Prototype Results

Experimental validation of distributed synchronization under constrained conditions.

INNOV Sync experimental prototypes have already demonstrated stable distributed synchronization behavior across real multi-node embedded systems operating without GNSS dependency or centralized IP infrastructure.

Current experiments were intentionally conducted using low-cost non-specialized embedded hardware, unstable local oscillators, software timestamping and non-deterministic wireless communication environments in order to evaluate the structural behavior of the synchronization mechanisms under real constrained conditions.

After more than 2 hours of continuous multi-hop operation, stable synchronization behavior was maintained with ~1850 ns stable jitter observed across synchronized nodes and no cumulative drift amplification detected between relays.

These observations were obtained on experimental low-cost hardware architectures not originally designed for deterministic synchronization, suggesting significantly higher performance potential on operational-grade embedded systems and deterministic PHY environments.

Experimental architecture

5-node embedded architecture

ESP32 / ESP-NOW experimental environment
Software timestamping
Non-deterministic wireless communication
No centralized IP infrastructure

Validated experimental elements

5-node embedded architecture

ESP32 / ESP-NOW experimental environment
Software timestamping
Non-deterministic wireless communication
No centralized IP infrastructure

Multi-node synchronization
Multi-hop temporal propagation
Infrastructure-independent operation
Stable distributed behavio
Experimental anomaly mechanisms

Multi-node synchronization
Multi-hop temporal propagation
Infrastructure-independent operation
Stable distributed behavio
Experimental anomaly mechanisms

Collaborative Validation Approach

The experimental results described above inform the current validation approach.

INNOV currently prioritizes progressive sector-specific validation environments in order to evaluate synchronization continuity behaviors under real operational constraints.

Current discussions and exploratory validation efforts focus selectively on a limited number of infrastructure environments including telecommunications, autonomous systems, industrial distributed infrastructure, tactical operational systems and resilient edge architectures.

The objective is to maintain focused co-development and operational validation quality rather than scaling experimental deployments prematurely.

Additional collaborative research and validation discussions are evaluated selectively depending on infrastructure relevance and operational alignment.

The experimental observations presented above are further detailed in the full proof-of-concept validation analysis below.