A moment of inspiration in 1988 — the invention of the MagnaLatch® magnetic gate latch by D&D Technologies co-founder David Doyle — set a new industry benchmark for child safety around pools and in backyards. In its fourth decade of operation, D&D Technologies continues to lead the way, with an impressive string of innovations that have set new standards for the gate hardware industry, while picking up a slew of design awards along the way.
As the company celebrates its 35th anniversary this year, D&D’s Group Product Development Manager, Richard Zitzelsperger, and R&D Manager, Scott Cosby reflect on current and emerging trends in the sector, and how the hardware products that keep people and properties safe might change in the years ahead.
Sustainable materials and packaging
The drive toward reducing waste and finding smarter, greener ways to develop and deliver products is not a new trend by any means, but it is one that will continue to shape manufacturing operations for many years to come.
“One of the most obvious ways that change is being brought to bear is through responsible sourcing of materials,” says Richard. “A big part of that is about finding safer alternatives to some of the chemicals and processes that have typically been used in heavy manufacturing.”
Another focus is on waste reduction, which D&D tackles through the durability of its products.
“One of the big problems that countries all over the world are grappling with is landfill waste,” says Scott. “You particularly see this in categories like construction and fast fashion, where offcuts and unsold products just go into the bin and into landfill. It’s the same with cheap products that break after a few uses.
“Being made from hard wearing materials like stainless steel and polymer, D&D products can last decades before they ever need replacing. By their very nature, they’re the opposite of cheap, disposable, and unsustainable.”
3D printing: The future of manufacturing
D&D’s product team already uses 3D printing to create rapid prototypes during R&D. While the technology is currently used for low volume applications today, Richard and Scott see a future where 3D printing revolutionises manufacturing. In fact, current trends predict a future where 3D printing scales up for mass production, enabling products to be easily and quickly customised and for manufacturing operations to be decentralised.
“Within the next 10-20 years, 3D printing's impact could be quite revolutionary,” says Richard. “Imagine 3D printed houses, custom medicines, and even food. It’s definitely a space to watch and one where we see great potential for our products as we move into the future.”
Internet of Things (IoT) & AI: Smart security
According to Richard, the future of AI-powered gate systems that recognise different people and grant or deny entry depending on access protocols, is already here.
“You’re seeing this a bit now in apartment complexes where gate systems can recognise if you’re a resident or not, letting you into resident-only spaces like the gym or pool,” he explains.
IoT-enabled gate systems can now also integrate with smart home ecosystems, allowing property owners to remotely monitor and control access points through their smartphones or voice assistants. Real-time alerts for gate activity, such as unauthorised access attempts or gate malfunctions, enable proactive responses to potential security threats.
Other advances in AI include predictive data analysis from sensors embedded in gate hardware that will be able to identify when a gate latch or hinge is likely to need maintenance or repair. This means that potential issues can be addressed before they escalate into costly repairs or breakdowns.
Accessibility and Universal Design
Inclusivity is a key focus for D&D Technologies. Richard highlights the need for products that cater to an ageing population and people with diverse abilities.
“Australia has an ageing population and so there’s increasing demand for hardware that caters to people of all ages and abilities,” he says. “Designs need to be mindful of people’s ability to grip or grasp a handle as well as the force needed to open or close a gate.”
Future gate hardware designs will likely incorporate features such as ergonomic handles and levers, push-button or touch-sensitive controls, sensor-activated opening mechanisms, and adjustable operating force that can accommodate varying levels of strength.
Portability: Taking the tech with you
As more people rent and move frequently, the concept of portable security becomes increasingly relevant.
“We’re starting to see a trend where young people, particularly tech-savvy young people, are taking their smart door locking tech with them when they move,” says Scott. “Which makes sense, because once it’s authorised with your details, you don’t particularly want to leave it behind when you move out.”
While still in an emergent phase, largely used by digital natives and early adopters, we’re likely to see a proliferation of digital smart lock products in coming years. Operated by face or fingerprint recognition, these products will offer highly individualised levels of security and portability.
Looking ahead
The relentless pace of technological advancement, including the convergence of IoT, machine learning and 3D printing, has ushered in a new era of possibilities, redefining what the humble gate can achieve.
With its rich 35-year history of innovation, D&D Technologies is perfectly placed to navigate this ever-changing landscape. In the decades ahead, D&D's legacy of pushing boundaries, combined with a watchful eye on emerging trends, positions them at the forefront of the next generation of gate hardware solutions.
