Catalogue

AIZEND Ai Artificial Intelligence, DUALE, DeepMind, Deeptech https://www.linkedin.com/in/aizend

Business description

Intelligence artificielle / Artificial Intelligence, DUALE, DeepMind, Machine learning, Big Data, Computer Vision,
Deep Learning, Deeptech, neuronal networks, IOT, Innovations

AIZEND Ai & InternationalArtificial Intelligencehttps://www.aizend.com

Application fields

Aerospace
Automtive and mobility
Defense
Digital and software tool
Digital uses and media
Electronic industry
Energy systems
Environment: water
Naval
Nuclear
Security Industry
Services
Spatial

Group / Member of

Coboteam
ACT | The App Association

Participants

Karen VARDANYAN

Head of R&D Project

Key inforamtion

Turnover : < 2 M€
Staff : 0 - 9
Zip code : 69001
City : Lyon
Country : FRANCE
Artificial Intelligence
Duale
Big Data
Computer Vision
Deeptech
IOT
Deep Learning
Innovations

Website

Objectives

Skills sought

1.Digital/ Electronics - Micro Nano Technologies

1.1.Microelectronics, micro and nanotechnologies
System integration, packaging
CMOS technologies
1.2.Hyper frequencies
Antennas
Electromagnetic fields, propagation, radiation
RF circuits, MMIC
Microwave systems and instrumentation
Radars
Terahertz
1.3.Optics, optoelectronics
Fibers
Photonics
III-V and II-VI semiconductors
Screens, display
1.5.Signal processing and multimedia
Data fusion
Man-machine interaction
Language, Speech and audio
Monitoring, security
Multimedia vision, perception and interpretation
1.6.Communication systems, protocol and network
Network architecture and engineering
Digital communications
Telecommunication components, ICs and systems
Service creation, intelligent, active, ad hoc networks
Software and network infrastructure
Telecommunication softwares and services
Protocols, design, specification, validation, test
Mobile networks
Routing, mobility, group communication, error detection, quality of service
Satellites
Safety, cryptography, reliability, availability
1.7.Software technologies
Algorithm, computer algebra
Cryptography
Cybersecurity
Software engineering
Man / machine interface
Complex system modelling
Critical systems
Software verification and proof
1.8.Automation, robotics and virtual reality
Control and monitoring
Interaction and visualisation
Haptic interfaces
Tactile interfaces
Augmented reality
Virtual reality
Robotics
Telerobotic, assisted gesture
1.9.Information and knowledge
Databases, big data
Behaviors and digital practices/habits
Collaborative engineering
Semantics, knowledge extraction, translation
Multimedia information system
Intelligence and information systems
Distributed information systems
1.10.Socio-economy of digital applications
Law and regulation
Industrial strategy
Information systems

2.Materials, mechanics and process

2.1.Materials
Nanomaterials
2.2.Mechanics and design
Mechatronics
2.3.Processes
Manufacturing

3.Manufacturing

3.1.Manufacturing
Virtual and Collaborative Design
Innovative materials

5.Energy and environment

5.1.Renewable energies
Nuclear energy
Solar, thermal and photovoltaic energies
5.4.Management, transmission and stocking of energy
Batteries
Energy management
Recovery of energy
Energy networks
Energy smart networks (smart-grid, smart-homes, smart-cities)
Energy stocking and stocking management
5.5.Uses of energy
Construction, building
Micro energy, mobile energy
Industrial processes, machines and equipments
5.6.Technologies and transverse methodologies
Policy decision tools
5.7.Environmental impact
Life cycle
Environmental impact

6.Geosciences, natural resources, pollution and risks

6.1.Air and water
Simulation, modelling
Water technologies and processes
6.2.Natural resource exploration and exploitation
Evaluation and management of geo-resources (mines, hydrocarbons, ...)
Socio-economy of geo-resources
3D visualization, virtual reality
6.3.Marine environment
Sub-marine optics
6.4.Pollution, industrial effluents, wastes
Detection and prevention of pollutions
Sustainable development
Management of pollutions
Simulation, modelling
6.5.Risks
Metrology
Modelling, simulation
Anthropogenic risks
Natural risks

7.Mobility, transportation, engines, propulsion and fuels

7.1.Mobility
Technological development of vehicles
Infrastructures
Driver assistance
Protection of transport users and crash tests
Risk and decision making
Traffic: engineering and management
Smart vehicle
Other
7.2.Motorization
Turbines
7.3.Materials and architecture
Smart fonctionalisation
Security
Other
7.4.Aeronautics and space
Electromagnetic compatibility and high-frequency
Vehicle development (aerodynamics, structures...)
Drones
Infrastructures
Electric motors
Operation procedures, intermodality, new concepts
Environmental impact reduction (emissions, noise)
Simulation and modelling
Space
Energy stockage and management
Embedded systems
Other
7.5.Sea
Maritime chains
Innovative materials for maritime environment
Low emission motorization
7.7.Pratices
Accidentology
Economy and sociology of transportation
Efficiency and durability of transportation systems
Environmental impact
Mobility and dynamics of behaviors
Transportation networks, mobility and practices/habits
Tourism
Public transportation

8.Construction, civil engineering industry and regional development

8.1.Construction, building and civil engineering
Smart building, low consumption / positive energy building
Sensors
Durability
Management and maintenance
Modelling
Protection against nuisances (acoustic and emissions)
Security
Building techniques
New environmental technologies
8.2.Regional development, national planning
Sustainable development
Circular economy

9.Medical and health technologies

9.1.Investigation
Accidentology
Electrochemical and electrical detection
Signal treatment, imaging
9.3.Therapeutic expertises
Nervous system pathologies
9.6.Medications
Bioinformatics
Cellular engineering
9.8.Imaging
Data analysis
Cellular imaging
9.9.Autonomy
Ambiant Assisted Living
Sensors
In-vivo electronics
Guiding and assistance
Brain-machine interfaces
Protection of transportation users
Augmented reality
Sensorial substitution
Telemedicine
9.10.Modelling
Virtual man
Cellular models
9.11.Public health, health care systems, health management
E-health
Health economy

11.Sport

11.1.Sport
Analysis of sport interaction / equipment
Virtual reality / augmented reality applied to sport

13.Industrial engineering and organization

13.1.Industrial engineering and organization
Business process reengineering
New product design
Industrial engineering
Performance and quality
Supply chain

14.Support for innovation and R & D partnerships

14.1.Support for innovation and R & D partnerships
Support for collaborative project setting up
International development
Local and regional development
R&D funding
Research training
Implantation
Professional organizations and federations
Intellectual property
SME support
European Collaborative Project – Mission enterprise European Network

SPECIFIC INFORMATION ON THE NATURE OF THE NEEDS

Lazer technologies, radars, Deepmind, Funding / finance/Investors

Sectors of activity

R&D
Studies and engineering
Technology Platform
Advising and / or services
Technical service / equipment

TRL scale

╰┈➤ TECHNOLOGY READINESS LEVEL

↪ The TRL scale assesses the level of maturity of a technology up to its integration into a complete system and industrialization. Initially designed by Nasa and ESA for space projects, it has nine levels.

IDEA

0️⃣ IDEA・Concept unproven, no experiments conducted
1️⃣ BASIC RESEARCH・Needs are described, for now, without proof of feasibility
2️⃣ TECHNOLOGY FORMULATION・Concepts and applications are formulated and described
3️⃣ VALIDATION NEED・You have formulated a goal, stakeholders follow you

PROTOTYPE

4️⃣ PROTOTYPE REDUCED SCALE・Prototype "in lab"
5️⃣ PROTOTYPE REAL (QUASI) SIZE・Prototype in use environment

VALIDATION

6️⃣ PROTOTYPING OF SYSTEM・Testing in real environment, performance close to target
7️⃣ DEMONSTRATEUR・Functioning in real environment, pre-commercial stage

MANUFACTURE

8️⃣ COMPLETE AND QUALIFIED SYSTEM・Qualified and tested technical and commercial processes
9️⃣ COMMERCIALIZED SYSTEM・Technology available to customers

╰┈➤ TRL LEVEL

What TRL level are you looking for?

IDEA
2- TECHNOLOGY FORMULATION > Concepts and applications are formulated and described
PROTOTYPE
4- PROTOTYPE REDUCED SCALE > Prototype "in lab"
VALIDATION
6- SYSTEM PROTOTYPING > Test in real environment, performance close to target
MANUFACTURE
8- COMPLETE AND QUALIFIED SYSTEM > Technical and commercial processes qualified and tested

Aizend