January 2023 -

Since January I joined the Docker Scout teams. I mostly works on the CLI and the GitHub Action.

If you want to know more about what I’m doing, you can look at some of the talks I presented at Dockercon ‘23:

May 2021 -

Senior Software Engineer

I talked about « CNAB: the missing link » at DevoxxFR

I shared my thoughts regarding the relation between software architecture and team organisation: « What if micro services had nothing to do with technique? »

Aug. 2019 -

Since mid-august 2019 I’m a software engineer at Docker. I’m part of Docker Hub teams. I developed the vulnerability scanning feature integrated with Docker Hub, in partnership with snyk.


Aug. 2016 - July 2019

For the past 3 years I have been leading the development of SquareScale. As I started to work for SquareScale before the company was created I fully participated to create the company, the teams, the way we work (remotely).

SquareScale is what we can call Cloud Native Infrastructure as a Service. In just a couple of minutes, a dedicated, provisioned on demand and fully configured infrastructure is created. The development team can then deploy its application made of containers.
The created infrastructure provides a container orchestrator, a Continuous Integration and Continuous Deployment workflow, load balancing, databases. All of that within an easy to use graphical interface and a Command Line Interface.

I’ve made a talk about a definition of Cloud Native that can help to understand why we need Cloud Native infrastructures.

The applications are mainly written using Ruby on Rails or Go. They are run as Docker containers or as serverless functions using AWS Lambda.
The core infrastructure is based on CoreOS with Nomad, Consul, Traefik and configured with Terraform.

I presented some of our choices at Snowcamp `19: “Hashistack: orchestrate Cloud Native application with ease”.

As the first employee, I’m also involved in non technical aspects, like production management, development methods and workflows.

SquareScale has been created as a full remote and distributed company. No office, everybody working remotely, with the team in France and Canada.

I’ve presented a conference on this particular topic at DevoxxFR `18 “When I grow up, I’ll build a full remote team”.

SquareScale has been accepted in different programs:

  • Station F
  • AWS Activate
  • Notman House (Montreal) and Google for Entrepreneurs
  • DigitalOcean startup program (Hatch)
  • HPE startup program
  • Vivatech (2018 and 2019)

My involvement in SquareScale is also visible in the many talks I’ve given, in order to share what I have learned:


Feb. 2016 - Aug. 2016, via Sogilis

Enlaps is an online solution that allows to create time lapses from a set of photos, with or without a dedicated camera, tikee.

During more than 6 months I have led the development of the online platform to generate, visualize and publish time lapses. I have been involved on software aspects - architecture, development, quality - as well as on the infrastructure.

The platform is built on a Ruby on Rails application. Several Go services and serverless functions using AWS Lambda are running around the Rails application.

The infrastructure is managed by Terraform and all the services are running as Docker containers.

Some of our work around serverless functions has been presented in a conference “Serverless: transition from monolith to distributed” at Snowcamp and MiXiT.

I’ve spoken about our usage of contract programming in Ruby at a HumanTalk.

Enlaps raised €3M in may, 2019!


Oct. 2014 - Feb. 2016, via Sogilis

Hexo+ is a self-flying camera, propulsed by an hexarotor drone. It’s built by Squadrone System.

During one and a half year, I’ve designed, architectured and developed the mobile applications of Hexo+ for iOS and Android.

Those mobile applications are built around two very strong characteristics:

  • they are based on a scheduler, like embedded software
  • the core of the application is fully multi-platform and identical for both iOS and Android

To allow iOS and Android application to have the exact same behavior, I’ve imagined an architecture based on a unique core, common to both platforms. It has been done in C++, decoupled from graphical interfaces and sensors. Thus the same logic is embedded in all applications. Then we can add specific layers to handle hardware (accelerometer, GPS, etc) and graphical interfaces.

I worked mainly on application core (C++, Android NDK) and Android version (Java). I sometimes worked on iOS layers (Obj-C, swift) and embedded software (C++).

Squadrone had an amazing success on kickstarter, raising $1.3M! After the kickstarter, 3000 Hexo+ has been delivered, with the mobile application.

Here is a video about the collaboration between Sogilis and Squadrone System.

Several years after, the architecture I designed is still the one used for Squadrone’s mobile applications.