People-First Technology: Exploring Innovation That Serves People

For the next three months, we invite you to embark on a new six-episode journey to explore how technology serves people. Innovation matters most when it improves lives, protects what’s important, and solves real human challenges. We welcome back Georgia Lewis Anderson to host this second season and steer the discussions with industry experts on topics such as Biohacking & Human Enhancement, Smart Cities, Work-Tech Life Balance and Sustainable Technology.

Georgia Lewis Anderson

Georgia Lewis Anderson is a leading AI consultant and prompt engineering specialist. She is sought after to provide strategy for the industry’s biggest names, including Microsoft, Google, and most recently contributing to Meta’s groundbreaking large language model (LLM), Llama 3.

With a background in journalism and broadcasting, experience in shaping human-machine interactions, Georgia is uniquely positioned to translate complex technological concepts into actionable insights. A recognized thought leader, She is regularly invited to share her expertise on practical applications and the intersection of AI, human behavior, and marketing on global stages.

01

Mental Health & Technology

02

Sustainable Tech

Available from 24th Feb 2026

03

Neuro-Tech and Brain Interfaces

Available from 17th Mar 2026

04

Biohacking & Human Enhancement

Available from 7th Apr 2026

05

Work‑Tech Life Balance

Available from 28th Apr 2026

06

Smart Cities and Urban Tech

Available from 19th May 2026

Mental Health & Technology:Navigating the Digital Mind

Dr Jack Lewis

Dr Jack Lewis holds a first-class BSc in neuroscience from the University of Nottingham and earned his PhD at University College London in 2005 after pioneering work in audiovisual sensory integration. Since then, he has made it his mission to translate brain science into everyday life — authoring best-selling books, presenting major TV science series for BBC, Sky and Discovery, and delivering keynote talks to help individuals and organisations optimise cognitive performance.

In this episode you will learn about:

Your brain makes decisions seconds before you’re aware of them . In this video segment, Dr. Jack Lewis reveals how unconscious decision-making really works.

Your smartphone is sabotaging your performance.​ In this video segment, Dr. Jack Lewis breaks down the shocking science behind distraction, attention, and the multitasking myth.

Generative AI can boost your productivity - or quietly erode your ability to think. In this video segment, Dr. Jack Lewis reveals how over‑reliance on AI creates cognitive miserliness.

Virtual Reality isn’t just entertainment — it can train focus, deepen learning, and even reduce prejudice.​ In this video segment, Dr. Jack Lewis explains why Virtual Reality is a cognitive tool…

Sustainable Tech: Innovations for a Greener Planet

Fionn Ferreira

Fionn Ferreira is an award-winning scientist, inventor, and environmental activist from Ireland, dedicated to tackling plastic pollution. He developed an innovative method using magnetite powder to remove microplastics from water — a discovery that earned him the Google Science Fair Grand Prize. Since then, Fionn has collaborated with scientists and environmental organizations worldwide to scale his technology and promote sustainable innovation.

In this episode you will learn about:

Innovation doesn’t always start in a lab. Sometimes it begins on a coastline, with a LEGO‑framed device. This segment shows how a simple Arduino and Raspberry Pi setup used spectroscopy to reveal the invisible microplastics in local waters.

Breakthroughs don’t spread themselves. This video segment breaks down how non‑preachy content, practical tips, and a focused newsletter can build a genuine community around complex innovation.

Despair is easy; design is harder. This video segment reframes climate anxiety into focused agency—choose a niche, embrace play, and build momentum where you can be a world expert.

Artificial Intelligence is a research accelerator—not a replacement for originality. This video segment shows practical AI to shorten the path from idea to instrument.

Neuro-tech and brain interfaces

Professor Anil Seth

Professor Anil Seth is a neuroscientist and professor of Cognitive and Computational Neuroscience at the University of Sussex. He is best known for his research on the nature of consciousness and how the brain creates subjective experience. His TED talk, “Your brain hallucinates your conscious reality,” has been viewed millions of times worldwide. He is also the author of the bestselling book Being You: A New Science of Consciousness.

In this episode you will learn about:

What actually makes humans conscious — and are we really as unique as we think? Professor Anil Seth breaks down the link between humanity, nature, individuality and perception.

What if everything you see is your brain’s best guess? Professor Anil Seth breaks down the science of perception as “controlled hallucination.”

Are your decisions truly yours, or does the brain just make you feel that way? Anil Seth unpacks one of the hardest questions in neuroscience.

Brain‑computer interfaces are advancing faster than society can regulate them. Anil Seth explains the real capabilities — and the hidden risks.

Biohacking & Human Enhancement: Redefining Our Limits

Dr Julia Jones

Dr Julia Jones is a psychologist and neuroscientist with over 30 years of experience studying habits, behavior, and wellbeing. She combines science, biohacking, and practical strategies to improve mental and physical health, working with athletes, businesses, and artists. Julia is the author of the Health Trilogy, founder of Holidity, and creator of innovative wellness products and interactive programmes that make science accessible and actionable.

In this episode you will learn about:

Music isn’t background noise — it’s one of the fastest ways to influence how the brain feels, thinks, and performs. In this clip, sound is reframed as a direct input to the nervous system, capable of shifting stress, focus, confidence, and emotional state in real time.

Living longer is easy to measure — living well is not. This clip explains why modern medicine extended lifespan without extending healthspan, and why that gap leaves many people spending decades in preventable poor health.

If diet and exercise advice worked as promised, population health would be improving — not declining. This clip explains why habits fail at scale, revealing the neurological reason that consistency breaks down and why willpower was never the real issue.

Health apps generate more data than ever, yet behaviour change remains stubbornly low. This clip explains why people ignore digital nudges, why “smart” notifications fail, and why human accountability still outperforms even the best technology.

Work Tech life balance

Dr Anne-Laure Le Cunff

Anne-Laure Le Cunff is a neuroscientist, writer, and founder of Ness Labs, where she explores how curiosity and brain science can improve learning, creativity, and wellbeing. Formerly at Google, Anne-Laure blends scientific insight with practical tools for modern life. Her newsletter reaches over 120,000 readers, and her book Tiny Experiments promotes adaptive, experimental thinking. Her talks reveal how understanding the brain can help people and teams work and think more effectively.

In this episode you will learn about:

What happens when you stop trying to control everything? Modern success was built on control, certainty, and long‑term plans. But what if those instincts are now working against us?

Goals are overrated. Experiments work better. Most people think change requires bold moves and perfect plans. In reality, progress starts with experiments so small they feel almost trivial.

Most organisations track outputs. Very few track how work actually feels. This clip introduces metacognition: a practical system for combining emotional signals with measurable outcomes to make better choices.

Burnout isn’t a discipline problem. It’s a systems problem. This clip explains why adding more tools and habits increases overload — and how tiny environmental experiments restore focus and energy.

Smart Cities and Urban Tech: Designing the Future Metropolis ​

Professor Carlo Ratti

Professor Carlo Ratti is an architect, engineer, inventor, and professor at MIT, where he directs the Senseable City Lab. His work explores how digital technologies transform the way we design, build, and live in cities. He has led pioneering projects blending architecture, data, and urban innovation. Carlo’s ideas have been exhibited worldwide, including at the Venice Biennale and MoMA. He is consistently listed among the most influential thinkers in design and technology.

In this episode you will learn about:

Venice was becoming uninhabitable due to rising water levels and climate instability. This conversation breaks down how data, sensing technology, and cyber‑physical systems are now reshaping how cities survive climate change.

Smart cities rely on data — but where is the line between insight and intrusion? This clip unpacks how urban data can be used responsibly without creating surveillance cities.

Cities are changing us. People move faster, interact less, and spend less time together in public spaces. AI analysis of decades‑old footage reveals what has changed — and why it matters.

Data empowers cities. When cities make data public, citizens gain the power to act. This clip shows how open data transforms urban decision‑making.

Our Top Tech Voices series is available on:

Youtube
Spotify
Instagram
Linkedln
Facebook
Twitter

DISCOVER OUR TOP TECH MANUFACTURERS

Together with our top manufacturers, we have prepared special offers for each episode

DISCOVER TOP PRODUCTS

01

02

Available from 24th Feb 2026

03

Available from 17th Mar 2026

04

Available from 7th Apr 2026

05

Available from 28th Apr 2026

06

Available from 19th May 2026

LT8648S

LT8648S

DC-DC Switching Synchronous Buck Regulator

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Transform Test Systems

Transform Test Systems with NI’s Open, Flexible Platform

NI PXI Platform: Flexible and Scalable

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TOPSwitch-JX

TOPSwitch-JX

Integrated Off-Line Switcher with EcoSmart Technology

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Wi-Fi 6E/Bluetooth®

Wi-Fi 6E/Bluetooth® Combo Module Type 2FY

Small and high performance module based on Infineon CYW55513 combo chipset

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NPM2100-EK

NPM2100-EK

Evaluation Board, nPM2100, Power Management IC (PMIC)

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WE-BMS Transformer

WE-BMS Transformer

Transformer for Battery Management Systems with Integrated Common Mode Choke

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LTM4650-1

LTM4650-1

Dual 25A or Single 50A µModule Regulator with 0.8% DC and 3% Transient Accuracy

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Serial NOR Flash Memory

Serial NOR Flash Memory

2Gb, 3V Multiple I/O Serial Flash Memory, 4KB, 32KB, 64KB Sector Erase

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LTM4650-1

Transform Test Systems with NI’s Open, Flexible Platform

NI DAQ: Quality When Performance Counts

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LTM4650-1

Microcontroller: i.MX RT Series

Industry’s first crossover processor featuring the Arm Cortex-M7 core

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TinySwitch-5

TinySwitch-5

Integrated Off-Line Switcher with EcoSmart Technology, flyback architecture

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MYBSP Series

MYBSP Series

Isolated, regulated, DC-DC convertor for PoE+ PD

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NPM1300-EK

NPM1304-EK

Evaluation Kit, nPM1304, Battery Management System, Power Management

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AES-ACC-KRIA-HSINK

WSEN-HIDS Humidity Sensor

Humidity Sensor with integrated Temperature Sensor & EV-Kits

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AES-ACC-KRIA-HSINK

AES-ACC-KRIA-HSINK

Heat Sink, AMD-Xilinx Kria K26 System-On-Module

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LTM4719

LTM4719

42V dual input, 150mA synchronous buck power µModule® regulator

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S32K3 automotive MCUs

Microcontroller: Kinetis® K Series

High-Performance Microcontrollers (MCUs) Based on Arm® Cortex®-M4 Core

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TinySwitch-5

LinkSwitch-TN2

Highly Energy Efficient Off-line Switcher IC

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Pyroelectric Infrared Sensor (SMD, Digital)

Pyroelectric Infrared Sensor (SMD, Digital)

Reflowable and digital output (I²C) pyroelectric infrared sensors

Learn more
NPM1304-EK

NPM1304-EK

Evaluation Board, nPM1304, Highly Efficient Power Management IC, 5.5V

Learn more
WE-BMS Transformer

WS-TASV SMT Tact Switches

Tact Switches characterized by performance stability and long lifetime

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ADIN1100

ADIN1100

Low power, single port, 10BASE-T1L transceiver for industrial Ethernet applications

Learn more
LTM4650-1

Transform Test Systems with NI’s Open, Flexible Platform

S: NI PXI Platform: Flexible and Scalable

Learn more
TinySwitch-5

TinySwitch-5

Integrated Off-Line Switcher with EcoSmart Technology, flyback architecture

Learn more
Wi-Fi 6E/Bluetooth®

Wi-Fi 6E/Bluetooth® Combo Module Type 2FY

Small and high performance module based on Infineon CYW55513 combo chipset

Learn more
NPM2100-EK

NPM2100-EK

Evaluation Board, nPM2100, Power Management IC (PMIC)

Learn more
WE-BMS Transformer

WE-BMS Transformer

Transformer for Battery Management Systems with Integrated Common Mode Choke

Learn more
ADIN1101

ADIN1101

Low power, single port, 10BASE-T1L transceiver for industrial Ethernet applications

Learn more
LPDDR5

LPDDR5

SDRAM to address next-generation memory requirements for AI and 5G

Learn more
InnoSwitch3-EP

InnoSwitch3-EP

Off-Line CV/CC QR Flyback Switcher IC with Integrated Primary-Side Switch

Learn more
MYBSP Series

MYBSP Series

Isolated, regulated, DC-DC convertor for PoE+ PD

Learn more
NPM2100-EK

NPM1300-EK

Evaluation Kit, nPM1300, Battery Management System, Power Management

Learn more
WSEN-HIDS Humidity Sensor

WSEN-HIDS Humidity Sensor

Humidity Sensor with integrated Temperature Sensor & EV-Kits

Learn more
ADIN1111

ADIN1111

Ulta low power, single port, 10BASE-T1L transceiver for industrial Ethernet applications

Learn more
S32K3 automotive MCUs

DDR5 modules

Next-generation DRAM memory modules transforming data into insight

Learn more
LTM4650-1

Transform Test Systems with NI’s Open, Flexible Platform

NI DAQ: Quality When Performance Counts

Learn more
TinySwitch-5

LinkSwitch-TN2

Highly Energy Efficient Off-line Switcher IC

Learn more
Pyroelectric Infrared Sensor (SMD, Digital)

Pyroelectric Infrared Sensor (SMD, Digital)

Reflowable and digital output (I²C) pyroelectric infrared sensors

Learn more
NPM1304-EK

NPM1304-EK

Evaluation Board, nPM1304, Highly Efficient Power Management IC, 5.5V

Learn more
WE-BMS Transformer

WS-TASV SMT Tact Switches

Tact Switches characterized by performance stability and long lifetime

Learn more