4. Exempledu Smart Home
Sensors / Actuators
… Wi-Fi / Zig bee / Z-wave / KNQ …
OTT
Gateway
Smart
device
Telecom Gateway
Internet
Application –App. Store
Remote Control / Management
Admin. Platform –Cloud
Service Provider / BIG DATA
5. Exempledu Smart Home
Sensors / Actuators
… Wi-Fi / Zig bee / Z-wave / KNQ …
OTT
Gateway
Smart
device
Telecom Gateway
Internet
Application –App. Store
Remote Control / Management
Admin. Platform –Cloud
Service Provider / BIG DATADynamic Service Deployment
6. Innovation logicielleau juste prix matériel
Valeurlogicielleapplicative indépendantedu support matériel
Source: ARM
Marchés
•Home automation
•Building control
•Kitchen appliances
•Wearable devices
•Telco gateways
•Smart grids
•Smart cities
•Medical
7. Réduireles coûts «à l’entrée» = Agilité
•Coût à l’entréed’uneidéed’appareilsIoT
»Constat: uneidéeMise de départ supérieureau Million d’Euro!
•Besoin d’accélérer la monétisation des “services & data”
»Rapport matériel / fonctions : le juste prix
»Réduire les cycles < Idéé–Marketing –Dev. >
»Couplage faible entre les divers acteurs de la chaine de la valeur
»Maintenance des parcs versus les services (logiciels)
•Accompagner la structuration du marché
»Agilité technique, commerciale & financière (business model)
»Cycles courts de décision
S’adapter aux retours clients, pour améliorer la valeur perçue des offres / services
•Concentrer les forces sur les fonctions “hautes”
»Applicatives / Data
•Proposer une logique BUY
»Sur tout ce qui n’est pas du métier premier des clients
8. Del’artisanatà l’industrialisation
Source: ARM
RTOS & BSP
Applications
Such platforms are already mature for big embedded systems like
Android, iOS,
Linux, Windows
MCU / MPU / SoC
Application platforms
9. Résumé de quelquesbénéfices
•Marketing
»Fastest path from your ideas to markets
»Expand your product range at low cost
»Accelerate first sales and get faster ROI
»Improve user experience & branding
•Techniques
»Choose the best value vs technical trade-off
»Deliver your software on time
»Guarantee high software quality levels
»Access to 9 millions software engineers
12. MicroEJ: a standard platform
•Develop Java projects:
»Eclipse based IDE
»Simulation to prototype and debug
»Libraries to develop in Java
»GUI, Numerical, Network, Component framework…
»Java to C interface
»Memory usage analysis
•Build Java platforms:
»Embedded and simulated platforms
»Ready for general purpose applications
»Easy Integration with legacy (RTOS if any, firmware & drivers)
MicroEJ platform
RTOS
MCUs / MPUs / SoC
BSP (firmware)
Software Application
IoT Libs
Java Virtual Machine
C/C++ Middleware
NUMERICALLibs
GUI Libs
C Plug
13. About IS2T
•Key Facts
»Founded in 2005
»Offices
HQ: Nantes (France)
Labs/Sales: London, MunichIrvine (USA -Californie)
•Management Team
»JehanCoquebertde Neuville, Chairman
3COM, Completel
CxO/VP in US companies
»Fred Rivard, PhD, MBACEO/CTO
OTI & IBM
Turns technology assets into business reality
»Regis Latawiec, MSc, MBACOO
Alcatel, Atmel
Embedded market expert (semiconductors, software)
»Shareholders
Private, Innovacom
15. MicroEJ Portfolio
HARD REAL TIME
EDITION
HARDWARE AS A SERVICE EDITION
EMBEDDED DEVICE EDITION
Microcontrollers
Microprocessors
Mobiles
ARM Cortex M, RX, PPC, TriCore, …
Web
ARM Cortex A, MIPS, …
iOS, Android
Cross
Platform Environments
MicroEJ Platforms
MacOS, Linux, Windows
Single App
Multi Apps
Hard Real Time
16. Specific Support
Internet Of Things
Any Things for the Internet.
Embedded UI
Add a human touch to your products.
Numerical Processing
Process numerical data.
Component Frameworks
Service Oriented Architectures
17. Customer Care
Support
Technical support
Training, coaching.
Engineering
Software & hardware
Manufacturing.
Evaluation
Development kits
Reference designs.
18. They trust us
Aeronautics
Industry
Telecom
Smart Grid
Partners