WHOLEFIELD

Resolving Complex Constraints Dynamically Optimizing Trajectories

Intelligent Mission Planning

Research into mission coordination, real-time trajectory optimization and risk avoidance—connecting planning with aircraft operations.

Explore Mission Planning

Next-Generation Autonomous Flight

Advancing aircraft from "command-following flight" to "autonomous goal-driven decision-making"

Conventional aircraft control relies heavily on ground datalinks and preset rules. In complex, dynamic modern airspace, we move beyond predetermined procedures toward multi-constraint, goal-oriented planning. Through global awareness and onboard computing, the aircraft performs real-time adaptive route reconfiguration and optimal decision computation under unknown and contested boundaries, enabling a platform-level leap in intelligence.

Explore Autonomous Planning

System Architecture

Core Autonomous Control Capabilities

01

Core Engine: Mission Self-Generation

Leveraging multidimensional constraint calculation models to execute autonomous logical deduction in dynamic operational and inspection environments. Without excessive human intervention, it dynamically reconfigures optimal mission sequences and multi-tier flight command links in real time.

  • Intelligent Mission Type Recognition
  • Full-Dimensional Weather Boundary Adaptive Planning
  • Cooperative Airspace Dynamic Avoidance
  • Global Energy Efficiency Autonomous Calculation
  • Airframe Health Closed-Loop Management

02

Real-Time Perception: Dynamic Adaptation

Millisecond-scale edge sensor array fusion delivers advanced spatial awareness. Under complex airflow disturbances and sudden incursions by unknown obstacles, the system executes rapid active avoidance and stable attitude control.

  • Transient Gust Robust Attitude Compensation
  • Dynamic No-Fly Zone Millisecond Reconfiguration
  • Three-Dimensional Obstacle Avoidance and Active Decision-Making

Coordination and Scale

Swarm Coordination and Scaled Operations

03. Swarm Coordination: Multi-Aircraft Mission Planning

  • Automated Allocation
  • Flight Sequencing
  • Conflict Avoidance

04. Value Leap: Foundation for Fleet Scaling

  • Efficient Collaboration
  • Scaled Operations

Autonomous Flight Control & Review Workflow

A high-reliability technical pipeline from mission definition and multi-layer safety planning to final executable flight plans.

01

Objectives & Constraints

  • Multi-Source Geospatial Data & Airspace Boundaries
  • Airframe Performance Envelopes & Environmental Constraints
  • Contingency Obstacle Avoidance & Return Contingency Plans

02

Planning & Human Review

  • Intelligent Autonomous Three-Dimensional Route Solver
  • Dual Ground Control Expert Preliminary Review
  • Route Conflict Resolution & Safety Redundancy

03

Executable Plan

  • Multi-Layer Data Fusion High-Precision Navigation Trajectory
  • One-Click Secure Dispatch to Multi-Aircraft Ground Stations
  • Closed-Loop Monitoring & Autonomous Adaptive Flight

R&D and Verification Pathways

Algorithm Verification

Verification focus: Multi-agent navigation algorithms and mission systems.

Simulation Testing

Testing focus: High-fidelity simulation and synthetic environment testing.

Flight Testing

Testing focus: Autonomous flight envelope verification and real-time data transmission.

WHOLEFIELD Technology Architecture

Explore Aircraft & Applications

Explore our aircraft platforms and application areas, or contact our team to discuss technical collaboration.

Aircraft

Explore aircraft platforms, flight control, and system integration

Explore Aircraft

Application Scenarios

Explore how mission planning, spatial information, and digital collaboration are applied across operational scenarios.

View Scenarios

Contact Us

Discuss avionics project planning
and technical collaboration needs

Contact Us

Mission-Critical Systems

Intelligence is not cold logic,
but reliable assurance for every flight

Combining always-on intelligent sensing, a redundant control matrix and high-precision planning algorithms, we distill complex computing power into ultimate quiet at every takeoff and landing. In fast-changing skies at altitude, we define an absolutely trustworthy digital line of safety defense.

Explore Technical Details