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Smart Equipment to Enable Hands-Free Mining in the Future

Mining companies turn to wearables for safety & productivity.

With increasing pressure faced by the mining companies, the mining industry is turning to digital solutions, especially wearable technology to improve the productivity and safety for mine employees.

For mine operators, mining safety is a huge concern. More and more mining companies are adopting tools that can help to improve the safety of their staff.

Read more Construction Safety: Wearables Could Monitor Stress, Risk and Physical Demands

Modern, smart helmets represent a hands-free way for miners to improve the way in which they work.

The mining team can be benefited by utilizing sensors that alert managers to the early warning signs of heat exhaustion, rising gas levels or even seismic activity, which may altogether prevent a catastrophe, reports African Petrochemicals.

There are other exciting innovations that goes beyond safety helmets. A mine workers body suit may employ haptic technology, connected locally through beacons to other equipment in the mine. This can give miners a very tangible warning of potential collisions or accidents as early as possible.

The global mineral exploration company Boart Longyear uses wearable technology to improve miners’ safety and productivity.

With a remote control feature that provides 100 per cent hands-free rod handling, an innovative system from Boart Longyear offers a hands-on approach to driller safety.

To meet the increased safety requirements, Boart Longyear has engineered a fully hands-free drilling solution with its most popular surface coring rig the LF90D. The rig is currently being used in the mining markets in North America, Africa and Asia.

With help from other teams, the company has retrofitted a number of rigs with this hands-free solution.

Read more Wearables with IoT Connected Sensors Helping to Improve Worker Safety

The LF90D utilizes a hollow-spindle drill head, making it challenging for rod handling. The rig was retrofitted with a tilting head mechanism and a customized FL262 Freedom Loader. The company stated that it now offers a completely hands-free rod-handling solution for the fleet of LF90D rigs.

“This is a significant safety enhancement for our clients and our drillers, as it removes the driller from multiple hazards associated with suspended loads and manually handling drilling rods,” said James Chalmers, vice-president of environment, health, safety and training at Bort Longyear.

“The new hands-free solution prevents back injuries, strains, pulls and hand injuries. This is another example of our commitment to provide healthier and safer work sites for both our clients and our employees.”

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Recap WT | Wearable Technologies Conference ASIA in Bangalore

The WT | Wearable Technologies Conference ASIA in Bangalore was a great success.....

The WT | Wearable Technologies Conference ASIA in Bangalore was a great success. With many senior decision makers from big industry players like TATA, software giants like Wipro and multinational cloud analytics providers like IBM, the whole WT value chain was present. We prepared a short recap of our first-ever event in India to keep you posted on what took place at the WT | Wearable Technologies Conference, Bangalore.

Shashank Dixit, Sr. Information Security Analyst, Sumeru Solutions and Christian Stammel, CEO, WT | Wearable Technologies AG at #WTINDIA17

Christian Stammel, CEO of WT | Wearable Technologies, kicked off the proceedings with great insights into the WT Ecosystem and the application of wearables in different domains and verticals. This was well-received by the audience who also got a flavor of the ‘Smart Patch’ roadmap that is about to grow well in the near future.

Sridhar Sudarshan (CTO, IBM Watson Partnership) had a great presentation on the applicability of deep learning techniques on the data that is received from wearables. The talk featured IBM Watson and Watson IoT Platform offerings that extend the power of cognitive computing to connected devices — such as wearables, hearables, implantables and injectables. Several industries like healthcare, transportation, safety, factories etc are likely to benefit from this IoT transformation.

Sridhar Sudarsan, Distinguished Engineer and CTO, Watson Platform Offering and Partnerships, IBM USA at #WTINDIA17

This Keynote was followed by healthcare themed presentations : the experiences of WIPRO in developing the AssureHealth and Assurecare platforms was well complemented by two start-ups, RetiSense and Terrablue. Not only could the start-ups look at plugging into platforms of IBM & WIPRO but they could also share the critical skills of ‘Design Thinking’ and ‘Stakeholder buy-ins’ that they had to overcome.

Soon after lunch (the spicy Indian variety ;-)), it was the turn of Ganesh S – Innovation Manager at TATA, one of India’s biggest companies – to talk about their innovative approach in introducing a factory safety wearable. This talk expounded the design thinking principles of ‘Empathy-Define-Ideate-Prototype-Test’ with a discussion on the deployment using LORA in the TATA steel factory. This was probably the first time that TATA presented the new wearable product in touchable form to the world through the WT platform after presenting the concept at the WT | Wearable Technologies Conference in San Francisco in July.

Uday Dodla, Sr. Director, Product Marketing, Wearable Business/IoT, Qualcomm India and Ganesh Suryanarayanan, General Manager & Technology Leader, Digital Consumer IoT, TATA SONS GTIO at #WTINDIA17

Following these product presentations, the key ecosystem players came together to talk about their offerings. Uday Dodla from Qualcomm presented the new Snapdragon Wear 2100 Platform and the NB-IoT designs that can help designers to quickly go from idea to product. Anandan (TÜV SÜD India) gave insights into how good design principles (GDP) need to be followed to enable easy certification of wearable products.

Jeff Katz (GEENY) illustrated the importance of having an open IoT platform for the WT ecosystem. Start-ups and corporates were quite curious about the applicability of GEENY’s platform especially since it was an offshoot of one of the popular mobile networks from Spain, Telefónica.

Jeff Katz, CTO, Telefónica NEXT/Geeny and Christian Stammel, CEO, WT | Wearable Technologies AG at #WTINDIA17

The evening was rounded up well with one of the most important topics: Cybersecurity. Shashank (Sumeru Solutions), an “ethical hacker”, walked the informed audience as to what can go wrong with even a simple Bluetooth connectivity. Various techniques to guard against any attack through a wearable was discussed along with a lingering warning that no gadget can be 100% “fool-proof” – there can only be several barriers to overcome vulnerabilities that can creep into wearables.

The WT Conference was preceded by an IEEE Tutorial on IoT/WT using IBM WATSON, the previous day (7th September). WT | Wearable Technologies supported and curated the content and provided support for excellent speakers. This event saw some bubbling college grads and start-ups learning about the basics of the WT/IoT Technology from experts in these domains.

A big thank you goes to all contributors of #WTINDIA17!

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April 2026: Jewel - Smart Cardiac Monitoring Patch

Wearable cardiac patch detecting arrhythmias and delivering life-saving defibrillation.
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February 2026: Feel Music Through Touch

Wearable haptic music tech that turns sound into body sensations for inclusive experiences.
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January 2026: Nutromics Lab-on-a-Patch

Skin-worn patch enabling continuous, real-time biomarker monitoring for personalized healthcare.
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December 2025: Miniaturized Temperature Sensing Accuracy

AS6223 – Miniaturized temperature sensing accuracy for next-generation wearables.
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November 2025: Transforming Cancer Care with Wearables

Wearable implant delivering continuous, personalized cancer therapy for everyday life.
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October 2025: The New Era of Meta Smart Glasses

Meta Smart Glasses 2025: Sleek, AI-powered eyewear for hands-free capture and connection.
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September 2025: Innovation in Oxygen Monitoring

OxiWear - Innovation in wearable health, protecting you from silent hypoxia every day.
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August 2025: Ultra-Thin Battery Revolution in Wearables

NGK's 0.45mm EnerCera Battery: Non-Swelling, Non-Flammable Power for Wearables
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July 2025: Mudra Link - Neural Gesture Control Wristband

Touchless neural wristband for seamless gesture control across devices and platforms.
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June 2025: Biobeat’s Next-Generation Wearable Solution

AI-powered wearable for continuous, cuffless vital sign monitoring in clinical and home settings.
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May 2025: Breakthrough in Continuous Glucose Monitoring

Needle-free biosensor patch for real-time glucose monitoring and metabolic health insights.
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April 2025: Robeauté’s Brain Microrobot

Robeauté's microrobot enables precise, minimally invasive brain intervention with cutting-edge tech.
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March 2025: The Future of Cognitive Health

G.Brain boosts focus and brain health with AI-powered neurotechnology.
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February 2025: Revolutionizing Women's Health

Nettle™ by Samphire Neuroscience: A non-invasive, drug-free solution for women's health.
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January 2025: The Future of Heated Apparel

Revolutionizing heated clothing with sensor-driven, real-time temperature control.
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December 2024: Remote Health with Smart Patches

Wearable tech enables non-invasive, continuous health monitoring, transforming patient care.
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November 2024: Bearmind Launches Brain Health Wearable

Bearmind’s helmet sensor tracks head impacts in real time, advancing safety in contact sports.
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October 2024: Ambiq Empowers Digital Health with Edge AI

Ambiq’s low-power chips enable personal AI on-device for digital health and remote monitoring.
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September 2024: The Revolutionary .lumen Glasses

Empowering the visually impaired with smart, award-winning technology for greater independence.
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August 2024: Breakthrough in the Field of Health Monitoring

BioButton: award-winning sensor for continuous vital health monitoring with advanced AI technology.
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