All developments
14 products in seven areas: from software platforms and communications to vehicles and protection systems. Every project has an honest status.
About the project
The project is built on a unified robotic architecture that combines wheeled and tracked platforms, interchangeable equipment, electronic systems, and control software tools.
Different NOMAD configurations use common design principles, compatible interfaces, and a unified digital infrastructure.
From a compact transport robot to a specialized ground platform — the system’s purpose is determined by its design and installed equipment.
One vehicle. Many tasks
A universal robotic base instead of many narrowly specialized solutions
Ground robotic systems can be used for a wide range of tasks, but developing separate machines for each scenario increases the complexity of production, maintenance, and operation.
NOMAD takes a different approach.
A unified technology architecture makes it possible to use common electronic components, software, interfaces, and maintenance tools across different types of ground platforms.
Interchangeable modules extend the functionality of the base chassis without the need to create a fully independent system.
One architecture. Different configurations. A shared ecosystem.
Read more
A module for the task
Two base platforms. A unified equipment system
01
NOMAD W
Six-wheeled robotic platform
NOMAD W is an advanced 6×6 wheeled platform designed for integrating interchangeable equipment and performing transport and auxiliary tasks.
Key development areas
Modular chassis design.
Electric power system.
Remote status monitoring.
Unified equipment interfaces.
Integration of cameras and sensors.
Service diagnostics of electronic components.
Compatibility with the shared NOMAD software infrastructure.
02
NOMAD T
Tracked robotic platform
NOMAD T is an advanced tracked version of the family, designed to use compatible modules on an alternative undercarriage.
Platform development provides for
Tracked chassis design.
Unified electronic architecture.
Compatible add-on equipment modules.
Technical condition monitoring systems.
Integration of external sensors.
Common diagnostic and maintenance tools.
03
CARGO
Robotic transport platform
A modular configuration for carrying equipment, tools, consumables, and other authorized cargo.
Interchangeable cargo decks, mounts, and options for placing transported items are planned.
04
EVAC
Evacuation and transport platform
A specialized configuration for moving people who need evacuation, using the designated transport equipment.
Development requires a separate assessment of stability, passenger safety, mount reliability, and operating conditions.
05
RECON
Remote observation and technical inspection
A configuration with compatible cameras and sensors for obtaining visual information and remotely inspecting objects.
Integration of optical modules, recording equipment, and diagnostic tools is planned.
06
RELAY
Mobile communications node
A configuration for hosting compatible network equipment and setting up a temporary local communications infrastructure.
Integration with HEX hardware and software solutions is planned.
Additional areas
Functionality that evolves with the platform
01 / 04
ENGINEERING
Engineering modules
A future area focused on integrating tools for remote technical inspection, measurements, and authorized auxiliary operations.
02 / 04
DRONE CARRIER
Mobile platform for UAVs
A research area focused on carrying, transporting, and servicing compatible small unmanned aircraft.
03 / 04
CORE
Unified electronic architecture
Unified computing components, diagnostic interfaces, software modules, and configuration management tools.
04 / 04
POWER
Power system
A common architecture for power supply, battery component monitoring, power system diagnostics, and maintenance.
Who it is for
Three roles around a single platform
01 / 03
Operator
Device information in one interface
The operator gets access to authorized control functions, camera feeds, the status of key components, and diagnostic messages.
The interface adapts to the available equipment and platform configuration.
02 / 03
Fleet manager
Centralized tracking of robotic systems
A unified information system makes it possible to keep a registry of platforms, track their technical condition, record installed equipment, and plan maintenance.
03 / 03
Module developer
Build your own equipment for NOMAD
Documented mechanical and software interfaces make it possible for third-party engineering teams to develop compatible modules.
Open APIs and SDKs can be used to create additional software tools and integrations.
Capabilities
One architecture for an entire family of machines
Modularity
Digital integration
Digital passport
Phased automation
01 / 04
1
Modularity
New tasks without a complete platform redesign
Unified interfaces provide for installing compatible additional equipment.
The modular architecture simplifies product line development and the reuse of engineering solutions.
02 / 04
2
Digital integration
A unified information management environment
NOMAD is designed to integrate with AGATA to display data from compatible devices, technical status, documentation, and available information services.
03 / 04
3
Digital passport
The complete history of every device
Each platform will be able to have a digital record card with information about the model, installed equipment, software versions, maintenance, and diagnostic results.
04 / 04
4
Phased automation
From remote control to intelligent functions
NOMAD’s development includes research into automated diagnostics, navigation assistance functions, and safe movement.
Automated functions must undergo separate verification and allow for operator oversight.
NOMAD open architecture
A platform you can extend
NOMAD is being designed as a modular robotic ecosystem with the ability to integrate third-party hardware.
The planned architecture provides for
Unified equipment connection interfaces
Documented software APIs
SDK for third-party developers
Connection of compatible cameras and sensors
Technical diagnostic tools
Software version management
Ability to create specialized modules
Integration of external information systems
Open integration interfaces make it possible to expand the family’s functionality without having to disclose the source code of the entire software platform.
A new task. A familiar vehicle
NOMAD — the ground robotics component of the Darlein Defense ecosystem
NOMAD is evolving both as a standalone family of robotic platforms and as part of the company’s overall technology architecture.
digital environment
AGATA
Integration with AGATA provides for centralized display of technical data, access to information services, and tracking of compatible robotic devices.
communications infrastructure
HEX
Compatible HEX network modules are considered one of the options for integrating NOMAD into a distributed digital infrastructure.
additional visual coverage
BACKEYE
Integration with compatible visual systems is designed to provide additional information for remote inspection and observation.
intelligent analytics
ELZA
In the future, ELZA may use NOMAD technical and operational data to analyze equipment reliability, detect faults, and plan maintenance.
A unified software architecture forms the basis for compatibility across different generations and configurations of robotic platforms.
NOMAD
Join the development of ground robotics
Darlein Defense is developing NOMAD as an advanced family of modular ground robotic systems.
We are interested in working with electronics developers, mechanical component manufacturers, and specialists in robotics, industrial design, and software.
We invite you to discuss joint research, prototyping, development of compatible hardware, and manufacturing cooperation.
We reply within two business days.
Darlein Defense — a new take on the private defense company in Russia.
Company details
DARLEIN DEFENSE LLC
INN 9701331416
KPP 770101001
OGRN 1267700273477
INN 9701331416
KPP 770101001
OGRN 1267700273477
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