DECOROUS (2016–2019) was entirely dedicated to designing, testing, and manufacturing robust fluidic actuators, funded at EUR 388,750 under Clean Sky 2.
NAVASTO GMBH
Berlin aerospace engineering SME with Clean Sky 2 credentials in fluidic actuator design, exploring mathematical B2B software tools.
Their core work
NAVASTO GmbH is a Berlin-based engineering SME working at the intersection of precision mechanical systems and applied mathematics. Their primary demonstrated expertise is the design, testing, and manufacturing of fluidic actuators — mechanical devices that convert fluid pressure into controlled motion, with direct application in aviation and transport systems. Their participation in the EU's Clean Sky 2 program places them within the aerospace manufacturing supply chain, where reliability and robust performance under demanding conditions are non-negotiable. In parallel, they have explored developing proprietary mathematical software tools aimed at B2B markets, suggesting ambitions to complement physical engineering with computational capabilities.
What they specialise in
DECOROUS was funded under the CS2-RIA scheme (Clean Sky 2 Research & Innovation Action), placing NAVASTO directly inside the EU aviation industry technology program.
InSoMa (2019) was an SME Phase 1 feasibility study for launching a software tool based on mathematical methods targeting B2B commercial applications.
How they've shifted over time
From 2016 to 2019, NAVASTO's focus was firmly on physical engineering — specifically the design and manufacturing of fluidic actuators within the aerospace context of Clean Sky 2. By 2019, they were exploring a software pivot: the InSoMa feasibility study signals an intention to develop proprietary analytical tools grounded in mathematical methods for B2B customers, a departure from hardware-only positioning. With only two projects and no keyword data to anchor the shift, the direction is suggestive rather than confirmed, but the contrast between a hardware aerospace project and a software feasibility study is meaningful.
NAVASTO appears to be exploring a transition from specialized hardware engineering toward software-based analytical products, potentially seeking to productize mathematical expertise built during engineering work into a scalable B2B offering.
How they like to work
NAVASTO has coordinated both of their H2020 projects, indicating a preference for driving their own work rather than joining as a supporting partner. The data records zero consortium partners across both projects, suggesting they operated as a solo applicant or within arrangements not captured in CORDIS — common for SME Phase 1 grants and possible for tightly scoped Clean Sky 2 sub-contracts. This profile suits organizations that bring a specific, self-contained capability rather than those seeking broad collaborative research networks.
NAVASTO's recorded H2020 network shows no external consortium partners, which is consistent with both the SME Phase 1 solo format and highly focused industrial sub-contracting. Their presence in Clean Sky 2 connects them to the broader European aviation industry ecosystem, even if those links are not visible in the partner data.
What sets them apart
NAVASTO occupies a narrow but defensible niche: a small German engineering firm with verified Clean Sky 2 experience in fluidic actuator manufacturing — a technically demanding area with limited competition among SMEs. Their emerging interest in mathematical software tools, if developed, could position them as a rare hybrid of aerospace hardware expertise and algorithmic product development. For consortium builders needing a credible SME with aviation manufacturing credentials, NAVASTO offers a specific capability that generalist engineering firms typically cannot match.
Highlights from their portfolio
- DECOROUSThe flagship project, funded at EUR 388,750 under Clean Sky 2, demonstrates verified aerospace manufacturing capability in a highly competitive, quality-critical EU program.
- InSoMaMarks a strategic inflection point — a software feasibility study using mathematical methods signals a potential product pivot beyond hardware engineering.