Robotic Platform - IT system for unmanned device management
/ Robotic Platform
Group Interaction
Versatility and Scalability
Autonomy and Security

Robotic Platform –

The Robotic Platform is a solution for comprehensive management of heterogeneous swarms of autonomous systems, based on Human-Machine Teaming (HMT) technologies.

The platform unites various types of robotic complexes into a single intelligent network, including unmanned aerial vehicles, ground robots, industrial manipulators, and autonomous vehicles.

  • Multi-Domain Control
    The platform provides control and coordination of autonomous systems in air, land, and sea environments, including underwater and underground operations.
  • Human-Machine Interaction
    Advanced HMT capabilities for effective collaboration between operators and autonomous systems.
  • Heterogeneous Swarms
    Support for interaction of diverse autonomous platforms within a unified information space.
  • Distributed Architecture
    Utilization of edge computing and AI to enhance system autonomy and fault tolerance.
  • Adaptive Mission Planning
    AI-powered decision-making system for dynamic task planning and replanning.
  • Swarm Intelligence
    Collective behavior algorithms for optimizing complex mission execution.
  • Multi-Sensor Integration
    Integration of data from various sensor types for enhanced environmental perception.
  • Resilient Communications
    Adaptive network protocols for reliable communication in challenging conditions.
  • Open Architecture
    Support for third-party platform and system integration through standardized interfaces.
  • Autonomous Target Designation
    Capabilities for autonomous target detection, classification, and tracking with human confirmation.
  • Multi-Domain Control
    The platform provides control and coordination of autonomous systems in air, land, and sea environments, including underwater and underground operations.
  • Human-Machine Interaction
    Advanced HMT capabilities for effective collaboration between operators and autonomous systems.
  • Heterogeneous Swarms
    Support for interaction of diverse autonomous platforms within a unified information space.
  • Distributed Architecture
    Utilization of edge computing and AI to enhance system autonomy and fault tolerance.
  • Adaptive Mission Planning
    AI-powered decision-making system for dynamic task planning and replanning.
  • Swarm Intelligence
    Collective behavior algorithms for optimizing complex mission execution.
  • Multi-Sensor Integration
    Integration of data from various sensor types for enhanced environmental perception.
  • Resilient Communications
    Adaptive network protocols for reliable communication in challenging conditions.
  • Open Architecture
    Support for third-party platform and system integration through standardized interfaces.
  • Autonomous Target Designation
    Capabilities for autonomous target detection, classification, and tracking with human confirmation.
How It Works
Control Center
Operating system
01
Operational Equipment
Software-Hardware Complex
02
03
Station
04
Data Processing Center
05
Other Peripheral Controlled Equipment
Application Scenarios
Platform Application Areas
Ecology and Environmental Management
  • Forest monitoring
  • Fire outbreak detection
  • Environmental condition assessment of territories
  • Regular flights over natural territories
  • Photo/video collection, orthophoto map creation
  • Pollution level measurement
  • 3D landscape modeling
  • AI-powered data analysis
Agriculture
  • Crop condition monitoring
  • Precision fertilizer and pesticide application
  • Yield assessment
  • Regular flights over agricultural lands
  • Collection of crop and soil condition data
  • Targeted fertilizer and pesticide application
  • AI-powered analysis of collected data
Construction and Infrastructure
  • Construction progress monitoring
  • 3D object modeling
  • Infrastructure condition monitoring (bridges, roads, power lines)
  • Project documentation deviation detection
  • Regular flights over construction sites and infrastructure objects
  • 3D modeling and orthophoto map creation
  • Construction progress monitoring
  • Hard-to-reach area inspection
Security and Protection
  • Territory patrolling
  • Unauthorized access detection
  • Search and rescue operations
  • Autonomous drone patrolling of designated perimeters
  • 24/7 surveillance using thermal imaging and cameras
  • Real-time suspicious activity detection through video analytics
  • Information transmission to operator upon threat detection
Manufacturing
  • Industrial facility inspection
  • Production process monitoring
  • Equipment condition control
  • Regular flights over industrial facilities and infrastructure
  • Equipment and structure condition data collection using high-precision cameras
  • 3D modeling and orthophoto map creation for analysis
  • Work execution and safety standard compliance monitoring
Reference information
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Open Digital Innovations LLC
105082, Moscow, Basmanny municipal district, Perevedenovsky lane, building 13, structure 18, office 34H/5
TIN: 9701200558
PSRN: 1227700153504
Open Digital Innovations LLC provides the following services in IT activities: design, examination, development, adaptation, modification of computer programs and databases, implementation of computer programs and databases.
LLC Open Digital Innovations uses the following technologies: C++, Python, TensorFlow, PyTorch, Scikit-learn, BeautifulSoup, Scrapy, FastAPI, PostgreSQL, Docker
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