By 2050 over two billion people will need Assistive Technology, but only 10% will have access to it.
AT2030 is changing that.
Photo of Ahmad Riyad Islami in Indonesia. Credits to Angus Stewart.
AT2030 tests ‘what works’ to improve access to life-changing Assistive Technology (AT) for all; investing £20m over 5 years to support solutions to scale. Led by Global Disability Innovation Hub and funded by UK aid, AT2030 will reach 9 million directly and 6 million more indirectly, driving a lifetime of potential. AT2030 is operational in 15 countries across Africa and Asia.
The programme is divided into four Programme Clusters to test ‘what works’ for AT
A Market Landscape and Strategic Approach to Increasing Access to Prosthetic Devices and Related Services in Low- and Middle-Income Countries.
Questions received via email and informational webinar
Presentation from WHO on ATA-C tool.
This strategy has been developed to guide communications for theAT2030 programme
Innovate Now has selected its first winner as part of the Global Disability Innovation Hub’s Assistive Technology AT2030 Programme
Innovate Now, Africa’s first Assistive Technology Accelerator is seeking applications from innovators across the African continent who are dedicated to developing mobile-based technologies designed to assist people living with disabilities.
As part of the continued work in this AT2030 subprogramme, the Country Investment Fund (CIF) will support 3-5 grants in Africa that have already completed a CCA.
The Minister of State for International Development, Lord Bates, announced today at the Sightgeist event in London, that the Department for International Development (DFID) is doubling its investment in the flagship AT2030 programme from £10million to £19.8million. This will be 100% matched by the private sector, country governments, academic institutions, NGOs and other partners.
Dr Ignacia Ossul Vermehren discussed gender and disability in informal settlements during COVID-19. and sheds a ligh on what we've learnt so far.
Bernard presents an overview of the innovations and teams that were part of the first cohort of Innovate Now, Africa's first Assistive Tech Accelerator.
To ensure society continues to become more accessible beyond COVID-19 we need to integrate the voices of disabled people in the design and development of policy, technology and infrastructure. Dr Giulia Barbareschi and Mikaela Patrick discuss the opportunities and challenges.
Louise writes on how mimicking the learnings of the AT2030 programme and working across multi-disciplinary networks, we can bridge sectors and rapidly share expertise to catapult innovations through the product development cycle in the context of COVID-19.
This case study by GSMA aims to highlight how mobile operators are closing the mobile disability gap and also driving inclusion. The report spotlights two mobile operators that are championing disability inclusion– Safaricom and Turkcell.
To reduce the cost and difficulties of lower limb prosthetic manufacturing, Amparo GmbH has developed a new socket (the part of the prosthetics that connects with the person’s residual limb) that is made of thermoplastic material which can be molded directly on the person’s limb.
As part of the AT2030 programme, Humanity & Inclusion is testing the feasibility of extending their new digital manufacturing approach to provide bespoke orthotics devices across three refugee settlements which are located in North West Uganda. GDI Hub has partnered with Humanity & Inclusion to support them with the research components of the project, to ensure that robust evidence is collected and analysed across all sites. The long term goal of this project is to create digital manufacturing hubs across the region that can support better provision of bespoke prosthetic and orthotic devices to people who live in refugee camps in the East African region.
As part of the AT2030 programme, the Global Disability Innovation Hub supports Motivation in testing their new provision system in Kenya to evaluate the quality of the new designs and understand how distributed manufacturing through 3D printing could augment current wheelchair service, provision models.