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 system uses camera images, speech, data from connected devices, documentation, and available digital information to understand what is happening and help the user in real time.
EVA is being designed to run on smartphones, tablets, personal computers, and compatible wearable devices, including AR displays.
From everyday interaction with technology to professional work with complex equipment, EVA becomes an intelligent interface between people, information, and the world around them.
It doesn’t just answer. It understands context
Artificial intelligence that perceives the world around it
Most digital assistants interact with users mainly through text or voice. They can answer questions but often lack sufficient information about physical objects, the user’s actions, and events taking place around them.
EVA combines multiple sources of information into a single contextual model.
The camera makes it possible to analyze visible objects. The microphone enables natural dialogue. Device data helps take their status into account. Documentation and knowledge bases provide specialized information.
As a result, users will be able not only to ask questions but also to show objects, receive explanations, carry out step-by-step tasks, and interact with digital tools without constantly switching between apps.
Show. Ask. Act.
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How EVA perceives the world
Six components of contextual intelligence
01
VISION
Computer vision
Analysis of images and video streams to recognize objects, equipment parts, text, markings, and visual changes.
Planned capabilities
Recognition of objects and components.
Reading of text and technical markings.
Analysis of images and video streams.
Localization of objects in the frame.
Matching of images against documentation.
Detection of visual deviations from the reference state.
02
VOICE
Natural voice interaction
Dialogue with AI without having to constantly look at a screen or keyboard.
Planned capabilities
Natural speech recognition.
Spoken questions and answers.
Support for multi-turn dialogue.
Voice control of available functions.
Multilingual interaction.
Voice readout of instructions and notifications.
03
CONTEXT
Understanding the current task
EVA combines information from different sources and retains the context of the work being done.
Planned capabilities
Take previous questions and actions into account.
Determine the current stage of work.
Use information about connected equipment.
Refer to documentation and knowledge bases.
Keep a history of completed tasks.
Resume interrupted work from the saved stage.
04
AUGMENTED REALITY
Augmented reality
Digital information displayed directly over the image of the real world.
Planned capabilities
Visual cues on objects.
Highlighting of recognized components.
Contextual information panels.
Step-by-step instructions in the field of view.
Display of connected device parameters.
Support for compatible AR glasses and displays.
05
ACTIONS
Interaction with digital systems
EVA provides for integration with applications, equipment, and software services through authorized interfaces.
Actions that affect equipment or external systems are performed subject to granted permissions and the required user confirmations.
Planned capabilities
Searching for information in connected systems.
Creating notes and reports.
Working with documents and files.
Performing authorized software actions.
Transferring information between applications.
Automating repetitive digital operations.
06
EDGE AI
Local processing and offline capability
The ability to run certain AI functions directly on the user’s device.
The availability of offline functions will depend on the device’s specifications and the models used.
Planned capabilities
Operation with local AI models.
Use of stored knowledge bases.
Processing of certain voice and visual requests without internet access.
Synchronization of information when the connection is restored.
Hybrid architecture of local and server-side computing.
Control over data transfer to external infrastructure.
From observation to action
One continuous process of interaction with AI
01
Perception
EVA receives information from the camera, the microphone, and authorized connected sources.
02
Understanding
AI determines what the request is about, analyzes available data, and takes the context of the current task into account.
03
Research
When necessary, the system refers to documentation, local materials, or connected information resources.
04
Recommendation
EVA produces an answer, an explanation, a visual cue, or a sequence of suggested actions.
05
Interaction
The user clarifies the task, continues the dialogue, or confirms execution of an available operation.
06
Continuation
Context is retained within an authorized session, making it possible to continue work without explaining the whole task again.
Help where it is needed
Four areas of application for EVA
01 / 04
Working with equipment
Intelligent technical assistant
Component recognition, technical documentation search, step-by-step maintenance guidance, and help with equipment diagnostics.
EVA makes it possible to get the necessary information right while working, using the camera and voice interface.
02 / 04
Education and training
Interactive learning in a real environment
Contextual explanations, visual instructions, demonstrations of action sequences, and access to learning materials.
The system helps users learn how equipment is built and master the prescribed procedures, taking into account the current stage of training.
03 / 04
Personal AI assistant
A digital helper for everyday tasks
Working with information, documents, images, notes, translations, and personal digital tools.
Voice interaction and computer vision make it possible to turn to the assistant right in the middle of a task.
04 / 04
Professional environment
An AI interface for specialists and organizations
Access to corporate knowledge bases, guidance through regulated procedures, report generation, and integration with authorized information systems.
EVA can be adapted to specialized workflows and organizational requirements.
Capabilities
An assistant that understands your task
Multimodal interaction
Contextual memory
Verifiable recommendations
Form-factor independence
01 / 04
1
Multimodal interaction
Voice, images, text, documentation, and device data come together in a single interface.
Users choose the most convenient way to interact depending on the task at hand.
02 / 04
2
Contextual memory
EVA is designed to retain the permitted context of the dialogue, ongoing tasks, and materials used.
This makes it possible to continue sequential work and receive answers that take previously provided information into account.
03 / 04
3
Verifiable recommendations
When using documentation and external information sources, EVA must provide links to the materials on which an answer is based.
When information is insufficient, the system asks for clarification and indicates the limitations of its conclusions.
04 / 04
4
Form-factor independence
One assistant concept for different devices: smartphones, tablets, computers, and compatible wearable systems.
The interface adapts to the hardware’s capabilities — from text dialogue to voice control and augmented reality.
Open architecture. New capabilities
An intelligent interface for your applications and devices
EVA is being designed as an extensible system capable of interacting with third-party software solutions and compatible hardware.
Software interfaces are planned for integrating external services, corporate systems, and specialized tools.
The architecture may include
APIs for connecting applications and services
Integration of external knowledge bases
Support for various AI models
Connection of compatible devices and sensors
Configurable tools and scenarios
Permission and access management
The option to deploy individual components locally
EVA is meant to evolve not as an isolated application but as an intelligent software layer that can be used in a variety of digital products.
People and technology. A single interface
EVA — an intelligent component of the Darlein Defense ecosystem
EVA is being developed both as a standalone AI product and as the interface between people and Darlein Defense digital systems.
Integration with WARDEN provides for the use of compatible wearable devices, displays, and sensor components.
Interaction with AGATA will provide access to authorized communication tools, map information, and workspaces through a contextual interface.
Integration with ELZA provides for using analytical results and verifiable information materials to expand the assistant’s capabilities.
Together, these areas form a single concept: information, analytics, and interaction with technology become accessible through a natural interface.
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EVA
Get involved
The future of interaction with technology starts with context
We are developing a multimodal AI assistant that will combine computer vision, voice, augmented reality, and integration with digital systems.
We invite developers, hardware manufacturers, technology partners, and potential customers to collaborate with us.
Tell us about your use case for EVA — we will explore opportunities for joint development and integration.
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
Data storage
Users’ personal data is stored and processed on servers in the Russian Federation in accordance with Federal Law No. 152-FZ of 27.07.2006 “On Personal Data”.
Data transfer
We do not disclose personal data or transfer it to third parties, except as required by the laws of the Russian Federation.
Copyright
The texts, images, and design of this site are protected by the copyright of DARLEIN DEFENSE LLC. Copying or using the materials without written permission is prohibited and subject to legal action.
