexpected obstacles.
Closed-loop control

Flight control closed-loop system.

Edge Intelligence — Real-Time Onboard Decision-Making

Critical perception, control, and emergency response are executed locally on the eVTOL.

Airspace Collaborative Scheduling

Integrated with the unified air traffic management system to dynamically allocate routes and prevent conflicts.
Remote Monitoring and Health Diagnostics

Real-time upload of battery status and flight control logs.
3D Chart Updates

Latest 3D charts are generated in the cloud and distributed to users.
Emergency Takeover Support

Ground operators intervene inextreme situations.
OTA Software Updates

Deliver new navigation maps, Al models, or airworthiness patches over-the-air.

Digital Twin-Virtual-Physical Mapping and Predictive Maintenance

Create a high-fidelity virtual replica for each eVTOL, synchronizing its physical state in real time.

Predictive Maintenance

Proactively alerts to battery degradation or motor failures based on lifecycle models.
Pilot/Dispatcher Training

Simulating extreme weather or system failure scenarios in VR.
Simulation-Based Validation Test new flight control

algorithms in a digital environment-no physical test flights required.
Incident Reconstruction

Replay the entire sequence of a flight anomaly to support airworthiness investigations.

Artificial Intelligence — Intelligent Cognition and Autonomous Evolution

Leveraging technologies such as deep learning and reinforcement learning, we build an AI capability framework that spans the entire flight lifecycle, enabling eVTOLs with high-level autonomy, contextual awareness, and continuous self-evolution.

Intelligent Perception

Al fuses vision and multi-sensor data to detect obstacles, weather conditions, and interference in urban airspace in real time, enabling dynamic obstacle avoidance and route replanning.
Autonomous Emergency Decision-Making

Leveraging reinforcement learning, eVTOLs autonomously execute optimal emergency strategies—such as safe landing or return-to-base—during extreme scenarios like communication loss or power anomalies, ensuring flight safety.
Predictive Health Management (PHM)

By integrating digital twin models with historical operational data, Al predicts the remaining useful life of critical components (e.g., motors, batteries) to enable early fault warnings and proactive maintenance.
Cloud-Edge Collaborative Evolution

Through federated learning and over-the-air (OTA) updates, the fleet shares localized experiences while preserving data privacy, continuously refining global Al models for collective intelligence evolution.
Natural Human-Machine Interaction

Supporting voice commands and intent recognition, the Al dynamically adjusts automation levels based on operator state (e.g., fatigue, workload), enhancing collaboration efficiency.
Smart Cabin Management

Continuously monitors pilot condition and automatically initiates emergency landing upon incapacitation; simultaneously optimizes cabin environment (e.g., temperature, lighting, noise) to balance safety and passenger comfort.

Flexible Delivery, Deep Collaboration

IIS full-stack services empower a diverse customer ecosystem.

Comprehensive Standardized Services-Rapid Deployment, Efficient Operations

We offer a fully integrated, airworthiness-verified hardware-and-software solution covering core functional modules including flight control, energy management, communication and navigation, and passenger interaction.

Ready-to-use out of the box, this solution significantly shortens development cycles and certification timelines, enabling operators and OEMs to swiftly launch commercial operations.
Custom Development Services-Scenario-Driven,Tailor-Made for You

For specialized missions or brand-differentiation requirements, our engineering team can deeply engage in architecture design, feature development, and human-machine interaction optimization. We support safety-level partitioning, multi-payload integration, custom brand UI, and more-delivering a truly “born-for-you” intelligent flight platform.
Open Secondary Development Support-Empowering Innovation, Co-Building Ecosystems

For customers with in-house R&D capabilities—such as major OEMs and technology companies-IIS provides a comprehensive development toolkit, including a highly compatible SDK, real-time APIs, a simulation testing environment, and full documentation.
Within a securely isolated sandbox, you can independently develop new applications-such as AI-based scheduling, passenger services, or data services-continuously expanding functional boundaries and building your own application ecosystem.

IIS Intelligent Integrated System, built on an open, reliable, and evolvable architecture

Serves as your most robust foundation for intelligent flight!