At SXSW in Austin, Texas, a small machine was quietly crushing plastic bags into dense blocks. The demonstration wasn’t a recycling machine in the traditional sense — it was something different. It was a “pre-recycling” system designed to solve one of recycling’s biggest problems before the material even reaches a recycling facility.

Ivan Arbouzov, President, Founder and CEO of Clear Drop, Inc., demonstrated the company’s technology during SXSW events in Austin. The Clear Drop system compresses soft plastic — commonly known in the industry as plastic film — into dense blocks that are easier to transport and process for recycling.

Soft plastic is one of the most difficult materials to recycle. Plastic bags and film packaging often clog recycling machinery and are inefficient to transport because they consist mostly of air. As a result, much of this material ends up in landfills or as roadside waste.

Clear Drop’s approach is what Arbouzov calls “pre-recycling” — creating appliances that serve as collection and compression points before materials reach recycling facilities.

Instead of transporting loose bags of plastic film, the Clear Drop machine compresses the material into Soft Plastic Blocks (SPB) weighing roughly four to five pounds. These compressed blocks can be transported more efficiently and fed directly into recycling grinders without causing the clogging issues that loose plastic film often creates.

The system also uses a special plastic envelope that is recycled together with the compressed material when it is transported to partner recycling facilities.

A Missing Link In The Recycling Chain

Ivan Arbouzov, Founder and CEO of Clear Drop, demonstrating the Soft Plastic Block created by the company’s pre-recycling system at SXSW in Austin, Texas

Arbouzov describes Clear Drop as filling a gap in the recycling process — the space between when plastic is discarded and when it reaches recycling facilities.

“There’s a kind of big hole in between that sucks in the majority of the material before they even get it to the recycling plant,” he explains. The goal of Clear Drop is to shorten the distance between disposal and recycling and make it easier for people and organizations to recycle soft plastics.

Clear Drop currently operates with two business streams:

• Consumer systems for households
• Commercial systems for businesses and institutions

Hospitals are a particularly interesting use case because large amounts of clean polyethylene packaging are used in medical environments. This plastic is high quality and well suited for recycling if it can be properly collected and transported.

Beyond Plastic: Organic Waste Systems

Clear Drop is also developing systems for organic waste collection and storage. These systems allow organic waste to be stored without odor for extended periods and then transferred to composting systems or organic recycling facilities.

By separating organic waste and soft plastics from general waste streams, Arbouzov believes recycling efficiency can be significantly improved. Removing these materials from the general waste stream leaves paper, metal, glass, and hard plastics — materials that are much easier to recycle effectively.

Clear Drop’s broader vision is to develop technologies that address multiple waste and disposal challenges, helping reduce landfill waste and improve recycling outcomes through better collection and material handling systems.

The post Rethinking Recycling appeared first on Tech Trends.

By Laura Kobylecky

Jane Nelson, the Texas Secretary of State, made her enthusiasm for London clear during a lively SXSW event in Austin titled London Calling: Where pioneering ideas meet business opportunities. The event focused on strengthening business, technology, and innovation connections between London, the UK, and Texas.

The event was co-hosted by Here East, an innovation campus originally developed for the London 2012 Olympics that now houses global tech companies, startups, academic institutions, and creative organizations. Also hosting the event was CELL (Creative Experience Lab London), which supports research and development across technology, creativity, and culture in live experience sectors. Featured partners included Wise and Oury Clark, organizations that help businesses operate internationally and expand between the US and UK markets.

A Texas welcome with London ambitions

There were microphone issues when Nelson began speaking, but she quickly adapted, drawing on her experience as a former school teacher to project her voice across the room. She broke the ice by leading the audience in a loud Texas-style “Yee-haw,” immediately energizing the crowd and setting a collaborative tone for the evening.

Nelson spoke about her long personal connection with London and emphasized the historical and cultural ties between the UK and the United States. She described SXSW as a place where entrepreneurs, innovators, investors, and creatives can meet and build partnerships that shape future industries.

Texas Secretary of State Jane Nelson speaks at the London Calling event during SXSW in Austin.

Innovation, media, and immersive technology

After Nelson’s speech, Justin Diener, Co-Founder and CEO of Synapse Virtual Productions, joined Dr. Lora Markova of Loughborough University London for a discussion about immersive technology, media, and the future of storytelling.

Diener explained how media production now combines filmmaking, game engines, software development, and communication technology, allowing audiences to experience content in more interactive and immersive ways. He noted that students entering these industries are increasingly learning multiple overlapping skills rather than specializing in just one field.

Dr. Markova discussed what she called the “spillover effect,” where innovation happens at the intersection of industries such as technology, education, media, and entertainment. She emphasized that the future of immersive experiences will be driven not just by technology, but by collaboration across industries.

Collaboration and global partnerships

As the event concluded, attendees continued networking and discussing business opportunities, partnerships, and new projects. The overall theme of the evening was collaboration — between London and Texas, between industries, and between technology and creativity.

The London Calling event demonstrated how global innovation ecosystems are becoming increasingly connected, with cities like London and Austin working together to build future industries through partnerships, investment, and shared ideas.

And, as the audience learned early in the evening, sometimes international collaboration begins with a simple Texas “Yee-haw.”

Laura Kobylecky is a contributing writer to Tech Trends. She is particularly interested in new and emerging technology and culture. Connect with her on LinkedIn 

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Cybercrime is no longer just hackers sending phishing emails or small groups running online scams. According to new research from NordVPN’s Threat Intelligence team, cybercrime is becoming industrialized — with large-scale operations running fake stores, cryptocurrency scams, and malware campaigns across thousands of websites worldwide.

The report reveals three major global scam operations that demonstrate how cybercriminals are increasingly operating like technology companies, using automation, infrastructure, and large-scale systems to run fraud campaigns at scale.

Old software vulnerabilities creating new threats

One of the most surprising findings in the report is that attackers are still exploiting extremely old software vulnerabilities. In one campaign, cybercriminals exploited a 15-year-old vulnerability in an outdated web editor tool to compromise more than 1,300 websites, including government, corporate, and research domains.

These trusted websites were then used to redirect visitors to phishing pages, fake online stores, or malware downloads. Because the domains were legitimate, security systems were more likely to trust them, making the attacks far more effective.

Attackers exploit outdated software to compromise trusted websites and redirect users to scams

This strategy shows how cybercriminals are increasingly using legitimate infrastructure to run scams rather than building everything from scratch.

Cryptocurrency scams evolving into identity theft operations

The report also uncovered a large-scale cryptocurrency phishing network involving more than 100 fake crypto domains. The scam begins with emails claiming the recipient has received a large cryptocurrency deposit by mistake.

Victims are directed to fake cryptocurrency platforms where they are asked to log in and later pay so-called “gas fees” to withdraw the funds. In reality, the platforms are fake and the fees are stolen, while attackers also collect personal data for identity theft.

Cryptocurrency phishing scams trick users into paying fake fees and revealing personal data

These scams combine phishing, identity theft, and cryptocurrency fraud into a single operation, making them particularly effective and difficult to detect.

Fake online stores run like businesses

Another operation uncovered in the investigation involved more than 800 fake e-commerce stores built using common website tools like WordPress and WooCommerce. These sites advertise products at extremely low prices to attract buyers, but customers either receive counterfeit goods or nothing at all.

Investigators found that many of these websites were connected to a centralized operation, showing how automation allows a single group to operate hundreds of fake stores at once.

Cybercrime is becoming an industry

The most important takeaway from the report is that cybercrime is increasingly being run like a business. Criminal groups are using automation, software platforms, data analytics, and large-scale infrastructure to run fraud operations efficiently.

Instead of isolated scams, we are now seeing:

• Scam networks
• Fraud platforms
• Automated phishing systems
• Fake e-commerce ecosystems
• Industrial-scale cybercrime operations

This shift means cybersecurity is no longer just about stopping individual hackers — it is about defending against organized digital industries built around fraud.

The future of cybersecurity

As cybercrime becomes more organized and automated, cybersecurity will increasingly rely on AI, automation, and threat intelligence to detect patterns and stop attacks before they reach users.

For individuals and businesses, the biggest risks continue to come from phishing, fake websites, outdated software, and online scams — all of which are becoming more sophisticated every year.

The post Cybercrime Goes Industrial appeared first on Tech Trends.

Watching television has traditionally been a social activity, whether sitting with family, texting friends during a show, or discussing plot twists online. But a new trend is emerging: people are increasingly watching TV with AI companions instead of other people.

As streaming libraries grow and social schedules become more fragmented, AI companion apps are beginning to fill the gap left by solo viewing. These apps can react to shows in real time, discuss characters, and even debate plot theories with viewers, creating a shared viewing experience without another person in the room.

According to AI innovation experts, this shift reflects broader changes in how people consume entertainment and interact with technology.

Why watching TV feels better with company

There is a psychological reason why watching TV with someone else often feels more enjoyable. Shared media consumption increases emotional engagement, and reacting together to plot twists, jokes, or dramatic moments makes the experience feel more immersive.

AI companions attempt to replicate this social dynamic by responding to what users are watching and participating in conversation about characters, storylines, and theories. This turns passive viewing into a more interactive experience.

Rather than simply watching a show alone, viewers can discuss what’s happening in real time with an AI companion that is always available and always engaged.

The rise of AI companionship

AI companion apps have grown rapidly in recent years, moving from niche chatbot tools to full digital companion platforms offering conversation, emotional support, and interactive experiences.

Platforms like <a href=”https://flirtcam.ai/”>Flirtcam.AI</a> allow users to create AI companions that can chat, react, and interact with users across different activities, including entertainment and media consumption.

This reflects a broader trend in technology where AI is becoming less of a tool and more of a companion, assistant, or social presence in everyday life.

Shows that work well with AI co-viewing

According to AI experts, certain types of shows work particularly well for watching with an AI companion. These tend to be shows with strong characters, ongoing storylines, mysteries, or plots that encourage discussion and debate.

Examples often mentioned include:

• Brooklyn Nine-Nine
• Sherlock
• How I Met Your Mother
• Stranger Things
• The Office (US)

These shows generate conversation, theories, and emotional reactions, which makes them well suited to interactive viewing experiences.

Convenience versus real connection

One of the biggest reasons people use AI companions is convenience. An AI companion is always available, never argues about what to watch, and can immediately discuss a plot twist or ending.

However, experts warn that while AI can simulate social interaction, it is not the same as human interaction. The challenge for technology companies will be ensuring that AI companions complement real social experiences rather than replace them.

Streaming platforms are already experimenting with watch parties, shared viewing features, and interactive content, and AI companions may become part of that ecosystem in the future.

The future of entertainment may be interactive

The rise of AI companions suggests that the future of entertainment may be more interactive and social, even when people are physically watching alone.

Instead of passively watching content, viewers may increasingly:

• Discuss shows with AI companions
• Receive commentary or analysis from AI
• Get recommendations based on emotional reactions
• Participate in interactive storylines
• Watch content designed specifically for AI-assisted viewing

As artificial intelligence becomes more integrated into everyday life, entertainment may shift from something we simply watch to something we experience interactively.

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Cancer treatment is increasingly moving away from traditional chemotherapy and toward therapies that train the body’s own immune system to fight disease. New early-stage clinical trial results from biotech company ExpreS2ion suggest that this approach may continue to expand in the coming years.

The company has reported early data from a Phase I clinical trial of a new immunotherapy designed to target HER2-positive cancers, including certain types of breast cancer. The treatment works by stimulating the immune system to produce antibodies that recognize and attack cancer cells.

A different approach to cancer treatment

Many modern cancer treatments focus on directly attacking cancer cells using drugs, radiation, or engineered antibodies. This new approach instead aims to train the immune system to recognize cancer cells on its own and continue fighting them over time.

The therapy targets a protein called HER2, which is overexpressed in some breast cancers and other tumor types. According to the company’s early clinical data, most patients in the study developed antibodies targeting HER2 after receiving the treatment, and those antibody levels increased over time with repeated doses.

If successful in later trials, this type of treatment could potentially provide longer-lasting protection by teaching the immune system to recognize cancer cells and respond to them in the future.

Immunotherapy becoming a major area of innovation

Immunotherapy is already one of the fastest-growing areas in medicine and biotechnology. Treatments such as checkpoint inhibitors and CAR-T cell therapy have already transformed treatment for certain cancers over the past decade.

Researchers are now exploring vaccines and virus-like particle technologies that train the immune system to recognize cancer in a similar way to how vaccines train the immune system to recognize viruses.

This approach could potentially:

• Provide longer-lasting protection
• Reduce the need for repeated drug treatments
• Work alongside existing cancer therapies
• Improve survival rates for certain cancers
• Reduce side effects compared to chemotherapy

Early results but long road ahead

The trial results are still early and based on a small number of patients, and the company has emphasized that no conclusions about clinical benefit can yet be made. However, the early data showing immune responses and acceptable safety profiles means the trial will now move forward with higher doses and more patients.

If future trials are successful, treatments like this could become part of a new generation of cancer therapies that focus on immune system training rather than direct tumor destruction.

The future of cancer treatment may look like vaccination

One of the most interesting long-term implications of this type of research is the possibility that some cancers could eventually be treated more like chronic diseases — or even prevented — through immune system training.

Researchers around the world are working on cancer vaccines, personalized immunotherapy, and immune system engineering. While many of these technologies are still in clinical trials, they represent one of the biggest technological shifts in medicine.

Instead of simply treating cancer after it appears, future treatments may increasingly focus on teaching the immune system to detect and stop cancer cells before they grow into dangerous tumors.

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As artificial intelligence infrastructure expands at an unprecedented pace, one of the biggest challenges facing the industry is not computing power — but electricity. A new collaboration between engineering firm AtkinsRéalis and NVIDIA highlights how nuclear energy could play a major role in powering the next generation of AI data centers.

The companies are exploring how nuclear power infrastructure, digital twins, and accelerated computing could be combined to support the development of large-scale AI facilities, sometimes referred to as AI factories.

The growing energy problem behind AI

The rapid growth of artificial intelligence, data centers, and high-performance computing is driving massive increases in global electricity demand. Training and running large AI models requires enormous computing power, which in turn requires reliable and continuous energy supply.

This is why governments and infrastructure developers are increasingly exploring nuclear energy as a low-carbon, baseload power source for future AI infrastructure.

AtkinsRéalis, a major engineering and nuclear company, is working with NVIDIA to explore how nuclear-powered infrastructure could support next-generation AI facilities. The collaboration will look at how AI-ready facilities could be designed, optimized, and deployed using digital twin technology and high-performance simulation tools.

Digital twins and AI infrastructure design

One of the key technologies involved in the collaboration is NVIDIA Omniverse, which allows companies to create detailed digital twins of infrastructure projects before construction begins.

Using digital twins, engineers can simulate infrastructure systems in a virtual environment, test different configurations, optimize performance, and identify potential issues before building in the real world. This can reduce costs, accelerate construction timelines, and improve safety and efficiency.

The companies are exploring how these tools could be used to design integrated infrastructure systems combining nuclear energy, power distribution, cooling systems, and large-scale AI computing facilities.

Nuclear power and AI factories

The concept of “AI factories” refers to large-scale data centers dedicated specifically to artificial intelligence workloads. These facilities require massive amounts of continuous electricity, making nuclear power an attractive option due to its reliability and low carbon emissions.

The collaboration will explore several areas including:

• Integrating nuclear power with AI data center infrastructure
• Using digital twins and simulation for infrastructure planning
• Improving engineering workflows with AI tools
• Accelerating construction and project delivery
• Optimizing power distribution and cooling systems

The partnership reflects a broader trend across the technology industry, where energy infrastructure is becoming a critical factor in the future of artificial intelligence development.

Energy becoming the limiting factor for AI growth

As AI models continue to grow in size and complexity, energy availability is increasingly becoming one of the biggest constraints on AI expansion.

Large technology companies, infrastructure providers, and governments are now exploring nuclear energy, renewable energy, and new power infrastructure solutions to support future data center growth.

The collaboration between AtkinsRéalis and NVIDIA shows how the future of artificial intelligence may depend not only on chips and software, but on power generation, infrastructure engineering, and energy strategy.

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Cyber attacks linked to geopolitical conflict are increasingly affecting the companies and systems that ordinary people rely on every day, according to cybersecurity researchers and analysts.

A new commentary from cybersecurity publication Cybernews warns that cyberwar is no longer limited to governments, military systems, or intelligence agencies. Instead, attacks are increasingly targeting healthcare systems, payment infrastructure, and critical services used by the public and private sector.

Cyber attacks moving beyond government targets

Recent incidents involving major companies highlight how geopolitical cyber retaliation can now have real-world consequences for businesses and public services.

According to reporting referenced in the commentary, Iran-linked hacktivist group Handala claimed attacks on payment provider Verifone and medical technology company Stryker. The alleged attack on Stryker reportedly disrupted operations and affected healthcare providers attempting to order surgical supplies, demonstrating how cyber incidents can ripple into healthcare systems and supply chains.

These types of attacks show that modern cyberwarfare is increasingly focused on economic and infrastructure targets rather than purely government systems.

Threat activity already increasing online

Security researchers say the threat landscape is already expanding as geopolitical tensions rise.

Researchers have identified thousands of newly registered domains related to Middle East conflict themes, which may later be used in phishing campaigns, malware distribution, or disinformation campaigns. Attack methods expected to increase include:

• Phishing campaigns
• Distributed denial of service (DDoS) attacks
• Ransomware
• Data leaks and hack-and-leak operations
• Destructive malware attacks
• Credential harvesting and password spraying

These tactics are commonly used by both state-backed groups and affiliated hacktivist organizations.

Human error remains the biggest vulnerability

Despite increasingly sophisticated cyber attacks, experts say the most common entry point remains human error and basic security weaknesses.

Common vulnerabilities include:

• Unpatched software
• Weak or reused passwords
• Default credentials on internet-connected devices
• Lack of multi-factor authentication
• Employees falling for phishing emails

Researchers also warn that artificial intelligence is making cyber attacks easier to scale, allowing attackers to generate convincing phishing messages and automate parts of the attack process.

This combination of geopolitical conflict, automation, and existing security weaknesses means organizations must improve basic cybersecurity practices to reduce risk.

Cyberwar now affects everyday services

The key takeaway from recent incidents is that cyberwar is no longer a distant or abstract threat. Instead, it is increasingly affecting companies that provide essential services such as healthcare, payments, logistics, and infrastructure.

For businesses, this means improving patching, authentication, and employee cybersecurity training. For individuals, it highlights the importance of strong passwords, multi-factor authentication, and caution when opening emails or clicking links.

As geopolitical tensions continue to influence cyber activity, experts warn that disruptions may increasingly affect everyday services rather than traditional government targets.

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New research indicates that mild sleep apnea may be far more widespread than previously understood — and its health risks may be underestimated.

A large-scale analysis of sleep data has found that around one in five people in the UK may experience signs of mild sleep apnea, a condition that disrupts breathing during sleep and is increasingly linked to serious health outcomes.

The study, based on more than two million nights of anonymised sleep data, also points to a broader trend: sleep quality is gradually declining, with people sleeping less on average year over year.

Sleep Apnea Is More Than a Sleep Issue

Sleep apnea occurs when breathing repeatedly stops and starts during sleep, often without the individual being aware. While commonly associated with fatigue and poor sleep quality, its long-term implications are far more serious.

A growing body of research shows that sleep apnea is closely linked to cardiovascular and metabolic conditions, including increased risk of hypertension, atrial fibrillation, and Type 2 diabetes.

Recent findings published in Nature Digital Medicine further reinforce this concern. The study — which you can explore in this new scientific research on sleep apnea variability and cardiovascular risk  highlights that it is not just the severity of sleep apnea that matters, but also how much breathing patterns fluctuate from night to night.

This variability may place individuals with so-called “mild” sleep apnea at a level of cardiovascular risk previously associated only with more severe cases.

Sleep apnea prevalence comparison across countries based on analysed sleep data

A Widespread and Underdiagnosed Condition

Globally, sleep apnea is estimated to affect around one billion people, making it one of the most common yet underdiagnosed health conditions.

The latest data suggests that prevalence increases significantly with age, particularly after 50, and that men are more likely to experience the condition than women — although risk rises for women after menopause.

Despite its prevalence, sleep apnea often goes undetected because symptoms can be subtle or mistaken for general fatigue, stress, or lifestyle-related sleep disruption.

Sleep Quality Is Gradually Declining

Beyond sleep apnea itself, the data reveals a broader deterioration in sleep health.

Average sleep duration has decreased year-on-year, accompanied by a slight drop in overall sleep quality scores. Seasonal variations also play a role, with shorter sleep durations typically recorded during summer months.

These patterns suggest that modern lifestyles — including stress, screen exposure, and irregular schedules — may be contributing to worsening sleep outcomes at a population level.

The Role of Connected Health Monitoring

The findings also highlight the growing role of connected health technologies in identifying sleep disorders earlier and tracking long-term trends.

Platforms such as Withings are part of a wider shift toward continuous, at-home health monitoring, where users can collect longitudinal data on sleep patterns, heart rate, and other key indicators.

While these tools are not a substitute for clinical diagnosis, they are increasingly being used to support preventative healthcare — helping both individuals and clinicians detect patterns that might otherwise go unnoticed.

Conclusion

Sleep apnea is no longer a niche or isolated condition — it is increasingly recognised as a widespread health issue with significant implications for long-term wellbeing.

As research continues to highlight the connection between sleep and cardiovascular health, and as sleep quality trends decline globally, the importance of early detection and ongoing monitoring will only grow.

In this context, sleep health is becoming a critical pillar of preventative healthcare — and one that is likely to shape both medical research and consumer health technology in the years ahead.

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By Laura Kobylecky

SXSW 2026

Some big changes happened for SXSW in 2026. In 2025 it was nine days of events spanning two weekends, but the 2026 edition was reduced to seven days, running from Thursday to Wednesday with a weekend in the middle.

In previous years, the “Interactive” section focused on technology and took place before the Music section, while Film programming overlapped both. SXSW also allowed “secondary badge access,” meaning attendees could sometimes attend events outside their primary badge category if space was available.

This year the “Innovation” section focused on technology, and all three sections occurred concurrently. SXSW also removed secondary access, meaning only Platinum badge holders could cross conference sections.

The old Austin Convention Center has now been demolished, but the conference remains in the same general area, surrounding the flattened space. Hotels have become the main venues. The Fairmont, located between the former convention center site and the I-35 highway, became a central hub of the conference and hosted many of the larger events.

Emerging Tech Expo

One of the larger events at SXSW 2026 was the SXSW Emerging Tech Expo, held in the Manchester Ballroom on the 5th floor of the Fairmont Hotel.

The semi-futuristic but classical construction of the ballroom created a different atmosphere compared to the former convention center. Lighting was dimmer, with chandelier-style fixtures contrasting with the stark brightness of traditional expo halls. Overall, the room felt like a scaled-down version of previous years.

The event was open to the public on Wednesday, March 18th, so the relatively cozy space was occupied by badge holders as well as curious members of the public.

Many booths focused on AI-powered software solutions, ranging from generative facial technology for dubbing to AI-powered gun detection systems. Several SaaS companies also offered tote bags — a conference staple.

A Selection of Booths

Aina Tech

Aina demonstrated holographic and volumetric video technology at the SXSW Emerging Tech Expo

Aina is a company that claims to capture and deliver true holographic video that mirrors the real world. CEO Chaitanya Atluru explained that the company operates primarily as a software company, though it maintains a studio in Los Angeles as a research lab.

Clients record footage using multiple cameras, and Aina’s software builds volumetric video environments that can be explored in virtual space. The videos can be viewed on laptops, headsets, and other devices.

The key advantage is that once footage is captured, users can virtually direct the scene afterward by creating different camera angles, zooming, and moving through the space, effectively offering visual mobility within a recorded environment.

ChargerGoGo

ChargerGoGo charging station allows users to rent portable phone chargers in high-traffic locations

I spoke with Shawn Wen, co-founder at ChargerGoGo, to learn more about their small charging stations. He described them as “like a vending machine for a charger,” where users pay a small fee — typically $3 to $5 per hour — to charge their phones while they continue their activities.

These chargers are designed for locations with high foot traffic, including restaurants, bars, shopping centers, hospitals, stadiums, and universities.

While the concept is common across East Asia, including China, Japan, and South Korea, the challenge in the U.S. market has been localization, including compliance with regulations and integrating local payment systems such as Stripe.

Wen explained that his background in graphic design helped him understand user behavior and product design, emphasizing empathy and intuitive product features.

Namirsa Wellness

Namirsa Wellness displayed muscle recovery and performance devices at SXSW

Namirsa Wellness showcased massage chairs and muscle recovery devices focused on active recovery and performance. Their products include electronic stimulators, percussion devices, and foam rollers designed for muscle recovery and relief. Expo attendees could test the chairs directly at the booth, making it one of the more interactive displays.

DNA Hairtools

DNA Hairtools demonstrated styling tools with live demonstrations at SXSW

DNA Hairtools hosted live demonstrations with freelance stylists showcasing their styling tools. One of their highlighted products was the Air Styler, which uses extra-long titanium plates and infrared technology. The product demonstration showed how the tool could create loose curls that lasted throughout a long and windy day.

Free Professional Headshots – Precision Camera & Fujifilm

Precision Camera and Fujifilm offered free professional headshots at SXSW

Another high-interaction booth offered free professional headshots presented by Precision Camera & Video in partnership with Fujifilm. The booth included a full camera and lighting setup, providing high-quality professional photos with expert guidance. The service proved popular among attendees looking to update their LinkedIn profiles.

TooFar Media

Too far media creates “Immersive Storyworlds.” This combines Animation, Art, Books, Film and music.

MOD Bikes

MOD Bikes showcased electric bikes including a popular sidecar model at SXSW

MOD Bikes, an Austin-based company founded in 2017, displayed its electric bikes at the expo. According to the company’s marketing manager, their sidecar attachment is their best-selling product and ships globally, including to Europe, Korea, Australia, and Japan. The bike on display featured a stuffed dog in the sidecar, which attracted significant attention from attendees.

Conclusion

The SXSW Emerging Tech Expo offered a snapshot of where innovation is currently heading: practical applications of AI, hardware products designed for everyday use, and technology focused on improving real-world experiences rather than purely theoretical innovation.

From holographic video and charging infrastructure to recovery technology and electric mobility, the expo demonstrated that many emerging tech companies are focused on solving practical problems while improving user experience and accessibility.

Laura Kobylecky is a contributing writer to Tech Trends. She is particularly interested in new and emerging technology and culture. Connect with her on LinkedIn 

The post Exploring SXSW Emerging Tech appeared first on Tech Trends.

As businesses race to adopt AI, traditional hiring models are being challenged—opening the door to a more diverse and potentially more effective workforce.

A Different Kind of Competitive Advantage

As artificial intelligence continues to transform how businesses operate, a new conversation is emerging around talent—and who is best equipped to thrive in this rapidly changing environment.

According to Josh Hough, founder of home care software company CareLineLive, neurodiverse individuals may be particularly well suited to this shift.

Speaking during Neurodiversity Celebration Week, Hough highlighted that traits often associated with neurodiversity—such as pattern recognition, deep focus, and problem-solving—are becoming increasingly valuable in AI-driven workflows.

Josh Hough, founder of CareLineLive, advocates for the value of neurodiverse talent in the AI economy

Challenging Traditional Hiring Models

Hough argues that many organisations are still relying on outdated hiring frameworks.

“A lot of businesses still want people who tick every box. The reality is, people who think differently often solve problems differently.”

In an AI economy defined by constant change, adaptability and alternative thinking are becoming critical.

This marks a shift away from:

• Process-driven roles

• Standardised thinking

• Linear problem-solving

Toward a workforce that can:

• Interpret complex systems

• Identify patterns quickly

• Approach problems from new angles

Lived Experience Shapes Innovation

Hough’s perspective is shaped by his own experience.

Born with a rare muscle-weakening condition, he spent much of his early life in a wheelchair—an experience that required him to constantly adapt and rethink how to navigate everyday challenges.

“When you grow up having to do things differently, you don’t assume the standard way is the best way.”

That mindset, he says, has carried directly into how he builds and leads his company.

Building Technology Around Real-World Needs

Founded in 2014, CareLineLive develops software used by more than 700 home care providers globally, supporting over 25,000 carers.

The company focuses on improving how information flows across care systems—an area where inefficiencies can have real-world consequences.

“Too often, information doesn’t move between people in the way it should. That creates risk and wastes time.”

By prioritising clarity, communication, and accessibility, the platform reflects the same principles Hough advocates in workforce design.

Neurodiversity in an AI-Driven Workplace

As AI adoption accelerates, the nature of work is evolving.

Rather than replacing human capability, many AI systems:

• Require interpretation

• Depend on pattern recognition

• Benefit from non-linear thinking

These are areas where neurodiverse individuals may excel.

Hough believes businesses need to rethink how they define capability:

“Not everyone is going to fit a traditional mould—but that doesn’t mean they can’t be excellent at what they do.”

A Broader Shift in Workplace Thinking

The conversation around neurodiversity is moving beyond inclusion—and toward performance.

Forward-looking organisations are beginning to recognise that:

• Cognitive diversity can drive innovation

• Different thinking styles can improve outcomes

• Inclusion is not just ethical—it’s strategic

In the context of AI, this shift may become even more pronounced.

Conclusion

As the AI economy continues to evolve, so too must the way organisations think about talent.

Josh Hough’s perspective highlights a simple but powerful idea:

The future of work may belong to those who think differently.

And for businesses willing to adapt, that represents not a challenge—but a competitive advantage.

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