ADAPTIVE_DEPLOYABLE_INFRASTRUCTURE

Autonomous
Dynamic
Operational
Dome.

Flyz Robotics autonomous platform deploys and retrieves sensors in real time across complex environments, creating a dynamic operational dome that delivers continuous situational awareness and turns uncertainty into clarity.

MESH TELEMETRY_VISUALIZER

Flyz robotics
Operational domes

Enabling real-time autonomous sensing, communications and operational awareness deployed on demand in complex and uncertain environments.

Interactivity: Active // Click Canvas to Deploy Hubs Operational_Dome // Visualization

FLYZ_ROBOTICS // CORE_SOFTWARE

REAL_TIME_SITUATIONAL_AWARENESS

AUTONOMOUS OPERATIONS
POWERED BY AI WORLD MODELS.

The software platform serves as the cognitive core of every Flyz deployment, transforming distributed sensors, Drobot fleets and operational tasks into a unified real-time operational environment.

Powered by AI world models, the platform continuously interprets dynamic environments, adapts mission behavior and delivers actionable operational intelligence from planning and autonomous deployment to live mission orchestration and post-mission analysis.

Data_Streams

UNIFIED

Deployment_Control

ON_DEMAND

Flyz GCS tactical autonomy software interface

GCS_ACTIVE

AUTONOMOUS_PHYSICAL_WORLD_CONNECTIVITY

V.D.M Core Enabler Add-On System on display stand

V.D.M integration on quadruped ground platform

V.D.M integration on tracked UGV platform

01/05

MISSION_READY_NDAA_COMPLIANT_HARDWARE

Core Enabler
Add-On
System.

Our V.D.M (Vertical Deployment Mechanism) transforms aerial, ground and autonomous robotic platforms into autonomous sensor deployment systems, enabling the rapid creation of dynamic operational domes and real-time situational awareness in complex environments with continuous 24/7 day-and-night operations.

VARIOUS
PAYLOADS

MULTI-LAYER
OPERATIONAL DOME

AUTONOMOUS_DEPLOYMENT_OF_THINGS

Multi-Sensor
Mission
Payload.

Advanced multi-sensor mission payloads designed for rapid autonomous deployment and retrieval across vertical and complex environments. Built for dynamic operational scenarios, each payload seamlessly integrates with the V.D.M platform and Flyz AI-powered command, control and autonomy layer, enabling real-time sensing, communications and operational awareness on demand.

MODULAR PAYLOAD ARCHITECTURE

Visual

HD optical + wide-angle imaging for real-time awareness.

Thermal

Heat signature detection across surfaces and personnel.

CBRN

Chemical, biological, radiological & nuclear detection.

Comms

Mesh relay nodes extending range and signal coverage.

CO₂

Emission mapping & atmospheric monitoring.

Emergency Light

High-visibility emergency signaling and alert lighting for field operations.

Form_Factor

MODULAR

Data_Received

REAL_TIME

Flyz Robotics modular sensor payload — triple unit wall deployment

Swarm_Intelligence

Fleet Logic.

Enables multiple Drobots to function as a unified adaptive system, orchestrating real-time sensor deployment, retrieval, and mission execution across dynamic environments.

DYNAMIC_ENVIRONMENT_01

DEFENSE
TACTICAL OPERATIONS

DYNAMIC_ENVIRONMENT_02

HOMELAND
SECURITY OPERATIONS

DYNAMIC_ENVIRONMENT_03

CRITICAL
INFRASTRUCTURE OPERATIONS

FLYZ Robotics enables real-time tactical situational awareness through autonomous deployment of sensors, communications and operational infrastructure across complex and rapidly evolving environments. Designed for defense, homeland security and critical infrastructure operations, the platform supports tactical missions, perimeter security, inspection, monitoring and facility management by creating adaptive operational domes that deliver real-time intelligence, resilient connectivity and faster operational decision-making.

Trusted_By

The_Team // Flyz_Robotics

The People
Behind It.

The FLYZ Robotics team brings together operational experience, autonomous systems engineering and deep-tech innovation with one shared mission transforming uncertainty into real-time operational clarity.

Behind every tactical operational dome, every autonomous deployment and every mission-ready system are people creating technologies designed to protect people, support forces in the field and enable smarter, faster and safer operational decisions.

Team Expertise:
Tactical Operations, Autonomous Systems, Firmware, Hardware, AI, Algorithms, Cyber, Robotics, Drone Technologies, System Integration, Global Operations, Special Operations, Physical Security, Industrial Design, Entrepreneurship, Business Development and Full-Stack Software Engineering.

Founders

Ron Shafran

Co-founder, CEO

Ron brings 25 years of experience in homeland security and defense. He founded Corr.BI, a business intelligence platform acquired by Celtinel in 2018, and later served as Senior VP at ISDS, leading security operations for the 2016 Rio Olympics, an $80M multinational deployment.

Prior to that, he spent 15 years in IDF Special Forces managing counter-terrorism operations, retiring as a Lieutenant Colonel. He holds an Executive MBA from Ben-Gurion University, an M.Des in Industrial Design and Technology from Bezalel, and a degree in Information Technology.

Itamar Ben Shalom

Co-founder, CTO

Innovator with over 20 years of experience in software development and systems engineering. A decade of leadership across multidisciplinary startups, with deep hands-on expertise in product architecture and scalable systems.

Serial entrepreneur and founder of Eye Safe, with a proven track record of taking technology ventures from concept to execution.

Holds three academic degrees: B.Sc. in Physics, and both B.Sc. and M.Sc. in Engineering (with honors). His Master's thesis focused on Neurometric Authentication, bridging neuroscience and secure identity systems.

Decades of combined
experience building
autonomous & unmanned systems
for defense, homeland
security and critical
infrastructure
operations.

Transforming complex operational challenges
into autonomous tools that enable missions and operational
capabilities that were previously impossible.

Leadership

Dolev Kaneti

Head of Integration

Bar Reznikov

Head of Design

Naty Shemer

Head of Algorithms

Eldad Stern

Head of Hardware Architecture

Idan Mastitz

Head of Mechanical Engineering

Ben Katz

Head of Embedded Software

Autonomous
Dynamic
Operational
Dome.

Flyz robotics
Operational domes

AUTONOMOUS OPERATIONS
POWERED BY AI WORLD MODELS.

Core Enabler
Add-On
System.

Multi-Sensor
Mission
Payload.