AUTONOMOUS DEFENCE SYSTEMS

INTELLIGENCE
ACROSS AIR
AND GROUND.

AutoFly AI Robotics develops autonomous platforms that detect, understand and respond across connected operational domains.

AIR DOMAINACTIVE GROUND DOMAINACTIVE

RIGA, LATVIARESEARCH → ENGINEERING → FIELD VALIDATION

01 / ACTIVE SYSTEMS

TWO DOMAINS.
ONE ENGINEERING CORE.

Select a programme to explore its technology, development path and current evidence.

Carbon-fibre autonomous aerial interceptor in flight

01 / AIR SYSTEMTRL 3 → 5

COUNTER-UAS · AUTONOMOUS RESPONSE

SKY CONTROL
SYSTEM

Detection, trajectory prediction and controlled interception of uncooperative aerial threats.

EXPLORE AIR SYSTEM ↗

ARIS UGV autonomous reconnaissance integrated system

02 / GROUND SYSTEMPROVEN BASE → FIELD DEMO

LOGISTICS · CASEVAC · SITUATIONAL AWARENESS

ARIS
UGV

A field-proven mobility base evolving into an integrated mission hub with a guide drone.

EXPLORE GROUND SYSTEM ↗

02 / INVESTMENT & VALIDATION CASE

CAPITAL INTO
MEASURABLE EVIDENCE.

Two programmes advance through defined engineering gates: from existing technical evidence to integrated field validation and customer pilots.

02ACTIVE PROGRAMMES

03OPERATING COUNTRIES

🇱🇻LATVIA🇺🇦UKRAINE🇩🇰DENMARK

12–18MONTH VALIDATION PATH

AIR + GROUNDAUTONOMY STACK

EUROPEAN MARKET MOMENTUM

DEFENCE DEMAND
IS ACCELERATING.

EU Member States' total defence expenditure rose from €214 billion in 2021 to €418 billion in 2025. This is the demand environment in which autonomous sensing, counter-UAS and unmanned logistics are moving from experimentation toward procurement.

+95%2021–2025 growth
in current euros

COUNTER-UASAUTONOMOUS LOGISTICSRESILIENT SENSING

EU DEFENCE EXPENDITURE€ BILLION · 27 EDA MEMBER STATES

SOURCE: EUROPEAN DEFENCE AGENCY · DEFENCE DATA ↗

01Existing evidenceResearch, prototypes and a proven mobility base

02IntegrationSensors, control, autonomy and mission hardware

03Field validationRepeatable trials, logs and measurable performance

04Customer pilotOperational evaluation with end-user requirements

05Production pathIndustrial partners, supply chain and system delivery

SKY CONTROL SYSTEM

TRL 3 → TRL 5

Scientific foundation and a flying development platform advance toward an integrated counter-UAS demonstrator.

12-MONTH VALIDATION PATH

ARIS UGV

PROVEN BASE → FIELD DEMO

An existing 6×6 mobility platform evolves into a modular logistics, CASEVAC and route-reconnaissance system.

18-MONTH DEVELOPMENT PATH

TARGET USERS

Armed forces · Critical infrastructure · Border security · Defence integrators · Test and research centres

COMMERCIAL PATH

Joint development → Validation programme → Customer pilot → System supply or licensing

REQUEST INVESTOR BRIEF

03 / SHARED CAPABILITIES

ONE TEAM.
MULTIPLE PLATFORMS.

Autonomy & AI

Perception, decision support, trajectory modelling and closed-loop control.

Air Systems

UAV architecture, interceptor development, flight control and validation.

Ground Robotics

Electric mobility, modular payload integration and field-ready mechanics.

Advanced Structures

Composite engineering, rapid prototyping and production-oriented design.

04 / EXHIBITION FORMAT

READY FOR
THE INDUSTRY FLOOR.

A compact presentation format for meetings with defence, research and industrial partners across Europe.

EUROSATORY · MSPO · EUROPEAN DEFENCE FORUMS

Concept visualization of a compact AutoFly AI Robotics exhibition stand with roll-up and field-test video — EXHIBITION PRESENCE · 2026CONCEPT VISUALISATION

05 / COLLABORATION

FROM RESEARCH
TO DEPLOYABLE EVIDENCE.

AutoFly combines in-house engineering with academic validation, specialist partners and operational test environments. Riga Technical University supports the research and validation pathway.