The convergence of state-of-the-art artificial intelligence, advanced robotics, and edge computing is revolutionizing next-generation UAV autonomy. Mavinci Dynamics’ AI-driven drone software suite is architected to deliver:
Multi-Platform, Cyber-Resilient Middleware
As an easily adaptable, customizable and deployable package, our software supports various open-source operating systems.
Android, Debian, Ubuntu support
Compatible with Stationary Platforms and Edge Computers
Encryption: SECP256R1 & AES256
Sensor Abstraction & Dynamic Resource Orchestration
Our software can detect the available sensors to initiate only the required services.
Open-source autopilot control and optical flow software
Adaptive GPS module parameters
Custom time-of-flight and camera software configurations
Enhanced Localization, Mapping & Navigation
With computer vision and sensor fusion, our software can create virtual 3D reconstructions of the real-world environment and navigate inside it.
- Sensor-based simultaneous localisation and mapping
- Autonomous navigation algorithms
- Collision prevention and obstacle avoidance algorithms
Intelligent Multimedia & Data Management
MVC ADAPT can relay the information captured by the drone’s camera and sensors using open-source multimedia and image processing libraries and optimised data pipelines with H264 & H265 compression.
- High-quality and low-latency data streaming
- Concurrent video stream management
- Simultaneous data capturing and transferring during or after the mission
Real-Time AI Vision, Perception & Analytics
MVC ADAPT includes customizable AI datasets, models and weights for various users and applications.
- State-of-the-art object detection and tracking algorithms.
- Automatic load balancing, superposition and image stabilisation.
- Behaviour analysis and anomaly detection for situational awareness.
Self-Optimizing, Continually Learning Autonomy
Leveraging machine learning and reinforcement learning, the software improves the computer vision and AI-based analysis over time, learning from each flight to perform smarter and faster.
- End-to-end deep neural architectures: CNNs, GANs, and Deep Belief Networks
- Automated neural encoder/decoder pipelines and online background learning
- Federated learning for collaborative intelligence across UAV fleets
Provide smooth user experience and interface: Our software consists of responsive and interactive layouts to be configured to what the mission dictates.
- Web-based, cross and multi-platform user interface
- Industry-standard design patterns for the best user experience
- Alarm generation
Provide a smooth user experience and interface
MVC ADAPT consists of responsive and interactive layouts to be configured according to what the mission dictates.
- Seamless web-based environment optimised for cross-platform usage
- Industry-standard design patterns to ensure an efficient user experience
- Intelligent alarm generation for timely alerts and rapid response.
Artificial Intelligence (AI) and advanced sensors transform how drones operate, enabling unmatched precision, autonomy, and adaptability. Mavinci Dynamics’ AI-driven drones are designed to have:
Ultra-Compact, Mission-Ready Airframes
As easily portable and deployable hardware, our drones are quick to set up and complete their missions.
- Unique micro quadcopter design
- Under 250 grams
- Foldable motor arms
GPS-Enabled and GPS-Denied Flight
In addition to navigating with GPS and 5G, our drones utilise computer vision and sensor fusion to autonomously map and explore environments without relying on Global Navigation Satellite Systems (GNSS) (e.g., GPS) or cellular networks (e.g., 5G).
- Custom autopilot
- Optical flow and time-of-flight sensors for localisation and positioning
- Optional, complementary GPS module
Autonomous Flight
Our drones with autonomous flight capability are designed to operate with minimal human input; they can navigate complex indoor and outdoor environments
- Integrated Sensor Suite combines IMU, optical flow, and ToF sensors
- Return-to-Home Functionality
- Scalable Platform for multi-drone coordination and mission planning
Dynamic Obstacle Avoidance & Autonomous Collision Mitigation
Sensing both static and dynamic objects in their area of operations, drones complete their missions quickly while maintaining the safety of themselves and their surroundings.
- 360-degree sensor coverage
- Fast and enhanced 3D localisation and mapping
Seamless Integration with Adaptive Ground Control
Drones connect wirelessly to an adaptive, responsive and interactive ground control station (GCS) to be directed easily even in closed or confined spaces.
- 2.4 GHz and 5.8GHz Wi-Fi with 50 meters optimum range
- Improved Wi-Fi range up to 2 kilometres
- TCP/UDP communication with the ground control software
High-Precision Environmental Sensing & Data Acquisition
With the lightweight camera and gimbal, our drones capture high-definition images smoothly for computer vision and multimedia.
- 12 Megapixel Sony image sensor
- HQ image and 1080p video capturing capabilities with high dynamic range (HDR)
- 2-axis gimbal for stabilisation and movement
Onboard AI for Real-Time Situational Analysis & Adaptation
Our drones detect and classify objects, analyse behaviours and anomalies with real-time computer vision, and continuously improve AI algorithms and models.
- Dedicated companion computer for on-board and off-board processing
- Real-time analysis using computer vision and AI
Energy-Efficient for Mission Endurance
Energy usage optimisation allows our drones to plan efficient routes and manage battery usage for extended operations.
- 2S 2250mAh lithium polymer rechargeable battery
- More than 20 minutes of flight time
Advancements in AI, autonomous flight, and sensor fusion are revolutionizing precision agriculture and smart farming.
Advancements in AI, autonomous flight, and sensor fusion are transforming the defence and security landscape.
Advancements in AI, autonomous flight, and sensor fusion are revolutionizing the maritime and transport industries
