Hello Everyone and welcome to our Spring Newsletter!
I can hardly believe we are already in May, how the year is hurtling by! Once again, a huge thank you to those who have written the articles in this edition.
The Karten Network was delighted to be involved in the project group working on the Department for Education commissioned report entitled “Developing a competency framework for effective assistive technology training”. The report was authored by Rohan Slaughter and Tom Griffiths, who are based at the University of Dundee, with a research team including staff from Ace Centre, Karten Network and Natspec, the report examines the skills and knowledge needed by staff in special schools and colleges to use digital assistive technology effectively. The report includes a review of current literature, an in-depth study including multidisciplinary expert voices, and a Competency Framework for professionals at all career stages to understand and benchmark their skills and training needs.
As the Karten Network grows and expands its impact, we are seeking a proactive and dedicated Fundraiser to join our team on a freelance basis (download the job description). If you wish to express an interest in this post, please send your CV and a cover letter outlining your suitability for the role to dawn@karten-network.org.uk by 2 June 2025.
Dawn Green Karten Network Development Co-ordinator
We recently had the pleasure of printing a special hoodie for Willowbrook Hospice but with a twist. This one’s heading straight to none other than Johnny Vegas, who’s known for proudly wearing his support on his sleeve… and chest!
A longtime supporter of local causes, Johnny often sports charity gear during TV appearances, helping to raise awareness in his own unique way. We’re honoured to have played a small part in that by creating a custom hoodie he’ll be wearing to help spotlight the incredible work done by Willowbrook Hospice. Even better, one of our talented team members, Will, independently printed this hoodie with our heat presses making it an even prouder moment for us all. It’s not every day you get to make something for the screen and for such a good cause too.
New community connector
Liam, a dedicated volunteer at Buzz Hub, has now taken on a new role with the OAC team thanks to the support of Alex Craddock, Mencap, and the Our Active Community project. Through their collaboration, Liam has been employed as a new Community Connector and has already started working on the project.
In his new role, Liam will be supported by Chris Meadows (pictured left), Health and Wellbeing Lead at Buzz Hub. Liam will be working closely with Alex to encourage more people with learning disabilities to get active and live healthier lives.
On joining the team, Liam said: “I’m glad to be on board to help bring more to the community and help get more people with a learning disability healthier and more active. “
This is a fantastic milestone for the project, reinforcing our commitment to ensuring that the OAC programme is made for — and driven by — people with a learning disability. For more information please contact: alex.craddock@mencap.org.uk
Printing for a Pop-up shop
We were thrilled to collaborate with the talented Level 6 BA (Hons) Graphic Design students from St Helens College University Centre on an exciting project to produce merchandise for their pop-up venture, The KLASS Shop. The initiative gave students a platform to showcase and sell their original designs on a variety of items, including mugs, T-shirts, stickers, keyrings, and tote bags.
To bring their ideas to life, our print team used sublimation printing. This method is perfect for preserving the vibrant colours and intricate details found in the students’ artwork. Using our professional heat presses, we ensured each product met a high-quality finish while staying true to the creative vision behind it.
As part of the collaboration, the students were invited to a drop-in session at our studio, where they had the chance to see their designs go from digital files to finished products. They also got to experience the production process firsthand and learn more about sublimation printing and heat pressing.
The print team
This project was not only a showcase of the students’ skills but also a valuable experience for our own print team. Managing a large, varied order on a tight deadline provided an excellent opportunity for the team to strengthen their workflow and coordination skills. We’re proud to have supported such a talented group of emerging designers and loved being part of their journey”
“I am over the moon. Shout out to Buzz Hub for providing an excellent service! The pop-up shop was a good turn out – a lot of people were interested in the cat T-shirt I made, which was great. It was fun to do and be a part of.” – Kayleigh, Graphic Design student
We’re always excited to collaborate with local students, colleges, and creative projects. This one was particularly rewarding—not just for the high-quality products produced, but for the enthusiasm and energy the students brought to the experience.
Train station art
In partnership with Rotary St Helens, our talented art club members have produced a series of seven striking collaborative artworks, each showcasing a historic location in the town. Each piece is a fusion of contributions from multiple members, carefully collaged together to create unique visual celebration of St Helens’ rich heritage.
The project, funded by the National Lottery Heritage Fund as part of the ‘Creative Underground’ initiative and coordinated by the St Helens Archive Service (part of St Helens Borough Council), aims to make the station more welcoming and reflective of the town’s rich history and creative spirit.
Throughout the project, our members explored a variety of artistic mediums and had the opportunity to learn new techniques, expanding their creative skills while working collaboratively. Each artwork draws inspiration from both the architecture of the historic site and the art movement that aligns with the period in which it was built:
Friends Meeting House (1600s) – Baroque: Dramatic lighting and bold contrasts capture the building’s timeless grandeur.Town Hall (1876) – Impressionism: Lively brushwork and vibrant colour reflect the energy of civic life.Beechams (1887) – Post-Impressionism: Emphasised forms and vivid, unconventional colour bring a modern twist to its classic design.Gamble Building (1896) – Art Nouveau: Flowing, decorative lines echo the elegance of this cultural landmark.Old Central Station (1900) – Fauvism: Expressive, brilliant colours embody the hustle and industrial energy of the era.New Central Station (2007) – Minimalism: Clean lines and simplified forms reflect the station’s sleek, modern design.Saints Stadium (2012) – Street Art: Bold, urban styles and mixed media capture the passion and spirit of the town’s sporting heart.
These artworks will soon be installed at St Helens Central Station, transforming the space into a public celebration of local creativity, history, and community pride. This project was proudly funded by the National Lottery Heritage Fund as part of the ‘Creative Underground’ initiative, coordinated by St Helens Archive Service, part of St Helens Borough Council.
Together, through art and community spirit, we’re making St Helens a more vibrant place for all.
The Meath’s ComputerXplorers group have been diving into 3D design with Tinkercad — and their progress has been amazing! With expert guidance from visiting session leader Alan, they’ve been unleashing their creativity and bringing ideas to life in 3D. So far, they’ve each designed a unique badge using a 3D printer and are excited to create even more soon.
Booost Education assists students to keep track of tasks, manage their time, prioritise tasks and provides prompts to remind students of tasks and appointments
Booost fits in the space between Brain in Hand, which also has the ability to input recognised difficulties, implementing them into personalised software, and utilises strategies and solutions for the recognised difficulties. With Brain in Hand these all come through in an app, meaning the strategies of what to do when faced with an issue can be accessed in that moment. For those who may not have the ability to recognise what to do in the moment. Booost and Brain in Hand provide task management and prioritisation, time management and prompts. Both are dependent on the activities the student has to complete being placed in them.
Why Booost over a digital calendar, as these can also provide prompts? A calendar can provide reminders, but it cannot assist with prioritising and managing tasks, Booost also allows the ability to connect with several calendars.
Why Booost over Brain in Hand, the difference is that Brain in Hand provides assistance for in the moment difficulties. It also has a traffic light system of how things are in the moment, which means if it seems someone is having difficulties, they will be contacted to check they are ok or if they need some assistance. The students’ personal individual difficulties are implemented into the software, as are their solutions. There is the ability to connect to a mental health or autism helpline or to the student’s chosen supporter. This goes far beyond prioritisation of tasks and time management. Booost can also connect to a mental health support line, which is available to anyone experiencing difficulties. Booost also has study support and health and well being support videos within the app. Feedback has been mainly positive although initial issues included the initial sign in needs to be on a Windows computer (we have not tried Macs), there is an accessibility overlay included for some features, and that scrolling is not intuitive when inputting information to be stored as tasks or within a timetable, and required support assistance. (These have all been fed back to the company).
Beyond that the students using it so far have reported it has made a difference to them. Students state they are arriving at classes mainly on time, thanks to the prompts, and are keeping track of their tasks and managing to better prioritise them, albeit some say they do need to be reminded to put any homework or assessment dates into the software.
It has so far proved useful for those who need a bit more than digital calendar reminders, but can manage when issues arise that they are not comfortable with, but know how to address them.
Bridge College has taken a bold step in vocational training by launching a 3D printing venture that’s placing their students at the very forefront of technology and business.
The initiative, which started in March 2025 aims to provide students with hands-on experience in all aspects of running a small business and acquire useful technical skills in the new field of 3D printing.
The workshop, which has just been supplied with a new 3d printer, is currently working on designing specialist items for the college’s therapy teams. Students are creating sensory equipment and bespoke learning tools that directly aid their peers and support staff throughout the campus.
Some of the current projects are bespoke fidget tools, tablet mounts for communication devices, and specialist equipment holders for therapy spaces.
The early results have been amazing, with the therapy teams reporting that the bespoke items are making a significant difference in their sessions and the fidget toys are appearing on desks across the service. The college is now hoping to roll out the service to other departments and, further down the line, to outside organisations.
Linkage College presents a number of case studies showing how the technology they purchased with a recent grant from the Ian Karten Charitable Trust has enabled teams to break down barriers to learning and create a more inclusive educational environment. The impact of this equipment goes far beyond academic achievement — it has supported the development of vital life skills, boosted learner confidence, and fostered a sense of belonging among our students.
Case Story 1: Student A – Supporting Spelling and Independent Learning
Student A is a student who faces challenges with reading, but her comprehension skills are strong. By incorporating a laptop into her learning environment, she has gained greater independence in her studies. With the use of speech-to-text software and spell-check tools, Student A can now confidently express her ideas in writing without the barrier of spelling difficulties. This has appeared to boost her self-esteem and allowed her to focus on her strengths, particularly in areas such as comprehension and analysis. The laptop has also provided her with access to a wider variety of learning resources, enabling her to progress at her own pace, without the frustration of struggling with manual writing tasks. This autonomy has positively impacted her overall motivation and engagement in the curriculum.
Case Story 2: Student B – Enhancing Comfort and Focus
Student B, a student who appears to thrive in close proximity to her lecturer, has found significant benefit from the use of a laptop in this setting. Student B is more comfortable sitting alongside her lecturer, and with the laptop in close reach, she can work more efficiently by referencing materials and engaging with interactive content during sessions. The laptop appears to provide her with a sense of security and focus, allowing her to take notes digitally, engage with resources, and manage her work in a way that best suits her learning style. This dynamic has appeared to have greatly improved Student B’s confidence in class and allowed her to be more active in the learning process.
Case Story 3: Student C – Independent Learning in a Personalised Space
Student C is a student who benefits from working in an environment that suits his individual learning style. By using his laptop in a space away from the main classroom, he has been able to engage deeply with his passion for mechanics while simultaneously meeting his English learning targets. The laptop has enabled Student C to undertake a bespoke project on mechanics that has been tailored to his interests and the criteria for his English curriculum. This project has not only reinforced his learning in English, including the application of technical vocabulary and written communication, but it has also allowed him to work independently in a space that minimizes distractions. The combination of personalisation and the flexibility to use digital tools has played a key role in Student C’s academic success.
In conclusion, the use of individual laptops has been a transformative tool in supporting our students’ unique learning needs. It has fostered independence, provided access to a wide range of resources, and enhanced engagement. By tailoring the use of technology to meet the specific needs of students like Student A, Student B, and Student C, we can continue to create inclusive and effective learning environments.
Case Study 4 – Communication apps
Student D is a dedicated and engaged learner who uses Grid on his laptop as his primary means of communication due to being non-verbal, he has demonstrated increasing confidence in navigating the software, selecting words and phrases to express his thoughts, answer questions, and participate in class discussions.
For example, during a literacy activity, Student D can use his Laptop with Grid to construct sentences related to the story being discussed. He can independently select key vocabulary words and structure his responses with minimal prompting. His ability to communicate through Grid has allowed him to engage more fully with his peers and Lectures, ensuring his thoughts and ideas are heard.
The use of Grid on his Laptop has had a profound impact on Student D’s education and overall well-being. Academically, he is more engaged in lessons, demonstrating improved comprehension and critical thinking skills. He can complete work with greater independence and confidently share his knowledge and understanding.
Socially, Grid has empowered him to interact with peers, fostering friendships and a sense of belonging within the college. The ability to communicate his needs, preferences, and emotions has significantly reduced frustration and increased his self-esteem. Lectures and support staff have also noted a positive shift in his confidence and enthusiasm for learning.
Overall, the integration of the laptop and Grid into daily routine has enhanced his academic progress and quality of life, providing him with a voice and the ability to actively participate in his education and social interactions.
Case Study 5
By being able to work independently on her laptop, Student E can avoid the overwhelming stress of social situations, especially during episodes when she may feel unable to interact with her peers. The laptop enables her to continue her studies in a comfortable environment, reducing the risk of further triggering anxiety or distress.
Having the flexibility to work at her own pace allows Student E to manage her stress levels and maintain a sense of control over her education, which can be incredibly beneficial in managing her mental health condition.
By receiving assignments and course materials via email, Student E can keep up with her coursework without having to attend class physically. This ensures that she is not missing out on essential learning despite her mental health episodes.
The ability to search and access a wide range of resources online gives her the flexibility to answer questions and complete her work, providing a valuable tool for independent learning. She can gather information at her own pace, which helps her overcome any barriers created by her condition.
Student E’s joint pain in her fingers and wrists can make traditional writing difficult or painful. The laptop allows her to type her work instead of writing manually, which helps to reduce physical strain. This adaptation ensures that her physical health doesn’t hinder her ability to participate in learning.
By using her laptop to access materials, complete assignments, and communicate with her lecturers, Student E can still contribute meaningfully to class discussions. While she may not always be physically present, she can share her thoughts and insights, staying engaged and involved with the learning process.
The flexible participation approach also allows Student E to contribute to discussions without feeling pressured to interact in a traditional classroom setting, reducing the potential for distress during social or group activities.
The laptop helps Student E maintain continuity in her education, even during episodes where she may not be able to attend class. She doesn’t fall behind on assignments or miss critical learning moments, which is vital for her academic progress and overall well-being.
By being able to complete her work remotely, Student E avoids feeling isolated from her peers, as she can still interact with the course materials, receive feedback, and stay on track with her studies.
The laptop provides Student E with the independence to manage her learning at her own pace and on her own terms, without needing constant supervision or assistance. This fosters a sense of autonomy and confidence in her ability to manage both her mental and physical health needs while continuing her education.
Student E’s use of a laptop has been instrumental in helping her navigate the challenges posed by her dissociative disorder and physical joint pain. It provides her with the flexibility to manage her mental health, reduces physical strain, and allows her to maintain access to her education without the added stress of needing to participate in a traditional classroom environment. The laptop empowers her to stay engaged, continue learning, and contribute to her academic progress, all while managing her personal health needs.
Case study 6
The support of the student having access to a laptop has had a significant positive impact on her learning experience, helping to address multiple barriers.
By allowing the student to work independently in a quieter, more controlled environment (the common room), she no longer faces the challenges associated with large group settings that may have been overwhelming or distracting. Smaller, quieter spaces have lead to a more focused learning experience, especially for students who struggle with anxiety or sensory overload.
The common room provides a quieter space where the student can concentrate without the disruptive noises often found in larger classrooms. This is especially helpful when the student struggles with environmental factors that affect focus.
By working independently, the student can progress at her own pace, allowing her to spend more time on areas she finds difficult and move quickly through sections she grasps more easily. This personalized pace ensures that she is not pressured to keep up with the speed of a class that may not align with her needs.
The shift to self-directed studies allows the student to take control of her learning, which can be empowering. She can now organize her study schedule, access materials at her own pace, and approach the work in a way that suits her learning style. This level of autonomy is especially beneficial for students with mental health challenges, as it provides flexibility and a sense of control over their academic journey.
The evidence of engagement and progression is now more easily accessible. By completing assignments on time and communicating regularly with the lecturer via email, there is clear evidence that the student is making academic progress, despite the previous barriers. This documentation is helpful for both the student and the lecturer, as it demonstrates that the student is actively participating in her learning.
The provision of the laptop through the Karten Network ensures that financial barriers are also removed, allowing the student to access the technology she needs without added stress. This support is vital for levelling the playing field and ensuring equal access to resources.
The arrangement of the student working with her 1-1 support in the common room ensures she has the support she needs while benefiting from a less distracting environment. The 1-1 support gives her a dedicated space to ask questions, clarify concepts, and receive help with assignments, which can lead to a deeper understanding of the material.
The 1-1 setting allows the student to feel supported without the social pressures of a classroom. This personalized support can help reduce feelings of isolation, and the student is more likely to engage because they have the attention and guidance they need.
The combination of providing a laptop, offering flexibility in where and how she works, allowing direct communication with the lecturer, and ensuring 1-1 support has significantly helped in removing barriers to learning for the student. The shift to self-directed studies is empowering her to take ownership of her learning, which has led to improved engagement and progress. The setup allows for better tracking of her academic journey, with clear evidence of her commitment to her studies and ongoing development. This tailored approach ensures that the student’s unique needs are being met while supporting her mental and physical well-being.
TechAbility’s new webinar series is curated by digital accessibility and education specialist, Lisa Featherstone. The series launches in May with a discussion based around how technology can be used for learning. This session features some important questions to consider before introducing technologies to people who may require them for support. The June webinar then gives you a chance to consider those questions, looking at a specific technology – Assistiv.
The question I always ask when faced with a technology (old or new) is ‘how can I use that for learning?’ Lots of techie people tell you about the features that a technology has. The important question for teaching staff is – where is the learning?
What are the questions that you need to ask before introducing a technology to learners? The learners in question will also include yourselves – and me! We will discuss learners creating their own content – as well as some tools to help them in the process.
This is the first in a series of webinars looking at a variety of technologies, some well-established, others more recent. In addition to answering some of the questions above, this webinar will take a short journey through some technologies that we will be looking at in future.
Assistiv – Making work, work for everyone. 24 June 12:30
There is a well-established technology that we all have been using, everyday, for years. Assistiv has innovative ways of using this technology to benefit learners with learning difficulties be more independent and enter the world of work; possibly for the first time. Come along to discover how to help learners to fulfil their potential in employment by enhancing their independence skills.
The Oaks Specialist College is already trialling the system and a tutor will discuss the technology along with their students’ experiences. The CEO of Assistiv will also discuss the technology, its implementation and how it can transform real life work experience for learners.
90% of delegates at last year’s TechAbility Conference said they were very likely, or likely to apply learning from the conference in their workplace. TechAbility25 will give multiple opportunities to learn from leading practitioners in the field of Assistive Technology. All presentations and workshops will be grounded in practice and research. Alongside this will be opportunities to meet with Assistive Technology suppliers and discuss the solutions they provide.
As usual Karten members will receive a significant discount on the delegate price.
This year, the conference will take place at the East Midlands Conference Centre in Nottingham. The venue has excellent transport links to the whole of the UK.
Sense College Loughborough is hosting an Assistive Technology Week, titled “Limitless by Inclusion,” from Monday, May 19th to Friday, May 23rd. This event is organized in collaboration with the National Student-led campaign, Access and Assistance for All (AAA), which is supported by Thomas Pocklington Trust (TPT) and University College London (UCL). The campaign’s goal is to enhance access to assistive technology and promote accessibility by design in Further Education (FE) colleges.
Assistive Technology Week was conceived during conversations among the Sense College Ambassadors. They invited College Principal Gary Hyndman and Learning Technology Coordinator Kingsley Saba to provide feedback and report on the Student Voice Parliament meeting hosted by NATSPEC, which some of the ambassadors attended to represent the college.
The momentum for Assistive Technology Week increased when Kingsley Saba, the Coordinator for Sense Technology, participated in a meeting in London with Members of Parliament, part of the AAA initiative aimed at ensuring that all young people in need can access assistive technology.
With this goal in mind, Kingsley organized a meeting with key staff members essential to planning the event. We discussed potential invitees, the schedule for the day, and which external technology companies we would like to involve. We also considered the workshops we wanted to offer, the facilitators for these sessions, fundraising strategies, and logistics such as parking and venue arrangements. There was much to contemplate.
Fundraiser – Sense College Loughborough loves cake – so of course our fundraiser has to include cake, made by our Bell Bar staff. Students and staff have bought cake and a drink for £1, plus a Guess the Number of Sweets Jar and we raised £180 to pay for goodie bags for visitors and some 3D printed Assistive Technology items.
We introduced our 5 Tech Champions during the fund raiser and they had their own T shirts with Tech Champions on decorated by our craft tutor.
The event was linked to most of the Enterprises – from College Office printing the invites and organising the fundraiser, to the Bell Bar making the cakes and Craft decorating the T shirts. So the whole college was involved.
We sent out invites to both large and small technology companies, and although not everyone responded, we have managed to get some companies attending on Tuesday and Thursday for our live events. We will have demonstrations on display from Smartbox, Aventido, Texthelp, Bodyswaps and Music and Assistive Technology plus display stands with communication devices and hearing and sight loss technology. There will also be a number of speakers including Thomas Pocklington Trust and a workshop for music and assistive technology.
The other 2 days will be filled with different technology demonstrations, some workshops run by Sense College staff – our Speech and Language Therapist Rosie Marten, MSI technology – run by our MSI specialist Jo Guthrie and QTVI Anna Janickyj, Use of JAWS – IT Tutor Jules Banks, and lastly talking about Limitless by Inclusion and accessibility via Microsoft Office by Kingsley Saba. There will also be other online speakers including Thomas Pocklington Trust, Texthelp plus others. The final day will, hopefully, be a visit to Amazon for our students.
The run up to the event continues to be busy as we make room plans and layouts and send out invites to parents, governors and employers, plus letters home about the event. We really hope that it is a success and that it is something we can run every year. We will keep you updated.
Advancing Accessibility: iOS 18 and Android 16’s New Features
Global Accessibility Awareness Day (GAAD)was established in 2012 to promote understanding and raise awareness of digital access and inclusion for the more than one billion people worldwide living with disabilities or impairments. It takes place annually on the third Thursday of May – 15th May this year. The day encourages conversation, learning, action, and celebration to help make digital products and services more inclusive.
Ahead of GAAD, both Apple and Google have continued to roll out updates focused on accessibility. Apple’s iOS 18, released in September 2024, introduced a suite of powerful features designed to support users with a wide range of needs, from mobility and speech to sensory processing. The recent 18.4 update, released on 31 March 2025, builds on that foundation with a handful of refinements and smaller but meaningful improvements. Meanwhile, Google’s upcoming Android 16 is expected to bring its own set of enhancements later this year.
New Accessibility Features in iOS 18.4
iOS 18.4 adds a small set of updates that continue Apple’s long-standing commitment to accessibility and inclusive design. While these updates may seem subtle at first, they contribute to more seamless and customisable experiences for users who rely on assistive technologies.
Braille Display Enhancements
This update introduces the ability to perform an indefinite double-tap and hold gesture using a braille display. This may be particularly useful for tasks like recording audio messages or navigating audio content. The gesture is performed by pressing Space with dots 3-6-7-8, and released by repeating the same combination. While perhaps a small update it provides a significant improvement that gives users who rely on braille displays more fluid control and a richer, more intuitive interaction with audio-based features.
VoiceOver Improvements
Another small but thoughtful improvement in iOS 18.4 is VoiceOver’s verbosity settings. You now have more control over how and when VoiceOver announces the type of control currently in focus, such as a heading, link, or button. This can be especially helpful for tailoring the amount of spoken feedback to suit different preferences or contexts. The new setting is found under Settings > Accessibility > VoiceOver > Verbosity > Controls. Here you can choose whether control types are spoken before the content, after it, or not at all.
Building on iOS 18’s Accessibility Foundation
While iOS 18.4 introduces several meaningful updates, it builds on a much broader foundation laid with the release of iOS 18 and its predecessors. That update, mentioned in a previous article marked a significant step forward in how users with disabilities can interact with their devices, introducing tools that are more adaptive, intuitive, and responsive to individual needs. In particular Eye Tracking, Vocal Shortcuts, Listen for Atypical Speech, and Music Haptics, demonstrate Apple’s continued focus on inclusive design across different types of impairment.
Eye Tracking
Eye Tracking enables users to control their iPhone or iPad using only their eyes. It uses the front-facing camera and on-device machine learning to allow for navigation, selection, and gesture-like actions. While this may not be as good as dedicated eye tracking systems, it offers an alternative means of interaction that’s integrated directly into the operating system, with no extra hardware required. The feature is available on devices with an A15 Bionic chip or later. This includes models such as the iPhone 12 and newer, as well as the iPad mini (6th generation), iPad Air (5th generation), and iPad Pro models released in 2021 or later.
Vocal Shortcuts
Vocal Shortcuts enable users to assign personalised, recorded sounds to trigger actions on their device—ideal for those with atypical speech patterns. It adds a layer of flexibility and independence for interacting with iOS using voice.
Listen for Atypical Speech
Another important addition in iOS 18 was enhanced support for recognising atypical speech. Similar to the work done through the Nuvoic project, this feature uses on-device machine learning to better understand speech patterns that fall outside typical voice profiles, enabling more reliable voice control for individuals with non-standard speech. While Apple’s approach is distinct, the inclusion of atypical speech recognition at the system level is a welcome move – reflecting a growing awareness of speech diversity within mainstream tech design.
Music Haptics
This new feature allows users who are deaf or hard of hearing to experience music through vibrations, using the iPhone’s Taptic Engine to reflect rhythm, tone, and the dynamic elements of a track. Rather than relying on audio output, Music Haptics translates the essence of a song into tactile feedback, offering a multisensory way to connect with music.
It works across a range of audio content, including streaming services, downloaded tracks, and third-party apps and requires no additional hardware. With this feature, users can feel the beat drop, rhythm shift, or swell of a chorus directly through their device. It’s particularly valuable not only for enjoyment, but also for enabling greater access to cultural and creative content for those who may not experience it through sound alone.
Music Haptics is currently available only on iPhones, specifically on iPhone 12 and newer models (excluding the third-generation iPhone SE). It’s not supported on iPad, Apple Watch, or Mac, as these devices don’t have the Taptic Engine technology required.
To enable the feature, users can go to Settings > Accessibility > Music Haptics, where it can be switched on with a simple toggle. Once activated, the iPhone will use subtle vibrations to mirror the structure and feel of the music, including tracks played through apps like Apple Music, Apple Music Classical, and Shazam.
While still in its early stages, Music Haptics is a promising step toward more inclusive, sensory-rich media experiences.
Accessibility in Android 16
While Apple continues to expand its accessibility features, Google is preparing to launch Android 16, which is expected to bring its own set of improvements later this year. Although the update hasn’t been released yet, developer previews and early announcements suggest that accessibility is also a key focus for the Android team.
One of the most anticipated additions is Auracast support for Bluetooth LE Audio hearing aids. This feature will allow users to stream audio from public spaces, such as announcements in transport hubs or presentations directly to their compatible hearing aids, creating a more inclusive experience in shared environments.
In addition to Auracast, Android 16 is also expected to bring enhancements to TalkBack and Live Captions. TalkBack, Android’s built-in screen reader, is set to receive performance and customisation improvements aimed at providing smoother navigation and more responsive interaction. Live Captions, which automatically generate on-screen subtitles for spoken content, will likely see expanded language support and better integration across apps and media sources. Together, these updates reflect Google’s continued commitment to making Android more usable and adaptable for people with vision, hearing, and language processing differences.
Final Thoughts
As Global Accessibility Awareness Day approaches, it’s encouraging to see both Apple and Google making continuous strides toward more inclusive technology. From hands-free navigation to haptic music, and from enhanced screen readers to better support for atypical speech, these updates reflect a welcome shift in how mainstream platforms are considering the needs of all users.
Whether refining existing features or introducing entirely new ones, each change marks a step forward. While there’s always more to be done, it’s worth acknowledging the growing momentum to develop more accessible and inclusive systems – continuously seeking to answer the question how our technologies can be made more inclusive, adaptable, and empowering for everyone.
As always, I am keen to hear about how you are using mobile, and other technology, and or even which accessibility features you find useful. If you would like to have a particular topic covered in the next newsletter, please let me know. Finally, please feel free to contact me if you have a question or need technical help and support.
Martin Pistorius
Karten Network Technology Advisor
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