Partner cooperation Areas of application
The core of the development of the – I N S P H A E R A – systems is the continuous research in the field of medicine (Human Vetibular System) and the continuous development of the kinetic model based on it, as well as the continuous update of the peripheral software algorithm.
Industrial applications and directions
Formulate short- and medium-term overall development objectives:
- Preparation for small-scale production
- Fixed and/or rotary wing aircraft simulator EASA certification
- Definition of new R&D research directions (materials testing, production optimisation, development of industry-specific solutions and services)
- Continuous testing and fine tuning
- Development and testing of additional control algorithms
- Design and optimisation of industry-specific target devices
- Development of VR cabin Phase I
- VR cabin development phase II (VR dashboard and control units type independent design, AR skeletonisation + eye movement tracking)
- Medical diagnostic, therapeutic and training target device (CVSA device)
- Development of a simplified entertainment application on the technical basis of the CVSA device
Application-specific (industry-specific) target machine further development and optimisation, both in terms of technical parameters and manufacturing technology.
Development of missing modules for a marketable, small-scale product („COTS”, TRL 8-9 level)
Operational models
The sale and operation of I N S P H A E R A systems can be implemented in a variety of models, from asset sales to full service delivery (SAAS – Simulations as a Service), depending on the industry and the needs and capabilities of the customer.
- SAAS (Simulations as a Service)
The complete system is sold as a service, with operation, maintenance and periodic system upgrades. - ISSO (In Site Support Operation)
HW elements are sold but SW elements are available as a service. The vendor operates the system with physical presence. - OSO (Online support operation)
HW items are sold but SW items are available as a service. The buyer/customer operates the system with online (realtime/hotline) support. - E&O (Education & Operation)
In parallel with the sale, the salesperson trains the customer for full operation.
For all operation models, the operation agreements should include continuous (online/5G) data provision (telemetry) for operational, safety, improvement data collection.
Continuous data connectivity during operation allows monitoring of intended use and upgrading of (optional/mandatory) packages for interim upgrades.
All sold systems are interpreted with full lifecycle development support.
Cooperation principles, business proposal
The I N S P H A E R A system is developed, produced, sold and operated in a fair, focused and evolutionary collaboration with all business partners, based on the following stages and principles:
- Each market segment launch is preceded by a proof of concept
- gradualism and mutual risk mitigation
- CF balance based on public and EU development funds in the start-up phase
- Collaboration across industries and application areas
- Development and management of interdependence and interdependence
- Exclusivity, intellectual property rights can be interpreted in the light of common focal points, industrial applications.
- Openness to enter into manufacturing agreements.
Identification of contracting parties
- A group of investors consisting of Hungarian natural persons will carry out the investment/development through MSW.
- The development will be carried out by MSW, with technical subcontractors to be engaged as necessary, with full prime contractor responsibility.
Requirements for the investment company
- The investor-entity company must be wholly owned by the investors and by private individuals.
- Investors shall ensure, in accordance with the law, that the ownership structure reflects the true ownership and control rights.
- The ownership structure will remain transparent throughout the cooperation and fully comply with the provisions of Act LIII of 2017 on beneficial ownership.
Type of development contract
- Enterprise and cooperation contract
- The contracting part describes the technical deliverables and specifications for the research, including its timing, milestones and financing.
- The cooperation part describes the Parties’ common intentions for the future and their common vision and framework for the exploitation of the successful development.
- The two areas may be set out in separate contracts
(e.g. Enterprise Agreement and Syndicate/Cooperation Agreement)
Subject matter and scope of the development/contract
- Development of a virtual cabin phase I, where the virtual glasses will be integrated into a motion simulator creating a continuous G-effect.
Subject and scope of the cooperation agreement
- The successful completion of the development task is the setting of objectives, rules, rights and obligations for the joint exploitation of the resulting product.
- The cooperation agreement may also cover cooperation beyond the development phase I of the VR cabin, in particular:
- I N S P H A E R A Cooperation in the further development of the systems (e.g. VR cabin phase II)
- I N S P H A E R A Cooperation in the production of systems (including exclusive production tasks)
Advantages for the investor community in the case of VR system financing
- I N S P H A E R A Increasing the scope for system development (acceleration of development) – in case of further cooperation (see previous chapter), also in the inherent business interest of the investor community.
- additional resources for development
- Strengthen strategic partner and sales networking
- the technical results of the VR cabin and VR cockpit development can be owned by the investor community
- Establishment of the technical contribution of a future joint project company (joint venture between MSW and the investor group)
- Establish and accelerate EASA certification for EU market entry