About INNOV
INNOV is a French deeptech company exploring foundational technologies for distributed systems, real-time infrastructures and constrained operational environments.
Our work focuses on synchronization, latency, operational continuity, infrastructure resilience and system efficiency across complex hardware and software architectures.
Rather than replacing existing infrastructures, INNOV develops complementary technologies intended to improve coordination, stability, efficiency and continuity across critical systems.
Current experimental systems are being validated on real embedded and distributed architectures under non-ideal operational conditions.
Our Mission
Today, we continue to advance this work with a clear objective: transforming a validated concept into a technology capable of supporting the next generation of distributed systems.
We believe that future networks will become increasingly autonomous, distributed and resilient. As this evolution accelerates, maintaining a reliable temporal reference will become a strategic challenge across telecommunications, defense, industrial automation, edge computing and critical infrastructure.
Our mission is to explore new ways of building temporal resilience and to contribute to the development of distributed systems that can continue operating when traditional assumptions no longer hold.
We are actively seeking research collaborations, industrial partnerships and evaluation opportunities with organizations interested in the future of synchronization, resilient networks and distributed architectures.
Team
Alexandre Bondo
Founder & Research Lead
LinkedIn
Julien Giroux
Strategy & Partnerships
LinkedIn
Experimental Notes
September 2025
We started with a simple question:
What happens when time disappears?
Modern distributed systems depend on a common understanding of time. Telecommunications networks, autonomous platforms, industrial systems, critical infrastructure and emerging distributed architectures all rely on precise temporal coordination to operate effectively.
Today, that coordination is typically maintained through external references, centralized infrastructure or highly specialized hardware. But what happens when those references become unavailable, degraded or unreliable?
This question became the starting point of INNOV.
Driven by a curiosity for distributed systems and resilient architectures, we began exploring an alternative approach: what if time could become a property of the network itself rather than a dependency of the network?
This idea led to the development of INNOV Sync, a distributed synchronization technology designed to maintain temporal coherence across a network without relying exclusively on traditional synchronization models.
What started as a research concept quickly evolved into a series of experimental prototypes. Through continuous testing and validation, we demonstrated distributed synchronization across multiple nodes, long-duration operation without GNSS on low-cost hardware platforms.
December 2025
Following the successful validation of the initial prototypes, INNOV was officially incorporated. The project evolved from an experimental research effort into a dedicated deep-tech venture focused on distributed synchronization, temporal coherence and resilient network architectures
February 2026
INNOV officially initiated its first independent experimental research and development activities focused on resilient distributed architectures and temporal coherence systems.
Stable distributed synchronization behavior maintained across real embedded multi-node systems operating under non-deterministic wireless conditions, software timestamping and low-cost non-specialized hardware environments.
No cumulative drift amplification observed after prolonged multi-hop operation.
Initial distributed anomaly detection, relay validation and synchronization integrity mechanisms experimentally validated under constrained operational conditions.
March 2026
Initial intellectual property filings covering distributed synchronization, temporal coherence and infrastructure resilience architectures were initiated.
