Technology is not only changing through software and algorithms. It is also being shaped by the devices, wearables, sensors, and hardware systems people use every day. This category looks at the physical side of innovation, from smart home technology and connected devices to workplace gadgets and next-generation consumer electronics.
Dykes Do Digital covers gadgets and hardware through an editorial lens, focusing on how these technologies fit into wider shifts in digital life, health, productivity, and communication. Rather than simply listing products, we explore what they do, how they are evolving, and what they reveal about the future of technology.
The rapid development of smart home technology is transforming how people live, particularly for older adults seeking to maintain independence. As populations age across many parts of the world, there is growing interest in solutions that allow seniors to live safely and comfortably in their own homes for longer. Smart home devices—ranging from voice assistants…
The modern workplace is undergoing a quiet but significant transformation. While much attention is often focused on software, artificial intelligence, and digital platforms, physical technology—particularly business gadgets—is playing an equally important role. From smart collaboration tools to AI-powered peripherals, a new generation of devices is redefining how people work, communicate, and interact with their environments….
The intersection of technology and sportswear has evolved rapidly in recent years, transforming what athletes wear and how they perform. Once focused primarily on comfort and durability, sportswear is now increasingly designed with advanced materials, embedded sensors, and data-driven insights. These innovations are not limited to elite athletes; they are also influencing consumer fitness, wellness,…
Wearable health technology has moved beyond basic fitness tracking into more advanced forms of medical monitoring. Among the most significant developments in this space is the emergence of wearable blood pressure monitors—devices designed to provide continuous or near-continuous insights into cardiovascular health without the need for traditional cuffs or clinical equipment. These devices reflect a…
Wearable technology has evolved rapidly from a niche segment of consumer electronics into a significant force within modern healthcare. Devices that were once primarily associated with fitness tracking—such as step counters and heart rate monitors—are now being integrated into clinical environments, enabling continuous health monitoring, early diagnosis, and more personalised care. This shift reflects a…
Artificial intelligence is rapidly moving beyond software and becoming a core component of modern hardware. From smartphones and wearable technology to smart home devices and industrial sensors, AI-powered hardware is beginning to reshape how devices operate and interact with users. For years, artificial intelligence was primarily processed in large cloud-based systems. Data collected by devices…
Artificial intelligence has become one of the most important technological developments of the modern era. From generative AI models to advanced data analysis tools, the demand for powerful computing infrastructure has grown rapidly in recent years. At the centre of this technological race lies an increasingly important piece of hardware: the AI chip. These specialised…
Wearable technology has evolved dramatically over the past decade. What began as simple fitness trackers capable of counting steps and monitoring heart rates has grown into a sophisticated ecosystem of devices designed to monitor health, enhance productivity, and connect users to the digital world in new ways. Today, wearable devices include smartwatches, fitness bands, augmented…
Artificial intelligence is no longer confined to software applications or cloud-based services. Increasingly, AI is being built directly into the hardware that powers modern consumer electronics. From smartphones and smart home devices to wearable technology and autonomous appliances, artificial intelligence is shaping how devices are designed, built, and used. Manufacturers are now developing electronics that…