Nicolas FOURNEL

Lagopy can help you in building solid solutions for End-To-End projects from embedded system to cloud (e.g. IoT).

LPWAN network (LoRaWAN) infrastructures: - Network server: new features, bug fixes. - Gateway lifecycle managment: new gateway support, new feature/technology support, bug fixes

Hypervisor developments in the EC2 Nitro hypervisor solution: - Linux kernel and hypervisor feature developments - On-Call duties to ensure product quality - Automation of some manual actions (python, ...)

LPWAN network (LoRaWAN) infrastructures - software design and development of a small and cheap GW based on FreeRTOS. - development of diverse feature in the network server

Connected system for elderly people (cane) or lone workers (shoe) protection - Design, development and test of connected applications (shoe and cane integrations) (C/C++, mbedOS). - Design, test and low level software support of low power embedded system. - GNSS and GSM based hardware design and development.

HW/SW solutions for HPC neuronal network simulation on multi-/many-core systems - DNAOS (lightweight OS) port on divers platforms (ARM, x86 servers, iRisc). - Device drivers development for an optimized network card. - Middleware solutions for application communication, generation and deployment. High speed architectural simulation technologies and tools for multi-/many-core systems (SystemC) - Novel high speed simulation technologies (Native, DBT) and parallelisation (PDES). - Linux and

Connected system for cyclists geolocation on Tour de France (2015 and 2016) - Design, development and test of wireless sensor network application (C, FreeRTOS, embedded Linux). - Design, test and low level software support of low power sensor network nodes. - Support of software development tools (i.e. JTAG/SWD/cJTAG probes). - GNSS based appliances design and development (Standard and High Precision). - Serverside data processing pipeline definition (C, python).

Many-core system execution firmware design and development - Operating systems (RTEMS, Linux) and synchronisation/communication libraries. - Simulation models for software development (SystemC). - Hardware validation/Functional tests.

High speed architectural simulation technologies for software development - DBT based simulation models and power consumption estimation. - Embedded Linux port and device driver developments.

Wireless sensor network software power consumption modeling - Sensor Network nodes power consumption modeling (WSN430). - Linux device driver development : ADC card. - Embedded software development : Wireless sensor network node application.

Embedded software power consumption modeling and optimisation - Embedded systems power consumption modeling (ARM based). - Linux port and device driver development. - Embedded software development (audio and video). - Design and development of power estimation tools.