NXTGEN HIGHTECH

What NXTGEN HIGHTECH does

NXTGEN Hightech is a Dutch public-private innovation consortium structured as Stichting (foundation), established in 2020 and headquartered at High Tech Campus 32, Eindhoven. The organization operates as a National Growth Fund (Nationaal Groeifonds) project and coordinates 330 project partners spanning industry, research institutions, and government. Its mission is to develop next-generation high-tech equipment across seven technology domains — Systems Engineering (DASE methodology), Smart Industry/Digital Factories, Optomechatronics, Robotics/Cyber-Physical Systems, Thin Film/Plasma, Semiconductor Devices/Lithography, and Bionanotechnology — and eight application domains including Agrifood, Biomedical, Semiconductors, Energy, Composites, Laser Satcom, Smart Industry, and Systems Engineering.

The consortium's flagship programs include the Handsfree Agrifood ecosystem (17 use cases across Open Field Cultivation, Greenhouse Horticulture, and Food Processing, validated across 9 test sites anchored by WUR Randwijk with 18 hectares of orchards and 200+ mini orchards) and the biomedical program comprising Biomed01 through Biomed05 (One-stop-shop, Lab-on-Chip, Organ-on-Chip, Artificial Organs, and Cell Production Technology). Validated outputs include the Munckhof apple-picking robot (achieved all technical KPIs in 2024, cost/kg above €2.00 target), Aurea Imaging Treescout sensors for precision thinning, integrated bioreactor platforms (Scinus, TNCBio, IamFluidics), and the DASE Systems Engineering curriculum. Industrial anchor partners include Thermo Fisher, VDL ETG, Vanderlande, Thales Netherlands, imec, UMC Utrecht, and ASML.

NXTGEN does not sell products or services commercially. Its revenue comes entirely from the Dutch National Growth Fund, a non-dilutive public funding mechanism, and its GTM motion is community-led: knowledge dissemination through the What's NXT podcast, position papers (e.g., 'Towards an Autonomous Factory'), public evaluation summaries, trade fair participation (GreenTech Amsterdam, AgroTechniek Holland, EUROoCS), open days (~600 visitors at FRC Randwijk August 2025), and trade missions (Brazil July 2026, Libramont Belgium July 2026). There is no disclosed headcount, no commercial pricing, no venture funding, and no M&A activity — distinguishing it from conventional startup investment targets and framing it as a publicly-funded ecosystem orchestrator rather than a commercial revenue-generating entity.

Name

NXTGEN HIGHTECH

Legal name

Stichting NXTGEN Hightech

Website

https://nxtgenhightech.nl

Company type

Private

Founded year

2020

Operating status

Operating

Headcount range

51–100 employees

Short description

NXTGEN Hightech is a Dutch National Growth Fund innovation consortium (Stichting) coordinating 330 partners across eight high-tech domains — agrifood, biomedical, semiconductors, energy, composites, laser satcom, smart industry, and systems engineering — to develop next-generation equipment through publicly funded collaborative R&D rather than commercial sales.

Ownership category

akta.pro rank

Product category

Research and Development Services

NAICS

Research and Development in Biotechnology (except Nanobiotechnology) (541714), Aerospace Product and Parts Manufacturing (33641), Computer and Peripheral Equipment Manufacturing (3341)

SIC

Special Industry Machinery, Nec (3559), Search, Detection, Navagation, Guidance, Aeronautical Sys (3812), Laboratory Analytical Instruments (3826)

akta.pro primary industry

Technical Universities with Strong Industry Partnerships (EDAHAEAG)

akta.pro secondary industries

Additive Manufacturing Research & Innovation Labs (IMAAAJAA), Compute & Acceleration ICs (CPU/GPU/AI/FPGA/ASIC) (HDAHABAC)

Keywords

• High-tech innovation consortium
• Precision agriculture robotics
• Biomedical manufacturing platforms
• Semiconductor lithography research
• Systems engineering methodology

Headquarters

HQ city

Eindhoven

HQ country

Netherlands

HQ region

Europe

Offices1 record

Markets served

GTM type

B2B

Offering type

Services

Cost components

Personnel, Technology or R&D, Operations, Infrastructure, Marketing or Sales

Revenue model

1. National Growth Fund (Nationaal Groeifonds) Grant: NXTGEN Hightech is a National Growth Fund project, meaning its primary funding comes from the Dutch government's National Growth Fund. This is non-dilutive public funding that supports large-scale research and innovation programs. The consortium does not operate on commercial revenue but rather on allocated public funding to drive hightech equipment development in the Netherlands.

Go-to-market motion1 record

Distribution channels1 record

Marketing channels7 records

Core offering

NXTGEN Hightech operates as a Dutch National Growth Fund project and open innovation consortium coordinating next-generation high-tech equipment development across seven technology tracks: Systems Engineering, Smart Industry/Digital Factories, Optomechatronics, Robotics/Cyber-Physical Systems, Thin Film/Plasma, Semiconductor Devices/Lithography, and Bionanotechnology. The organization does not sell commercial products; it coordinates collaborative R&D across 330 project partners and channels public funding into multi-domain programs covering agrifood, biomedical, semiconductor, energy, composites, and laser satcom domains.

Product overview

NXTGEN Hightech is a National Growth Fund Project operating as a multi-domain innovation ecosystem with 330 project partners, developing next-generation high-tech equipment across eight focus areas: Agrifood (with the Handsfree Agrifood ecosystem comprising 17 use cases), Biomedical Technologies (5 projects covering Organ-on-Chip, Lab-on-Chip, Artificial Organs, and Cell Production), Energy, Composites, Laser Satcom, Semiconductors, Smart Industry, and Systems Engineering. The ecosystem is structured around seven technology domains: Systems Engineering, Smart Industry, Optomechatronics, Robotics/CPS, Thin Film/Plasma, Semicon Devices, and Bionanotechnology. The portfolio includes various use case technologies such as autonomous agricultural robots (apple picking, Bin Shuttle logistics), sensor-driven optimization systems, and advanced biomedical platforms like Organ-on-Chip and next-generation bioreactors. The company also produces content through its 'What's NXT' podcast series.

Differentiator

Problem solved

Functional benefit

Brands

• What's NXT: Podcast series exploring high-tech technologies and their impact on society
• Handsfree Agrifood
• NXTGEN Biomed
• NXTGEN Smart Industry

Products and services

• Handsfree Agrifood Ecosystem An open innovation ecosystem comprising 17 use cases across three innovation packages (Open Field Cultivation, Greenhouse Horticulture, Food Processing) covering autonomous tractors, apple-picking robots, orchard robotics, digital twins, dark fruit factory, and precision thinning, validated at 9 test locations including WUR Randwijk (18 ha orchard, 200+ mini orchards). Designed for industry partners, growers, and technology developers in the Dutch agrifood sector.
• Biomed05 Cell Production Technology A biomedical R&D program developing next-generation bioreactor technology combining flexible bioreactor systems (Scinus), animal-component-free media (TNCBio), dissolvable microcarriers/microcapsules (IamFluidics), Biosensing By Particle Motion sensors (Helia Biomonitoring), photonic sensors (ChiralVision/Surfix), and microfluidic integration (Bronkhorst/Demcon). Enables far-reaching automation and precise control over cell cultivation for therapies, vaccines, and cultivated meat. Targets cell therapy developers, vaccine manufacturers, and cultivated meat producers.
• Biomed03 Organ-on-Chip Production Technology Chain An integrated production technology chain for standardized Organ-on-Chip platforms, including three demonstration platforms of increasing functionality, modularity, and autonomy: a single-organ platform with integrated opto-mechanical sensing, a modular multi-organ microfluidic platform with integrated sensors, and a fluidically-autonomous high-content platform. Targets organ-on-chip adopters, pharmaceutical companies, and academic researchers.
• Biomed04 Artificial Organs Building Blocks A biomedical R&D program developing next-generation artificial kidney and blood vessel components, including MEMS for sensing/actuation/wireless communication/powering (with imec, UMC Utrecht, Micronit, Nexperia), advanced sorbents and catalysts for portable artificial kidneys (with Chiral Vision, Nextkidney), polymer and silicon nanoporous membranes (with UTwente, Biochem Oss), and 3D electrospun biodegradable vascular grafts (with Vivolta, Xeltis, SupraPolix, Stentit, Corbion). Targets medical device developers, clinical research institutions, and patient care organizations.
• DASE Systems Engineering Program A standardized Systems Engineering methodology framework organized across five work packages: SE Framework design, continuous development line for Dutch higher education, substantive modules, DASE integration within colleges and universities, and dissemination to other domains and society. Designed to address the shortage of systems engineers in the Dutch high-tech equipment industry. Targets engineering educational institutions, high-tech equipment manufacturers, and systems engineering professionals.
• Smart Industry / Autonomous Factory Program An R&D program focused on developing smart factories and autonomous manufacturing, including digital twins, digitalization, predictive maintenance, and advanced automation technologies. Includes Smart Industry Capability Booster Learning Modules offered free to companies for digitalization strategy, data sharing, predictive maintenance, and Industry 4.0 adoption. Targets Dutch high-tech equipment manufacturers and industrial automation companies.
• What's NXT Podcast A Dutch-language podcast series (with English version) exploring high-tech technologies including artificial organs, quantum computers, ultrafast chips, and smart machines. Features interviews with researchers, entrepreneurs, and experts. Available on Apple Podcasts, Spotify, and YouTube.

Quantifiable outcome

• Treescout sensors provide a reliable indication of blossom and growth vigor for precision thinning, improving fruit set balance and yield quality
• +1 more outcomes

Segments6 records

Ideal customer profiles6 records

Technology focussed Yes

API detail

Has API

No

API docs

API detail

Core technology

AI maturity

App detail

Feature9 records

Partnerships

29 partnerships are on record, tiered core.

• Wageningen University & Research (WUR)coreStrategic or Co-development PartnerWUR serves as a key research partner, hosting test and validation locations including WUR Open Teelten Randwijk (~18 ha orchards, 200+ mini orchards) for the Handsfree Agrifood ecosystem. WUR researchers collaborate on precision fruit cultivation, autonomous systems, and digital twins across innovation packages.
• Scinus Cell ExpansioncoreStrategic or Co-development PartnerScinus Cell Expansion developed a unique flexible bioreactor system for controlled cell cultivation supporting high-fold expansion of adherent and suspension cell types to clinically relevant numbers. Partner in Biomed05 Cell Production Technology, responsible for bioreactor technology development.
• TNCBiocoreStrategic or Co-development PartnerTNCBio develops new medium formulations that are well-defined and animal-component-free to increase the robustness of cell cultivation and decrease batch-to-batch variation. Partner in Biomed05 Cell Production Technology.
• IamFluidicscoreStrategic or Co-development PartnerIamFluidics develops next-generation biomaterials including dissolvable microcarriers and microcapsules for scalable 2D and 3D cell cultivation in suspension bioreactors. Partner in Biomed05 Cell Production Technology.
• Helia BiomonitoringcoreTechnology or IntegrationHelia Biomonitoring, in collaboration with TU Eindhoven, develops sensors based on Biosensing By Particle Motion (BPM) technique for continuous biomolecular monitoring. In Biomed05, BPM technology is optimized to continuously monitor cell stress and health.
• ChiralVisioncoreTechnology or IntegrationChiralVision collaborates on photonic sensors using interferometry for biomarker detection. Also partners on Biomed04 Artificial Organs, developing advanced sorbents and catalysts for portable artificial kidneys. Contributes sensor technology for medium component monitoring in Biomed05.
• BronkhorstcoreTechnology or IntegrationBronkhorst contributes to the integration and development of microfluidic components in next-generation bioreactors within Biomed05. Their expertise in flow measurement and control supports automated sampling and sample preparation.
• DemconcoreTechnology or IntegrationDemcon participates in integrating and developing necessary components in bioreactors within Biomed05. Also involved in developing micro-electromechanical systems for artificial organs in Biomed04.
• NcardiacoreStrategic or Co-development PartnerNcardia serves as an end-user evaluator in Biomed05, testing next-generation bioreactor technologies and using them to optimize cell production processes, specifically for iPSC cultivation and differentiation.
• Batavia BioSciencescoreStrategic or Co-development PartnerBatavia BioSciences serves as an end-user evaluator in Biomed05, testing bioreactor technologies and prototypes for viral vector production optimization.
• UMC UtrechtcoreStrategic or Co-development PartnerUMC Utrecht serves as both project management lead for Biomed04 (Artificial Organs) and end-user evaluator for Biomed05 (viral vector production). They are responsible for the overall project management of the artificial kidney and vascular grafts programs.
• imeccoreStrategic or Co-development Partnerimec contributes to the MEMS (Micro-Electromechanical Systems) building blocks for artificial organs in Biomed04, providing expertise in sensing, actuation, wireless communication, and energy harvesting for implantable artificial organs.
• MicronitcoreTechnology or IntegrationMicronit partners on Biomed04 Artificial Organs, contributing to micro-electromechanical systems and microfluidics for artificial organ components.
• NexperiacoreTechnology or IntegrationNexperia contributes to the MEMS building blocks for implantable artificial organs within Biomed04, providing expertise in semiconductor and microelectronic components.
• NextkidneycoreStrategic or Co-development PartnerNextkidney partners on the portable artificial kidney development within Biomed04, contributing to sorbent and catalyst technologies that enable a small dialysate volume to be continuously reused.
• Dutch Kidney Foundation (Nierstichting)coreStrategic or Co-development PartnerThe Dutch Kidney Foundation supports the Biomed04 Artificial Organs project with project management oversight alongside UMC Utrecht, contributing to the development of portable and implantable artificial kidneys.
• VivoltacoreTechnology or IntegrationVivolta develops biodegradable vascular grafts and stents using 3D electrospinning techniques within Biomed04, creating scaffolds that promote tissue restoration after implantation.
• XeltiscoreTechnology or IntegrationXeltis partners on the 3D electrospun biodegradable materials for vascular prostheses in Biomed04, contributing to vascular access solutions for hemodialysis and vascular disease treatment.
• University of TwentecoreStrategic or Co-development PartnerUniversity of Twente develops ultrathin silicon-based nanoporous membranes for fully implantable artificial kidneys (Biomed04) and photonic sensors for medium component monitoring (Biomed05). Also a key academic partner in Systems Engineering education development.
• Munckhof Fruit Tech InnovatorscoreStrategic or Co-development PartnerMunckhof Fruit Tech Innovators developed and tested an apple-picking robot (Use Case 5) within the Handsfree Agrifood ecosystem. The evaluation report (February 2025) assessed picking efficiency and economic feasibility of autonomous harvesting.
• Aurea ImagingcoreStrategic or Co-development PartnerAurea Imaging investigated sensor-driven precision thinning technologies (Use Case 7) using Treescout cameras on tractors to collect blossom and growth vigor data in orchards. The evaluation validated sensor accuracy and impact on fruit quality and yield.
• TNO ESIcoreStrategic or Co-development PartnerTNO ESI leads applied research on systems engineering, networking activities, and education within the DASE program. They lead the Multi-Company Systems & Leadership Program and contribute to standardization of systems engineering methods across the Dutch high-tech industry.
• TU DelftcoreStrategic or Co-development PartnerTU Delft is a key academic partner in the DASE Systems Engineering program, involved in integrating the methodology within higher education. Hosted the Systems Workforce Summit 2024 (October 2024) organized together with NXTGEN Hightech.
• Thermo Fisher ScientificcoreStrategic or Co-development PartnerThermo Fisher Scientific, a market leader in electron microscopes headquartered in Eindhoven, uses systems engineering as an integral part of product development. Contributes to the DASE ecosystem through expertise sharing and collaboration with suppliers including VDL ETG.
• VDL ETGcoreStrategic or Co-development PartnerVDL ETG specializes in designing and producing complex functional modules for organizations such as ASML and Thermo Fisher. With ~600 engineers, they integrate systems engineering across the organization and contribute to the DASE ecosystem.
• VanderlandecoreStrategic or Co-development PartnerVanderlande, a leading automation company with 9,000+ employees, is undergoing a transition from project-based to platform/product-based organization. They contribute expertise on scalable systems engineering training, Model-Based Systems Engineering, and smart factory adoption.
• Thales NetherlandscoreStrategic or Co-development PartnerThales Netherlands, specializing in defense and security systems including naval radar systems, uses Model-Based Systems Engineering and the Arcadia method. Contributes expertise on systems engineering practices within the DASE ecosystem.
• ProdrivecoreStrategic or Co-development PartnerProdrive applies systems engineering with system architects acting as the interface between clients and project teams. Contributes expertise on translating customer requirements into technical specifications and managing expectations.
• Industrial Clusters North, East, West, and CommoncoreStrategic or Co-development PartnerMultiple industrial clusters across the Netherlands (North, East, West, Common) participate in the Smart Industry Autonomous Factory projects, collaborating on smart factory development, digital twins, and digitalization of production processes.

Scale indicators4 records

Recent moves6 records

Expansion highlights6 records

Direct peers

• imec: imec is a Belgian semiconductor R&D center and a NXTGEN partner. Both organizations operate as multi-partner R&D ecosystems advancing semiconductor and adjacent technologies, with industry partnership models and public-private funding structures.
• SINTEF: SINTEF is Scandinavia's largest independent research organization, operating across multiple technology domains with industry partnership and public funding models similar to NXTGEN. Both function as multi-domain applied research consortia.
• Fraunhofer Society: Fraunhofer is Germany's largest applied research organization and operates a similar consortium model with 76 institutes covering multiple technology domains. Both Fraunhofer and NXTGEN coordinate industry-academia-government partnerships for hightech equipment development with public funding backing.
• TNO (Nederlandse Organisatie voor Toegepast Natuurwetenschappelijk Onderzoek): TNO is the Netherlands' primary applied research organization and is directly comparable to NXTGEN as a public-private R&D consortium. TNO ESI is actually a NXTGEN partner leading systems engineering research, and both organizations operate as Dutch public-backed applied research entities with industry partnership models.
• VTT Technical Research Centre of Finland: VTT is Finland's national applied research organization, comparable to NXTGEN as a publicly-funded multi-domain research consortium. Both organizations bridge academic research and industrial application across sectors including biotech, energy, and digital systems.

Broad incumbents

• CSIRO (Commonwealth Scientific and Industrial Research Organisation): CSIRO is Australia's national science agency operating as a publicly-funded R&D organization across multiple domains. Both CSIRO and NXTGEN function as government-backed applied research ecosystems that translate research into industry applications.
• Catapult Network: The UK's Catapult Network comprises nine technology and innovation centers with public-private partnership models similar to NXTGEN. Both organizations distribute innovation funding across technology centers with industry partnership mandates.
• CEA (Commissariat à l'énergie atomique et aux énergies alternatives): CEA is France's major public research organization spanning energy, defense, and information technology. While focused on atomic and alternative energies, CEA shares NXTGEN's model of large-scale public R&D with industry partnerships across multiple technology domains.
• Industrial Technology Research Institute (ITRI): ITRI is Taiwan's national applied research organization with a much larger scale than NXTGEN. Both operate as publicly-funded R&D ecosystems bridging research and commercialization, though ITRI has broader sector coverage and stronger semiconductor industry integration.

Emerging players

• MESA+ Institute for Nanotechnology: MESA+ is a University of Twente research institute specializing in nanotechnology and adjacent fields. It is comparable to NXTGEN's technology tracks (particularly semiconductor devices and bionanotechnology) as a Dutch academic R&D consortium with industry partnerships.

Market position

Strengths4 records

Weaknesses4 records

Competitive moat5 records

Key risks6 records

Key highlights6 records

Customer concentration

• YouTubeyoutube.com/@nxtgenhightech7511/videos
• Xx.com/NXTGENHIGHTECH
• LinkedInlinkedin.com/company/nxtgen-hightech

Revenue estimate

Valuation estimate

Number of profiles

Profiles6 records

Funding overview

Funding rounds

Investors

Funding detail is available on the Subscription and Enterprise plan.Contact sales →

M&A

Investments2 records

M&A and investment is available on the Subscription and Enterprise plan.Contact sales →

Frequently asked questions about NXTGEN HIGHTECH