Smart Docklands Announces €50,000 For Biodiversity, Accessibility, Community Innovation
Author: Irish Tech News
May 14, 2026
Duration: 7:51
Following the success of previous inaugural Call for Pilots, Smart Docklands is proud to announce the winners of its second Call for Pilots 2025/2026 — a new cohort of innovators tackling some of the Docklands' urban challenges.
Four projects have been selected out of 53 applications to receive seed funding, with €12,500 allocated to each project. This year's winning pilots span an impressive range of disciplines — from radar-based biodiversity monitoring and augmented reality heritage trails, to inclusive wayfinding for neurodiverse visitors and tangible tools for community participation in urban planning.
Smart Docklands grants For Biodiversity, Accessibility, Community Innovation
The four pilot winners are:
WingSense, Trinity College Dublin – Biodiversity/Urban Greening: Low-power mmWave radar sensors detect insect and pollinator activity continuously, day or night and in all weather conditions, without capturing images or audio. Machine learning transforms this data into actionable, privacy-safe biodiversity insights for cities.
ScannAR, Solasine – Digital Tools/Tech Access: A web-based AR experience delivered via QR codes — no app needed. Scanning unlocks 3D experiences with audio narration and local storytelling, fully accessible to blind, visually impaired, deaf, and hard-of-hearing users.
ARROW, The Convention Centre Dublin – Accessibility/Inclusive Design: An inclusive wayfinding layer co-designed with neurodiverse users, combining 'what to expect' guides, typical and real time sensory environment indicators into one coherent, place-based service.
Raytown Roundtable, Codema – Dublin's Energy Agency – Accessibility/Inclusive Design & Digital Tools/Tech Access: A touch-based interactive table piloted at the Raytown Energy Dock in Ringsend/Irishtown, giving residents a hands-on way to explore their neighbourhood and shape local decisions — no digital skills needed.
Smart Docklands is one of Dublin's flagship smart districts – a unique collaboration across academia, industry and local government to advocate for and pilot community centred technology innovations.
The programme that supports the adoption of new and emerging technologies in cities is delivered in partnership between Dublin City Council and the CONNECT Research Ireland Centre for Future Networks headquartered at Trinity College Dublin.
This second round of pilots reflects the breadth and ambition of what community-led innovation can look like. Building on the learnings from our first Call for Pilots, these projects were again shaped by a community survey's outcomes and wider engagement. Smart Docklands is committed to ensuring that smart technology is deployed with purpose — addressing real needs, identified by real people.
Lord Mayor of Dublin, Councillor Ray McAdam said:
"Dublin's Docklands area has long been a hub of innovation and creativity, placing the city in a strong position to enhance public services through technology-enabled solutions. The Smart Docklands Pilot Programme helps to ensure that innovation is community-led, focused on real needs, and delivering measurable impact. The four selected pilot projects demonstrate Dublin's ambitions to be more inclusive and forward-thinking, and will make our city work better for everyone. I'm proud to see it happening right here in the Docklands."
Nicola Graham, Smart Cities Programme Manager, Dublin City Council said:
"Pilots like these are how we deliver meaningful change within the council. They let us trial new approaches in real-world settings, learn fast, and build the evidence needed to scale what works. The strong number of applications this year reflects a clear commitment to developing solutions to the challenges identified by the Docklands community."
Professor Dan Kilper, Director CONNECT Centre, Trinity College Dublin said:
"These pilots are not just proof-of-concept experiments — they are live research environments that generate insights no laboratory can replicate. Bridging that gap betwee...