Autonomous Systems
Robotic and unmanned platforms for land, maritime and distributed operations.
→NEMO Labs / Defense
NEMO Defense Systems
Autonomous. Resilient. Modular.
Advanced defense technologies combining autonomous platforms, resilient communications, structural information systems and next-generation engineering.
Maritime Systems
Autonomous surface, riverine and coastal platforms for maritime environments.
→Communication & Information Systems
Resilient communications, distributed architectures and mission-oriented networks.
→Advanced Defense Research
Experimental energy, sensing, structural and autonomous technologies.
→Selected Defense Projects
01
SIROMAKHA
Experimental prototype program investigating a digitally controlled electromagnetic launch architecture.
- Electromagnetic launch architecture
- Modular energy system
- Digital control & diagnostics
- Digital Twin development
02
LYAPAS-R5
Autonomous persistent surveillance platform designed to protect river approaches, deltas and critical waterways.
- Persistent river presence
- Autonomous surveillance
- Distributed NEMO NET operation
- Drone integration
03
LUCID STATE
ENTITY / E-017
STATE / CONFIRMED
CONF / 86%
ENTITY / E-017
STATE / CONFIRMED
CONF / 86%
NEMO LUCID
Situational knowledge intelligence layer for autonomous, robotic and multisensor systems.
- Dynamic Knowledge State
- Confidence & Knowledge Decay
- Contradiction awareness
- Known / Unknown mapping
04
FRIEND
✓
UNKNOWN
?
FOE
⊕
NEMO TRUST
Dynamic identity & trust layer for autonomous systems and secure operations.
- Multi-source identity verification
- Dynamic trust assessment
- Contradiction & anomaly detection
- Explainable trust state
INTEGRATED DEFENSE ARCHITECTURE
◎Sensors
◇Autonomous Platforms
⌁DATARA / FLOWNET
▣Command & Decision Layer
⌖Distributed Operations
Development Model
Concept
Research, architecture and system definition.
Prototype
Digital and physical technology demonstrators.
Co-Development
Adaptation and development with industrial or government partners.
Built for Contested Environments
Autonomy
Reduced dependence on continuous operator control.
Resilience
Architectures designed around degraded and disrupted environments.
Modularity
Replaceable mission and functional modules.
Distribution
Systems designed to operate as parts of wider networks.
Digital Control
Software-defined monitoring, diagnostics and control.
Interoperability
Integration into broader operational architectures.
Build the Next System with NEMO
We collaborate with defense organizations, industrial partners and technology companies on research, prototypes and advanced system development.
N M O
Labs
Kyiv · Ukraine