Led TAVAC (2016–2020) as coordinator under Clean Sky 2, developing technologies for active vibration and acoustic comfort in aviation.
MILTECH HELLAS BIOMICHANIA EMPORIOANTIPROSOPEIES ILEKTRONIKON OPTIKON KAI MICHANOLOGIKON EIDON AE
Greek electronics and sensor systems SME specialising in aerospace vibration control and multi-sensor border surveillance integration.
Their core work
Miltech Hellas is a Greek defence and electronics SME specialising in sensor integration, electronic systems, and electromechanical engineering across aerospace and security domains. In transport, they have led active vibration and acoustic control projects for aviation platforms under the Clean Sky 2 programme. In security, they contribute RF-based localisation, multi-source surveillance, and integration of unmanned vehicles into border monitoring systems. Their company name — which translates as "Manufacturing and Trade of Electronic, Optical and Mechanical Products" — reflects a versatile systems-integration capability applied to demanding, regulated environments.
What they specialise in
Contributed to NESTOR (2021–2023), an EU-funded project building an enhanced pre-frontier intelligence picture for European border safeguarding under EUROSUR/CISE frameworks.
RF analysis and localisation is listed as a core NESTOR keyword, suggesting Miltech brought signal-intelligence or direction-finding hardware/software expertise.
Unmanned vehicles appear as a NESTOR keyword, indicating involvement in drone-based wide-area surveillance within the border security context.
AR and VR are listed among NESTOR outputs, suggesting user-interface or situational-awareness display work for border operators.
How they've shifted over time
Miltech's first H2020 project (TAVAC, 2016–2020) was firmly in aerospace electromechanics — active noise and vibration control, a niche requiring precision sensing and real-time signal processing in aviation platforms. Their second project (NESTOR, 2021–2023) shifted almost entirely to security: border surveillance, RF localisation, unmanned systems, and social media monitoring. The underlying thread is electronic and sensor system integration, but the application domain moved from controlled aerospace engineering to complex, multi-sensor security operations.
Miltech appears to be repositioning from niche aerospace engineering towards the broader and better-funded EU security and border management market, likely exploiting overlapping sensor and electronics competencies.
How they like to work
Miltech has experience on both sides of the consortium table — leading TAVAC as coordinator and joining NESTOR as a partner — which suggests adaptability in project roles. With 22 unique partners across 13 countries drawn from just two projects, they work in sizeable multi-national consortia rather than small bilateral arrangements. This points to an organisation comfortable navigating complex project governance, not a boutique firm that only works with close contacts.
Miltech has collaborated with 22 distinct partner organisations across 13 countries — a notably wide network for an organisation with only two projects. Their geographic spread suggests deliberate pursuit of pan-European consortia aligned with Clean Sky 2 and EU Security programmes.
What sets them apart
Miltech is one of the few Greek SMEs active in both Clean Sky 2 (civil aviation) and EU border security research, giving them a rare dual foothold in two well-funded, high-barrier domains. Their electronics and sensor integration background transfers across both sectors — a genuine technical bridge between aerospace precision engineering and security surveillance systems. For consortia targeting defence-adjacent or dual-use technology calls, a Greek industrial SME with this profile and 13-country network is an uncommon find.
Highlights from their portfolio
- TAVACMiltech served as project coordinator under the prestigious Clean Sky 2 programme, receiving the largest share of their total H2020 funding (€441,875) and leading a cross-border consortium on active vibration and acoustic comfort technologies for aviation.
- NESTORThis border-intelligence project placed Miltech at the intersection of RF localisation, unmanned systems, social media monitoring, and AR/VR — a combination that signals significant strategic diversification into EU security research.