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 platform combines acoustic, seismic, optical, and hydroacoustic sensors, local computing modules, and software infrastructure for event analysis.
From a single sensor to a distributed observation network — ECHO is designed to combine information from multiple sources into a unified picture of what is happening.
Integration with HEX, AGATA, and ELZA forms the basis for transmitting, visualizing, and examining the collected data.
Know what’s happening around you
One signal is an observation. Several sources mean more context
The environment constantly generates a vast amount of information: sound waves, vibrations, visual changes, and other physical phenomena.
A single sensor can register a limited set of parameters. However, one measurement is often not enough to establish the cause of an event or assess its significance.
ECHO is designed to combine observations from different types of sensors, compare them with historical data, and generate structured information about the detected changes.
The system should not simply record signals but help distinguish significant events from background changes, while preserving the original measurements and information about observation conditions.
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Land, air, and sea
Three environments. A unified technology architecture
01
TRACE
Ground sensor systems
A family of autonomous devices for detecting acoustic, seismic, and visual changes in the ground environment.
TRACE is being designed as a modular platform that can use various combinations of sensors.
Envisioned capabilities
Detection of sound events.
Measurement of ground vibrations and oscillations.
Image capture from compatible cameras.
Local storage of measurements.
Analysis of background changes.
Generation of event records.
02
SKY
Airspace sensor systems
A focus area for passive observation of physical phenomena and changes in the airspace.
It envisages the use of compatible acoustic and optical sensors to obtain and analyze measurements.
Main areas
Detection of acoustic signals.
Image processing.
Identification of changes in the observation stream.
Storage of event timing characteristics.
Comparison of measurements with archived data.
Transmission of structured observations.
03
SEA
Maritime sensor systems
A focus area for observing the surface and underwater environment using compatible measuring devices.
Envisioned capabilities
Detection of hydroacoustic signals.
Data acquisition from optical sensors.
Monitoring of environmental parameters.
Local processing of measurements.
Storage of observation history.
Integration with external information systems.
ECHO architecture
From physical signal to digital event
04
NODE
Autonomous sensor node
The core hardware component of ECHO, combining sensors, a computing module, local storage, and compatible communication interfaces.
The design allows for different node configurations depending on measurement tasks and operating conditions.
05
EDGE PROCESSING
On-device primary processing
Local software processing of measurements without the need to continuously transmit all raw data to an external system.
Planned functions
Preliminary data filtering.
Detection of changes in measured parameters.
Generation of event records.
Quality control of incoming measurements.
Sensor health diagnostics.
06
OFFLINE STORAGE
Local storage and synchronization
Storage of measurements and event records on the device when no network connection is available.
When the connection is restored, authorized data can be synchronized with an external information system.
Observation, communications, and analysis
Three levels of a unified information system
01 / 03
HEX
Communications infrastructure
Compatible ECHO devices are designed to connect to the HEX distributed network infrastructure.
Event records, diagnostic information, and other authorized data are transmitted through the available communication interfaces.
02 / 03
AGATA
Unified visualization environment
AGATA is designed to display connected sensor devices, their technical status, and incoming events in a single software interface.
Information can be presented on a map, on a timeline, or in a dedicated dashboard.
03 / 03
ELZA
Intelligent analytics
ELZA is designed to analyze accumulated measurements, study historical patterns, detect anomalies, and generate analytical reports.
Results should be accompanied by information about the source data, limitations, and how well supported the conclusions are.
Capabilities
Individual sensors. A common picture
Reliability assessment
Multi-sensor analysis
Event history
Device management
01 / 04
1
Reliability assessment
Not every signal means a confirmed event
ECHO is designed to display measurement quality, observation conditions, and the confidence level of algorithmic classification.
Inferred analysis results must be kept separate from directly recorded physical data.
02 / 04
2
Multi-sensor analysis
Different sources. A single data format
Acoustic, seismic, optical, and other measurements can be converted to a unified format for further study.
This makes it possible to compare different physical parameters and analyze how they change.
03 / 04
3
Event history
Every observation becomes part of the accumulated data
The system is designed to store timing characteristics, measurements, diagnostic information, and related event records.
Historical data is used to study trends and test analytical hypotheses.
04 / 04
4
Device management
A single registry of sensor infrastructure
The software tools are designed for inventory of compatible devices, display of component status, software version management, and technical diagnostics.
Modular platform
One architecture. Different sensor configurations
ECHO is being developed as an extensible hardware and software system.
Unified interfaces should enable the integration of compatible sensors, computing modules, and software components.
The planned architecture provides for
Modular hardware configurations
Documented connection interfaces
API for integrating external systems
Hardware diagnostic tools
Support for local data storage
Centralized configuration management
Ability to develop specialized software extensions
Open integration interfaces make it possible to view ECHO as a technology foundation for various observation and measurement systems.
A shared picture of events
ECHO — the sensor layer of the Darlein Defense ecosystem
ECHO is evolving both as a standalone platform and as a source of measurement data for the company’s other technology products.
HEX provides compatible communications infrastructure.
AGATA provides a unified environment for displaying information and interacting with connected devices.
ELZA is designed for intelligent analysis of accumulated data and the study of patterns.
SHIELD is viewed as a separate area of protection technologies that can use authorized diagnostic and sensor information through compatible software interfaces.
Common data standards and a modular architecture form the basis for further development of the ecosystem.
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Communications for people, vehicles, and sensors
HEX
A family of network devices for wearable electronics, vehicles, unmanned platforms, and sensors.
Management, data, and coordination
AGATA
A software platform for coordinating people, equipment, and resources.
Analytics and event research
ELZA
An AI analytics platform for exploring events, processes, and risks.
ECHO
Join the development of next-generation sensor technologies
Darlein Defense is developing ECHO as an advanced family of autonomous multi-sensor systems.
We are interested in working with measurement equipment manufacturers, electronics developers, research organizations, signal processing specialists, and technology partners.
We invite you to discuss joint research, sensor module development, and information system 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
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Data transfer
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