Karlton Research is the leading group in the emerging domain of "Augmented Human Intelligence". We are an expert company filling the gap between disciplines that usually does not talks themself!Our clients use our technology to make the best ever decisions by connecting usually unconnected domains.

Our objective is to provide you with the best tooled methodology to innovate on an activity from the viewpoint of its beneficiaries or on a technical component’s role from the viewpoint of the system performance.We do it with a structured Design Thinking process, visual management, and decision-making tools, as well as project and knowledge management facilities. Let us enter in the era of digital support of innovation & change management with Radical Innovation Design® methodology!With adapted metrics, RID allows you to make a conscious and satisfactory trade-off in a competitive market between the utility for beneficiaries (in a given activity) or of a component in a system interaction, and the profit for your company.

Co-Mining®, the 1st technology to connect-the-dots by "Cyber_Tracking", is a Network Collective Intelligence technology, which leverages an automated Intelligence delivery system for people working in cooperation using networks that are able to apply their complex collective decision processes when they have to react to information.Co-Mining® is a unique, original and internationally patented brain-like technology based on "Portable Distributed Objects"® (PDOs) capable of traveling in the cyberspace, from computer to computer. Those computers have "cognitive agents," structured as human "cerebral lobes,” implementing decisional rules of human experts. The cerebral-like agents have embedded data, text or image miners, which are the sensors of the computers enabling them to extract in real time and in continuous flow significant information. The architecture of computer components reproduces human organization. Jumping from one brain-like computer to another one, the system acts as micro trackers able to link real time significant information extracted by computers. And as those computers have embedded human cognitive rules, they drive the information for automated reasoning just as the cerebral lobes drive the neurotransmitters for human reasoning. In other words, the system mimics human reasoning but faster than humans, they interweave automatically, collective human reasoning. The decider.tracks ("d.ts"), mimic global cooperative decision making process.

As projects become ever more fast-paced, so does competition and emerging technologies. Those can challenge our architecture and key engineering decisions, and may even lead to the project's failure, if not taken into consideration. ​For these reasons, we, at Geeglee, decided to create "EcoStart-Up".All engineers understand the benefits of testing promising technologies and breakthrough ideas to evaluate the best tradeoffs for the best product or service. However, testing means modeling... and as we all know, projects are given tighter ressources and schedules, leaving little space for extensive modeling and testing. How frustrating for engineers!​That is why, since February 2020, Geeglee propose off-the-shelf patterns defined in collaboration with technological start-ups, which can then be interfaced to bigger models.How does it work? Products from technological start-ups are modeled as functional blackboxes, which are then integrated into Geeglee's portfolio. Geeglee's users can then integrate this model in their own pattern (and thus test and assess the benefits of the technology in their project).Benefits for Start-ups: Provide fast and costless testing of your technologies while addressing a larger marketValues for industries: Assess the advantages of integrating an emerging technology into your systems

Geeglee®'s purpose is to support engineers in their decisions by highlighting risks and attainable performance for every architecture or configuration. It is an expert based software in which the Design Team lists their ideas for solving the problem (an idea can be either functional or technical). Geeglee® then uses System Engineering know-how to perform automatic architecture analysis.Our Geeglee® methodology consists of:-Modeling the Engineering Design Problem (Ideas, as well as, discipline know-how are capitalized into “Geeglee Model”),-Connecting to “Geeglee Core” to generate the design space and analyze it.Integrating the overall results into the “Geeglee Explorer”, which can be used as a stand-alone application by Architects and System Engineers. As a standard, Geeglee® proposes to:-Map the overall Design Space: all the architectures and configurations that can be imagined from Disciplines’ ideas,-Assess them on hundreds of performance criteria (Geeglee contains standard performance models),-Analyze various points-of-view all along the product lifecycle,-Analyze constraints from a multi-disciplinary perspective.​Geeglee® can run more dedicated System Engineering algorithms to:-Manage uncertainty: understand by how much the uncertainty must be refined in order to make the good decision,-Assess the Should Perform®: define the engineering over-quality inside the system,-Analyze the affordance capability: the quick improvement potential to turn over-quality into valuable performance for the client or the interacting system(s),-Evaluate the “Requirement cost”, either financial or technical,-Optimize product line platforms: define the optimal technological platforms required to meet variable market expectations,-Set the Should Target: the just-needed requirements for a sub-system in order to minimize the over-quality of the system.Compliant: ISO 15288, ISO/IEC 42010, ARCADIA

System Value supports client teams in the achievement of project and product requirements under highly constrained environment: costs, technical performances and quality control within limited resources, delay and managed risks.It offers a complete management of the value chain: from needs analysis to product’s obsolescence through innovative activities, management of collaborative product design, point-of-views, trade-offs analysis, modularity, early integration of industrialization, manufacturing and maintenance cycles.Its expertise is built around two pillars: experts specializing in all areas of engineering and capacity of appropriation of innovative methods derived from industrial research. System Value has the right DNA to grow its customers: Enabling them to stand-alone: ​​We pass on our know-how in design engineering. Solving team Challenges: we support collaborative design and complex system design by delivering methods of systems engineering.Know-how: ISO 15288, ISO/IEC 42010

In charge of the development of a new "Practice" in a new industrial sector:- Analysis of the market, - Definition of the market positioning,- Edition of strategic, tactical and operational plans,- Edition of the business plan.In charge of the commercial development (37 new clients during the 7 first months):- Build the new commercial offer,- Network lobbying,- Customer Relationship Management,- Edition of Technical and Financial Proposal,- Defense of proposal.In charge of operational activities.

In charge of the management of the Practice:- Edition and deployment of strategic, tactical and operational plan,- Edition of the business plan,- Management of the team (5 people),- Planner of team activities,- Edition of recruitment plan in adequacy with strategic plan,- Definition of team training plan).In charge of the commercial development since July 2013:(Turnover multiplied by more than 12 between July and December compared to the period of January / June of the same year).- Build the new commercial offer,- Network lobbying,- Customer Relationship Management,- Edition of Technical and Financial Proposal,- Defense of proposal.Still in charge of operational activities:- Driving force of AGILE methodologies in Systems Engineering,- Driving force of AGILE methods in cost reduction (Design-to-Cost),- Management of the delivery,- Project management,- Development of new methods.

In charge of the management of the Practice:- Edition and deployment of strategic, tactical and operational plan,- Edition of the business plan,- Management of the team (5 people),- Planner of team activities,- Edition of recruitment plan in adequacy with strategic plan,- Definition of team training plan).In charge of the commercial development since July 2013:(Turnover multiplied by more than 12 between July and December compared to the period of January / June of the same year).- Build the new commercial offer,- Network lobbying,- Customer Relationship Management,- Edition of Technical and Financial Proposal,- Defense of proposal.Still in charge of operational activities:- Driving force of AGILE methodologies in Systems Engineering,- Driving force of AGILE methods in cost reduction (Design-to-Cost),- Management of the delivery,- Project management,- Development of new methods.

- Audit industrial problems of my clients- Drafting of business proposals- Animation sessions multidisciplinary systems engineering (design and project management)* Control of cost reduction (Design to Cost)-Pr [i] me,* Support for the early identification of need: method eXtrem System Analysis (XSA (r)) - Pr [i] me* Training and piloting of the functional design of complex systems to facilitate reuse and sustainability by abstraction layer AF: method eXtrem Functional Analysis (XFA)* Conducting a meeting aimed at identifying critical decisions for the design of products: Method eXtrem System Engineering (XSE (r)) - Pr [i] me* Project management approach by Set Based Design (driving the convergence by gradually reducing project risks)* Assist in the design performance target (Design to X, Design to Mass, to Reliability Design)

Altran for VAM DrillingMission to improve and control the reliability- Implementation of processes adapted to the continuous improvement of the reliability of a research project innovative multi-physics- Design and programming of computing platforms for automated:    * Identification of the risk of non-reliability design    * Integration of feedback from tests in the re-design    * Capitalization of manufacturing problems- Deployment of experimental design methods for the generation of test cases reliability.

- Expert with methodological multidisciplinary design teams of 14 projects for the management of design compromises.- Development of methodologies specific to corporate culture:    * Automatic exploration of design spaces (based on a method of capitalization of expertise)    * Display of design compromises (multi-disciplinary)    * Piloting the convergence projects through dashboard

- Development of the first method that allows project teams to assess upstream design innovative products reliability multi-physics. Not set up on a project.

- Animation of a working group of 16 people on issues of global governance- Preparation of a report on the creation of an organization of global governance- Speaker at the 50th Anniversary of the OECD Chateau de la Muette - Paris (session: restore confidence in the world economic system)

- Conduct a risk analysis (QHSE) of chemical surface treatment (Vernon site).

- Study of the resultant forces moving in the swell buoys in order to design a truss structure in welcoming them.* Modeling and simulation of the movement of buoys on a free surface,* Modeling and simulation of a truss structure on Patran-Nastran.

- Definition and implementation of a business strategy that has developed a 300% turnover of JE.- Responsibility for 20 employees.

- Manufacture of radiators Formula 1 (oil and water) for Scuderia Ferrari