Engineering Intelligent Infrastructure
A proven track record turning large-scale infrastructure challenges into software problems, and solving them: from continent-scale Cable Broadband to Google's Zero Touch Network to now shaping Equinix's Digital Twin strategy.
Where Infrastructure
Meets Intelligence
Bridging the gap between physical infrastructure and software-defined optimization at planetary scale.
Digital Twins & AI
Architecting enterprise-wide Digital Twin platforms that model physical infrastructure across Space, Power, Cooling, and Network, enabling AI-driven predictions and autonomous operations.
Zero-Touch Automation
Pioneered the paradigm shift from manual SME operations to fully intent-driven, closed-loop network management systems at Google-scale, setting new industry standards.
Global Network Architecture
Deep expertise in designing and operating IP backbones, from pan-European core networks to hyperscale production infrastructure serving billions of users.
Reliability
Created the "Fragility Index", a quantitative approach to preventive maintenance that identifies and resolves latent risks before they cause incidents, shifting operations from reactive firefighting to fix-before-break.
Organizational Transformation
Proven track record guiding large-scale engineering organizations through radical shifts, from legacy operations to modern, software-defined workflows.
Strategic Leadership
Engineering excellence and rigor at Google scale. C-level advisory, technical vision-setting, and building high-performing distributed teams that launch, iterate, and operate planet-scale systems across continents.
How I Think
Four principles shaped across nearly three decades of building and operating global infrastructure. Read the Automation Ladder →
Infrastructure is a software problem
Every cable, router, and data center is a node in a system that can be modeled, reasoned about, and orchestrated through code. The moment you see infrastructure through the lens of software, you unlock automation at every layer. Read the essay →
Fix before break
Reactive operations are a tax on scale. Quantify latent risk, surface hidden fragility, and resolve it before it becomes an incident. Preventive maintenance is not a cost center, it is the foundation of reliability.
Automate the automator
The goal is not to build tools that help humans operate networks. The goal is to remove humans from daily operations entirely. Zero Touch means the system operates itself, and engineers focus on making the system smarter.
Model the domain, the code follows
Start with entities, relationships, and constraints, not with code. A well-modeled domain becomes the single source of truth that drives configuration, validation, workflows, and health assessment. Get the model right and the system designs itself. Read the essay →
Closed-Loop Control
Infrastructure as a control system. Define intent, strategize the path, execute, observe the outcome, assess the drift, and feed it back. The pattern behind Zero Touch Networks and Digital Twins. Explore the architecture portfolio →
The Journey
Originally from France, dual French-Australian citizen. From early Internet infrastructure in Amsterdam to Sydney, the Bay Area, and Zurich, building and automating the global distributed systems that power the modern Internet. View the global map →
Impact & Innovation
Patents, publications, and initiatives that have shaped the industry.
Deterministic Network Failure Detection
Systems for sending packets through pre-determined paths to proactively monitor and diagnose network health in packet-switched networks. Read the case study →
The Zero Touch Network
Published by Google Research. Led the engineering efforts behind this definitive approach to removing manual operations from hyperscale network management through intent-driven automation.
The Equinix Brain
Enterprise-wide Digital Twin platform modeling the observed, intended, and planned states of global infrastructure to enable AI-driven autonomous operations.
Network Fragility Index
A metric-driven preventive maintenance methodology, quantifying latent risk in infrastructure to fix before break, enabling preemptive reliability through closed-loop feedback.
Topology Aware Monitoring
Presented at NANOG on leveraging network topology context to build smarter, more actionable monitoring systems that understand the blast radius of failures. Read the case study →
Watch Talk →Read the Essays
Technical essays and case studies exploring the ideas behind the systems.
Infrastructure as Code, Infrastructure as Data
The evolution from config templates to intent-driven domain modeling.
The Template Trap
How network templates silently become unstructured, untested code.
Topology-Aware Failure Detection
Deterministic fault localization through topology model correlation.
The Network Fragility Index
Quantifying latent risk to fix infrastructure before it breaks.
Architecture Portfolio
Visual diagrams: lifecycle automation, Digital Twin layers, observability pipelines.
The Automation Ladder
Five levels of maturity from manual operations to autonomous infrastructure.