Nauto, a startup in the automotive industry that’s building a system to help make driving safer and smarter, approached IDEO to collaborate on the design of their latest device. It includes a proprietary dual-camera system that can be directly installed in just about any vehicle to enable safety features. Through real-time data analysis, high-definition recording, and LTE connectivity, Nauto’s device records and analyzes activity inside and outside the car, and automatically uploads information to a smart cloud.

The device can detect if drivers are distracted based on their eye and head movements, risky maneuvers such as tailgating or swerving, and dangerous environmental conditions such as unexpected obstacles. In these scenarios, the product alerts the driver through audio feedback inside the vehicle.

Over time, the data collected by Nauto reveals bigger insights and trends in driving behavior, ranging from causes of collisions to patterns in driver distraction. These insights are stored in a secure cloud platform and made accessible to both drivers and fleet managers. Drivers can benefit from Nauto’s VERA score—personalized feedback based on their driving performance—and fleet managers can gain access to a complete picture of how each of their drivers are performing across locations. Through these data-driven insights, Nauto gives drivers and fleet managers the tools to stay safe on the road.

To help launch Nauto’s device, IDEO prototyped several iterations of the product’s housing, cabling, and ergonomics, resulting in a clean aesthetic and an easy installation process for users. The engineering team also prioritized materials that would protect against extreme temperatures and sunlight exposure. Most importantly, IDEO helped design a camera device that can be seamlessly integrated into almost any model of any vehicle, greatly expanding its potential in the market.

Nauto’s latest system began rolling out to commercial fleets and strategic OEM and Insurance partners in late 2016.

Photos by Nauto.

Most people are used to watching their favorite shows whenever and wherever they want these days. But 10 years ago, that wasn’t the case. Far ahead of the curve, HBO realized the potential for carving out its own audience, and created one of the first original on-demand offerings that allowed viewers to cut the cord from cable and satellite providers. HBO came to IDEO for help in navigating the future of its audience experience that would be distinguished from cable, and would put full control in the hands of the viewer.

With special emphasis on HBO’s Video On Demand offering, IDEO began early-phase research to explore people’s experience with the media brand and found that it centered largely on the viewing of HBO shows, the most critical part of the media experience. But other important media-related activities—learning about new shows, planning to watch new shows, creating the right viewing environment, saving and sharing viewing experiences—were either underserved or controlled by HBO’s cable and satellite partners. IDEO concluded that HBO’s challenge would be to develop a media service that holistically addressed the media consumer’s entire journey and allowed subscribers to experience HBO wherever and whenever they wanted.

To demonstrate the value of the entire media consumption journey, IDEO created a comprehensive product development and user experience vision. This vision was delivered in the form of an immersive environment, built on-site at HBO, which conveyed key customer values and behaviors and presented a roadmap for building the appropriate products and services. Included in this roadmap were future scenarios and tools that invited prototyping and exploration.

"The collaboration was foundational for us, serving as our guidepost for creating more personalized on-demand and online viewer experiences. This early work influenced what would become our streaming presence—from categorization to how the products rolled out—and ultimately led us to design the next generation of user-inspired products for a more highly engaged audience," said Bernadette Aulestia, Executive Vice President of Global Distribution at HBO.

In the 10 years since the original collaboration with IDEO, HBO has pioneered the path forward for media brands by setting the standard for a world-class array of content and accompanying viewer experience model.

While the designs of most cutting tools have evolved significantly over the years, multi-tools have remained largely the same. Recognizing this gap, SOG, an established leader in the specialty knife industry, collaborated with IDEO to identify new opportunities for innovation in the multi-tool space. The teams specifically aimed to expand SOG’s offerings into a more general lifestyle category and position them as adaptable tools for people’s everyday needs.

IDEO's research and industrial design work resulted in a family of four new multi-tools known as Baton. A sleek, black, minimal design ties together the complete set of tools, whose features vary to include bottle-openers, flashlights, scissors, pens, and pliers.

Each multi-tool’s range of capabilities, combined with its slim, compact structure that looks like a pen, makes it a travel-friendly companion for the office or the great outdoors. And its intuitive design makes it easy to use for anyone, regardless of their experience with multi-tools.

SOG’s new family of multi-tools launched in January 2017.

Every year, millions of students attend career colleges with hopes of landing jobs after graduation, but many end up unemployed and in debt, evidence of a significant disconnect between the goals of the students, educators, and institutions. Administrators are tasked with getting students in the door, but not getting them to graduation and students are focused on getting a degree to secure their future employment, while employers are looking for graduates who have professional skills beyond their new degrees.

In an effort to change this failing model, the ECMC Foundation engaged IDEO to help design a radical new vision for the future of career colleges. IDEO and the ECMC Foundation sought to develop a vision that could be used as a benchmark for the sector, showcasing a student-centered educational experience with a business model that aligns students, employers, and institutions as partners in advancement.

At the heart of the student experience is extended support along the learning journey, from path-finding and job placement to ongoing career support for alumni, helping students mindfully navigate their education from matriculation through employment.

A key insight on the employer side was the need to prioritize the parallel development of students’ soft skills—like collaboration and communication styles—and hard skills, ensuring graduates are not only properly trained in the unique skills of their chosen career path, but also prepared to adapt to professional environments.

Institutional accountability became a core factor in the vision, directly linking the college system’s success to the student experience: as job placement improves, so do the school’s earnings and future enrollment rates. The final result is a student-centered educational experience and business model that aligns students and schools as true partners in a better life.

Key elements of IDEO’s recommendations are being implemented as pilot projects at Zenith Education Group—a nonprofit provider of career school training, funded by the ECMC Foundation.

Many students have the motivation to pursue higher education, but are dealing with external pressures and realities that make completion challenging.

Zimbabwe-born Natsai studied architecture at Edinburgh University, then at Central St. Martin’s Material Futures course. There she learned about synthetic biology, and met Dr. John Ward, a professor from UCL’s microbial molecular biology lab. He became a supporter of her scarf project, called Fold.

Natsai is at the forefront of an emerging field, biodesign, that aims to tackle the climate change problems caused by textiles and farming. Fueled by advances like the gene editing technique CRISPR, which is making designing with DNA simpler and cheaper, scientists and designers are looking to harnessing nature itself to ‘biofacture’ everything from leather, to meat, to medicine.

Companies like Bolt Threads are spinning synthetic spider silk, while Modern Meadow is growing meat in labs. Meanwhile Autodesk is creating design tools for the field—think AutoCAD for DNA.

Natsai joined IDEO’s London studio as part of our two week-long Fortnight residency, collaborated with the community here, and shared the resulting scarves. As part of her final presentation, she brought to life the potential of biodesign with a series of five tweets. Here, she explains the speculative future they’re framed in. It is a future in which synthetic biology is shaping brands, products, businesses, and people’s behavior.

Future Craft

“Hyper-specialized hybrid technologies signal the rise of the niche maker. #DIYbio #biomakerspace”

Natsai: I’m really interested in the dialogue between craft and technology. This tweet depicts my own reality: my craft is so specialized that I have to design the tools to create it, and I also have had to learn how to maintain the life that co-creates it, without any precedents to learn from. Imagine a world where our materials are alive or derived from living systems. Every maker will intimately know the biochemistry of their chosen species, and will find new ways of transforming those organisms’ behaviors into truly unique products and processes. We’ll be using other living systems and even amalgamating layers of digital technology to biofabricate.

Service Design

“Who owns your wardrobe? #panasonic4nike”

Natsai: I had a conversation with a colleague about how one might go about democratizing the production of ‘bio-factured’ products. At the time I was thinking about how to streamline the process for scaling up this technology, but he challenged me to think about new models of distribution that tap into DIY culture. Ultimately, his question was: if you can grow your own textiles, then who owns your wardrobe? The hashtag #Panasonic4Nike points towards a future that sees unlikely stakeholders coming together to offer true innovations in designing the products we use, as well as the services and hardware that enable us to do this in a personalized way.

Convergence

“Digitized biology has democratized the creation of complex biological consumer products. #autodesk #synbio #AI #IOT”

Natsai: I understand that not only do I work with a pigment-producing bacteria, but that medium is also a biological sensor. Producing pigment signals a crucial stage in the bacteria’s life cycle. This made me ask: how could we harness living sensors and build them into our everyday environments? The notion of technology convergence is definitely something I see happening further into the future. Wearable technology, household electronics and the Internet of Things, in my view, will expand and come together to create mutually-beneficial ecosystems of bacteria and digital technology.

Metabolic Materiality

“Biofacturing process & biological characteristics of an organism now define a brand’s identity and its business model. #bottomupprimacy #IP”

Working in a fashion context, I am hyper aware of how a brand’s identity communicates. The product itself needs to hold true to the values of the brand. This is the part that gets tricky working with a living technology: at some point I relinquish control to my bacterial colonies to finish the garments—conceptually speaking, I provide the structural parameters. The lack of control is a challenge and an opportunity to design interventions that end up in line with the brand identity. Creativity therefore becomes crucial, to push the aesthetics and craft processes in the development of each garment. Although it’s true of any industry, fashion is a particularly interesting space to consider a business model based on that uniqueness. Even before we think about synthetic biology as a way of manufacturing, designers can and should push innovation beyond a simple “genetically-modified organism 1 fixes problem A.”

Beyond Monoculture

“Happy Kombucha shares rally as merger with Kvadrat announced. #symbioticventures #closedloopsystem”

This really looks at future business models and ecosystems of information and skill exchange. Happy Kombucha actually exists and it’s my go-to for food and beverage bacterial cultures in the UK. They mainly sell starters and toolkits for brewing your own kombucha, kefir water and kefir milk. This tweet is a little tongue-in-cheek: it imagines that their business strategy has evolved to sell the SCOBYs (the symbiotic colony of bacteria and yeast that ferments tea, to make kombucha) as fabrics, leading to a merger with major textile manufacturing brand Kvadrat. It also speaks of the current and future reality of the trade of living organisms.

IDEO Fortnight with Natsai Audrey Chieza from Alexandra Whiting on Vimeo.

Vivid pinks, blues, greens and yellows form beautiful, organic abstract shapes on Natsai Audrey’s delicate silk scarves. But they’re not drawn by her, or silkscreened in a print studio. Instead, the shapes are the life and death of streptomyces bacteria writ colorful on silk, folded into a petri dish, in a lab.

Being a design researcher, I’m constantly conducting real-world research on a subject area or problem. Researchers travel widely, and spend weeks interviewing, observing, shadowing, and prototyping. But even when a trip seems full of scheduled activities, there should always be room for opportunistic inspiration. Because that is the thing I value the most.

I am an inspiration hunter. When I see 45-minutes of travel time between interviews, what I actually see a window of opportunity for a real-world experience. As well as naked scrubbing, on recent research trips, I’ve subjected my teammates and myself to:

• Screaming like rabid fans to appear on a game show in Los Angeles.
• Having our fortunes told by psychics in Hong Kong.
• A workout class only described to us as “cathartic” and a “nonstop endorphin surge” in New York.
• Getting too close to the ring at a lucha libre match in Mexico City.

So how exactly can one justify this as inspiration? Well, it depends on your definition of inspiration. I like to see design inspiration as something that lives in the intersection of three things: Satisfying a curiosity, Defying the expected, and Touching an emotion.

1. Satisfying a Curiosity:

How many times have you thought to yourself, I should take that Cantonese / personal finance / fermentation course in my free time? When you’re working a design project, you’re often looking to help others adopt a new behavior or learn a new skill. You can empathize with that experience by doing something yourself that gets you outside your comfort zone.

The Class, aka scream-cardio.

2. Defying the Expected:

Of course we should be inspired by new approaches, that’s what we’re here to design. But finding people or things that truly disrupt your equilibrium can positively influence a project in all sorts of unexpected ways.

3. Touching an Emotion:

Seek places, people, and experiences that bring out a real human emotion that you want to design for. Then surround yourself with what you find, as not to lose it. You might end up with entire mood boards or inspiration shelves from your trip, labeled “joy” and “empathy”. Keeping these artifacts in your workspace will let you feel what you first did.

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On a recent research trip in Asia, I found myself naked in a spa, being vigorously scrubbed by an elderly Korean lady. She removed whole layers of my epidermis, all the while grunting in disapproval. The experience was agonizing but also completely amazing.

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Now, two years later, we’re pushing the limits of our skills by building the project’s next iteration: Shrumen Lumen. This time around, we’re skipping flowers in favor of 12 to 18 foot-tall kinetic mushrooms. Thanks to a totally different geometry, this project is a lot harder to build. But with hard work from an enthusiastic team of volunteers and help from a Burning Man Arts grant and our Kickstarter campaign, the Shrumen Lumen will soon be ready for the Playa. Here is how we’re making it happen.

The vision

To kick off the design process, we looked back at what made Blumen Lumen work so well. Several principles stood out.

1. The flowers had a minimal footprint on the ground but created a huge interactive space.
2. The grouping of flowers was beautiful from afar, but people could also interact with a single flower.
3. The structure was scalable. We were able to build one prototype quickly to figure everything out, then mass-produce as many as we could afford, both in terms of time and money.
4. The flowers were quick to install, and packed up neatly in a shipping container.
5. Mechanical interaction made the flowers interesting during the day, while lights added a new element at night.

We folded a lot of those takeaways into the design, sketching out a garden of five mushrooms that are big enough to provide shade during the day, and can also change shape and light up at night. Just like the flowers, we wanted people to be able to interact with individual mushrooms, but also wanted to add an interaction point that controls all the mushrooms together.

Origami at scale

The geometry of the mushrooms is based on the folding pattern of an origami magic ball. The beauty of that structure is its ability to expand and contract; the challenge is that it’s much harder to control, and, as we found out later, much harder to fold at scale.

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We jumped straight into prototyping, and planned to use the same method we had used to build the flowers: Route the patterns in corrugated plastic, fold them so that they would “memorize” the fold lines, unfold them, then weld them together. But while each flower was made of only two 10 by five foot pieces, the mushroom heads were made of 12. We’d also never worked with this origami pattern at this scale.

Unfortunately, this fold pattern was much trickier. It took a team of eight people a full hour to fold the first three-piece sheet. The plastic also cracked in several places. To make the process easier, we changed the orientation of the corrugation by 90 degrees, and asked the router shop to make shallower cuts into the plastic. The new the fold lines made the pieces much stronger, and we actually managed to fold an entire sheet of 12 pieces (though it did take 10 people).

Setting the Shrumens in motion

To make the mushroom heads contract and expand, we needed to build a solid mechanical structure, kind of like an umbrella, that would connect the folded plastic to an actuator. We experimented with a 1:12 paper scale model to figure out where to attach the actuator, and prototyped the speed of the movement. Since there will be significant stress on this structure, all the parts had to be machined. We were extremely lucky to have Jim Feuhrer (and his five decades of experience in building) to help us create them.

Building a safe structure

Last time around, when the wind came up on the Playa, we could just close the blooms to prevent the flowers from tipping over. It’s much harder to make the Shrumens more aerodynamic, so they had to be carefully engineered to withstand 60-plus mile per hour winds. To hold the origami structure in place, we mounted 1 1/4 inch aluminum tubes around two aluminum hubs. One of the hubs is mounted to the top of the actuator and can move up and down, while the other one is mounted to the stem.

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The entire head assembly slides into a 6-inch, thin-walled steel tube that is mounted onto a 3.5-inch-thick wall pipe. Luckily, with some minor modifications and reinforcements, we were able to recycle the base we used for the flowers to anchor the system.

Designing the digital interaction

Not only are we installing 1560 LED lights in each mushroom, we are also designing ways for visitors to interact with the mushrooms. By standing on certain pads, burners can change the color and movement of the Shrumens. Each pad can also measure weight, so, for example, if two people hop on a certain pad, more of the structure will turn red.

To make this work, we are using a network of Raspberry Pis in each stem. Powered by 12 volt batteries, the minicomputers control both light and movement. Each of the 1560 LEDs in the stem and cap are independently addressable, and the chip in each LED only uses one pin for data input and output, so they must be controlled with precise timing. The team chose to use a Pixel Pusher microcontroller because of its power (it can control 4000 LEDs) and built-in libraries. Processing, running on the Raspberry Pi, pushes color combinations and scenes. The Raspberry Pi also monitors the load cells, which are placed in those lighted platforms at the base of the mushroom. When visitors step on, these load cells can trigger the mushrooms to change shape or color.

The team

Of all the projects I’ve worked on, this one required the most manpower (by far). Thanks to 40-some weekend warriors—a mix of highly specialized experts and enthusiasts who picked up new skills like soldering, metal cutting, or drilling—Shrumen Lumen is about to happen. It has turned into a highly sophisticated installation, and I can’t wait to see it in the desert.

Special thanks to everyone who helped bring Shrumen Lumen to life: Ali Hasanbeigi, Anthony Wainman, Angie Kim, Annette Diefenthaler, Blake Durtsche, Bomani McClendon, Britta Durtsche, Dali Yu, Dave Sumberg, David Brody, David Good, Diem Ho, Gabrielle Fulco, George Joseph, Gilles Roux, Gina Romero, Hannah Williams, Henry Hsiung, Janko Potezica, Jazz Tigan, Jesse Silver (production lead), Jessica Pastor, Jim Feuhrer, Jimmy Chion, Joerg Student, Justin Chang, Kalan Kircher (digital lead), Lauren Fundora, Leo Marzolf, Nathalie Collins (digital co-lead), Nicholas Leverone, Nivi Ramesh, Olivier Notteghem, Peter Bronk, Rachel Frey, Remy Pieron, Sam Starr, Steve Moore, Victoria Cao

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Two years ago, I worked with a team of IDEOers and IDEO alumni to create an interactive art installation for Burning Man that we dubbed Blumen Lumen. Drawing inspiration from a foldable yurt I’d made for the art festival a few years before, we built massive, kinetic origami flowers that responded to their environment by changing color and opening and closing.

1. To create a happy group atmosphere… Hello & High Five

Everyone walks around the room in random directions. At intervals, the facilitator instructs them to interact with a person they are passing. At first, the instructions are to say, "Hello." Then, it’s a high five. And finally, it's a compliment about some aspect of their appearance. Even though you know it’s an exercise, it’s impossible to receive greetings and compliments and not feel a little better about life.

2. To get people into an agreement mindset… Yes, Let’s!

Stand in a circle. Someone suggests an activity by saying, “Let’s,” followed by a verb. For example, “Let’s ski!”

Everyone else loudly agrees together: “Yes! Let’s ski!”

Then, everyone mimes that activity, until someone else suggests a new activity. After a few minutes of this, it's much easier to hear ideas from other people and greet them with encouragement and agreement.

3. To stretch capacity for attention and focus… Red Ball

Stand in a circle. (Have you noticed that improv involves a lot of standing in circles?) Pick someone in the group, look them in the eye, say, “Red ball,” and mime tossing them the ball. They say, “Thank you, red ball,” to acknowledge receipt and then throw it to someone else. Once the group has the hang of this, you can add a green ball and blue ball. To make things interesting, these balls can be different sizes and weights. (They could even be a feral cat or a baby.) Pretty soon, the group will be highly alert to one another and focused on cooperating on the task at hand.

4. To free people of their inner censor… Ba Da Da

Everyone in the circle claps to create a beat. The first player says a word to the person next to them. They respond with whatever comes into their head. The entire circle then says both words and then adds, "Ba Da Da” (pronounced in the same rhythm as “potato”). For example, first person: “Crazy.” Second person: “In love.” Everyone: “Crazy in love, ba da da.” Then the second person starts everything again by saying a word to the next person in the circle. By doing everything to a rhythm, people are forced to respond in the moment and not overthink their choices.

5. To get everyone making eye contact and collaborating… Pass the Clap

Look into the eyes of the person next to you and without using words, coordinate so that you both clap together. That person then turns to the next person and does the same. Pretty soon, you’ll have a rhythm going and a clap will move quickly around the circle. See how fast you can go without losing rhythm. If you want to add some challenge, create multiple claps moving simultaneously in different directions around the circle.

Illustrations by Yoshi Yoshitani.

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More and more designers are using improv games in order to get groups in the mood to collaborate. There are many of these games, taught at places like Second City and Upright Citizens Brigade. We picked five simple favorites.

I help organizations cut through complexity by shaping how they show up, through brand strategy, identity, and storytelling.

Working at the intersection of brand and business, I bring an editorial eye and a bias toward making—turning ideas into tangible experiences that people can understand, trust, and believe in.

My work spans government, healthcare, financial services, media, and consumer goods, from launching Gen Z-focused ventures to building innovation labs and reimagining legacy brands. I relish moments of ambiguity and enjoy translating across teams, perspectives, and priorities to move ideas forward.

I started my career in editorial and digital design, shaping cross-platform experiences and identity systems in publishing and agency environments. That foundation still shapes how I work today: I’m detail-oriented, collaborative, and overreliant on the Oxford comma. I hold a BFA in Visual Communication from the School of the Art Institute of Chicago.

For 25 years, I've asked the same question: Who does this design exclude—and what are we going to do about it?

My work spans human-centered strategy, inclusive design, and qualitative research, with clients ranging from Microsoft, Google, and Verizon to the National Science Foundation, and San Francisco Unified School District.

Before IDEO, I taught elementary school in East Palo Alto and spent a decade doing design work with social service organizations—where I learned firsthand what it costs people when systems are built without them in mind.

I am currently writing User Error, a nonfiction book about digital access and the design decisions behind it. I live in Oakland, California.

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My expertise spans brand, communication, and product design across tech, education, the arts, and social impact.

I believe great work demands both high-level vision and obsessive attention to detail, and only happens through collaboration.

I bring an inclusive, hands-on approach and a deep understanding of business, which enables me to consistently deliver excellence while always asking why.

Before joining IDEO, I worked at the brand firms Pentagram and VSA Partners. I began my career as a designer, leading teams at the School of the Art Institute of Chicago and the Milwaukee Art Museum. I hold an MFA in graphic design from Maryland Institute College of Art and a BFA in communication design from the Milwaukee Institute of Art & Design, and have taught at some of the best design schools in the US.

I am responsible for IDEO’s long-term success in China and working with clients to use design as a tool to enable growth. Specifically, I have helped Chinese companies design holistic brand solutions through the development of their products, communication, services, and innovation teams, and I have helped multinationals expand their presence and influence in China.

I advise global leaders on developing China-led innovation and capabilities.

In over 15 years in IDEO Shanghai, I have worked on projects that use design to elevate the quality of the experience of healthcare products and services, streamline processes that increase productivity, create spaces and programs that promote and enable inclusive communities, and build next generation mobility solutions that are planet-positive.

Before joining IDEO, I worked at Philips Electronics and the Electrolux Group in Italy, the Netherlands, and Singapore on a number of breakthrough commercial products. I am a member of the Young President Organization in Shanghai.