When I reach out to the self-proclaimed “open source baddie” CC for an interview, I’m pretty sure she’s emailing me back from a pink mermaid purse.
“I’m just having so much fun,” she tells me about her seashell cyberdeck. “It’s a Tamagotchi. It’s also an e-reader. It’s networked to my vault and my servers, so it has access to all of my server data, which has all my PDFs, and books, and notes, and everything… It’s also connected to my local AI setup at home.”
CC has no background in software engineering or computer science, but she’s gotten good enough at building unconventional cyberdecks — small DIY computers — that she documents the process on her blog Bimbo Tech so that other women can follow her lead, even if they don’t yet know what RAM is.
The idea of the cyberdeck originated in William Gibson’s 1984 sci-fi novel “Neuromancer,” and when credit card-sized computers like the Raspberry Pi came on the market in the 2010s, hardware enthusiasts began building and sharing their own cyberdecks in niche online communities. But over the last few months, these communities have exploded in popularity thanks to women on social media who are teaching each other to build artistic, hyper-feminine computers by documenting their building processes.
“I have a running joke that there’s this underlying misogyny in tech — because whenever they release a pro model, or an elite model… I’m always like, let me guess, it’s black or silver,” CC said. “It’s never going to come in pink.”
The process of customizing and designing a cyberdeck has become an art form in itself. On Instagram and TikTok, you can find a cyberdeck made of wood and moss that runs Game Boy Color games; a desert-inspired MP3 player built inside a 3D-printed fossil; a Barbie dollhouse that opens up to reveal a functional mini-computer; or a duck figurine that can be used to record voice notes.
CC’s cyberdeck during the building processImage Credits:CC / Bimbo Tech
“I don’t want Meta AI glasses. I want to pirate books in a tiny embellished shell,” said the creator Sarahbelle Kim on TikTok. “No one can surveil you there. You can get some basic parts at the thrift store or eBay and just customize it.”
There’s obviously an aesthetic motivation to the rise of girly cyberdecks — why not use a Hello Kitty purse to check your email? It’s fun for the sake of fun. But the women building these over-the-top, bedazzled cyberdecks aren’t in it for the glitter alone. This trend is reaching its peak at a time when people feel powerless against the omnipresent homogeneity of big tech.
“I think that’s such a refreshing thing for people who were sold these devices that are like Apple’s… If you try to jailbreak it, if you try to do anything to this phone that you paid $1,000 for, that you own, it’s out of warranty,” CC said. “So I just love seeing people taking the power back into their hands, taking the control back into their hands, which obviously always means creativity when people are given the means to go outside of the black box.”
Maro Vardanyan doesn’t work with hardware as a blockchain developer, but she’s always enjoyed collecting and tinkering with old computer parts.
“A few months ago, I just started as a hobby making art and jewelry pieces and purses with recycled or upcycled old computers I had,” she said. “When I saw everyone doing cyberdecks, I was like, wait, why am I just doing recycled and upcycled ones when I can actually preserve the pieces on something that’s wearable, that’s movable?”
Image Credits:Maro Vardanyan
Vardanyan has taken a different approach to building cyberdecks, opting instead to emphasize the historic relationship between fiber art and technology. Vardanyan refers to her work as “crocheting with computers” or “macrame motherboards,” deliberately nodding to the role of weaving — a practice often viewed as domestic, women’s labor — in the history of early computing.
Before silicon processors, some early computers ran on magnetic-core memory, made up of copper wiring that was precisely threaded to encode the 1s and 0s of binary code. In order for NASA to build the Apollo Guidance Computer, for example, expert women textile workers were tasked with meticulously weaving wires in painstakingly complex patterns, which powered the spacecraft that landed the first man on the moon.
Image Credits:Maro Vardanyan
“The original processor was handwoven by seamstresses, not by engineers or anybody else,” she said. “I feel like the hand weaving, and even the fashion-meets-technology… It’s so full circle.”
Vardanyan started weaving pink Raspberry Pis to make purses and corsets, then posted photos of her works-in-progress on X.
“Of course, when the macrame went viral, all of the men are like, ‘This is such a waste of the Raspberry Pi,’ … or, ‘what about the rain?’” she said. “And then I have to be like, ‘Actually, it’s preserved in an acrylic shell.’ And then they’re like, ‘This is so performative, and the GPIO is gonna lose energy!’ And I’m like, ‘Actually, I’m using a conductive thread, so it actually will move and be fully functioning.’”
grass cyberdeck (allat to play pokemon yellow 🥀). thoughts ↓ cyberdecks were never about making the “best” computer. they came out of Neuromancer (yes, i wrote my senior essay on it) as messy, personal machines. now it’s a whole maker subculture, but the core’s the same: control + identity + a quiet resistance to how polished tech has become. this one’s a grass cyberdeck, wood + moss + exposed parts. something that feels a little alive, a little off. built on a Raspberry Pi, nothing fancy. honestly a simple build, just wanted to show how easy it is to make something like this in your bedroom (i post my pc a lot, but this is just as cool). it’s not trying to compete with a GeForce RTX 4090 or be practical. it’s more about rejecting the “black box” (our everyday sealed, untouchable devices) and leaning into radical ownership, something you can open, understand, and actually call yours. more optimization soon 🙂 #cyberdeck#pokemonyellow#reelsinstagram#hardware
CC has also encountered condescending men on the internet who balk at the idea that someone would use a Raspberry Pi on something as frivolous as a seashell purse computer during a RAM shortage.
“This guy on Reddit was like, ‘You built your first computer a month ago, calm the f— down.’ Mind you, I’ve been building PCs for years,” CC said. “So, long story short, he ends up apologizing and buying me the circuit board for my next cyberdeck.”
From CC’s mermaid purse computer to Vardanyan’s Raspberry Pi corset, these cyberdecks are a direct rejection of Silicon Valley culture, and not just in their egregious embrace of the color pink. They’re impractical and inefficient on purpose, which seems sacrilegious in a culture so obsessed with optimization that unregulated Chinese peptide injections are trendy. It’s a radical act to opt for hacky, DIY tech experiences in order to forge a closer relationship with the devices that feel so abstract despite their ubiquity.
“Ten years ago, I would walk into a conference, there would be three girls, and people would literally just be like, ‘Were you hired for the marketing team?’” Vardanyan said. “I can’t even tell you how amazing it is seeing so many girls all over my social media and Instagram being into hardware, being into software, and then educating [each other], and that’s definitely the energy that we’re missing on every level in society.”
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The leadership of the Nigerian Insurers Association (NIA), led by its Chairman, Mrs. Ebelechukwu Nwachukwu, has paid a courtesy visit to the National Insurance Commission (NAICOM), pledging stronger collaboration between insurers and the regulator.
The visit centred on advancing the Nigerian Insurance Industry Reform Agenda (NIIRA) 2025 and the Risk-Based Capital (RBC) project, both seen as key to making the insurance market more resilient, competitive and sustainable.
The meeting also afforded both institutions the opportunity to exchange views on strategic initiatives aimed at strengthening market capacity, improving operational efficiency, deepening insurance penetration, and fostering a more robust risk management culture across the industry.
The engagement underscores the importance of sustained partnership between industry operators and the regulator in driving reforms, strengthening policyholder confidence, promoting financial stability, and positioning the Nigerian insurance sector for sustainable growth and increased contribution to national economic development.
Startups that promise to predict how humans will behave are having a moment. Over the past year, Simile raised $200 million at a $2 billion valuation; Aaru raised $88 million at a $1 billion valuation; and Humans&, an AI startup that announced a massive $480 million seed round in January at a $4.48 billion valuation, launched Persimmon to model human behavior.
The status quo for human behavior prediction today relies heavily on large language models (LLMs) that are prompted or fine-tuned to role-play as a target demographic. But two-year-old, San Francisco-based Mirror Particle thinks that approach is fundamentally broken.
“It’s like bringing a super soaker to Niagara Falls,” says Abhivyakti Ahuja, co-founder and CEO of Mirror Particle, which provides brands with an AI engine that predicts consumer behavior and the reasons behind it. “LLMs have been trained on hundreds of billions of data points. How much can you influence its behavior by [fine-tuning] with such a small amount of data? It’s still stuck in the past.”
Ahuja doesn’t think LLMs see the world the way a human does. “LLMs are modeling written language, but humans are made of visual perception, spatial reasoning, social intelligence.” Relying on them, she says, means getting insights based on what humans don’t notice, which is beside the point when trying to predict human behavior.
Mirror Particle is taking another approach: building a foundation model, or as Ahuja describes it, a world model built from scratch that simulates why humans do what they do and how human behavior changes over time.
“We don’t want to capture the static person,” Ahuja said. “We want to capture the changing person. That means capturing the longitudinal data on how people are changing, what triggers are changing them and to what degree.” If they aren’t changing, she added, “that’s also a signal.”
Mirror Particle has already raised an angel round and says it’s close to closing its first venture round. The company is also competing next week in Startup Battlefield, TechCrunch’s renowned startup competition.
The startup relies on a proprietary combination of data that includes its clients’ customer data, current events, pop culture, social media, and more to model a demographic segment, thinking of it as a system that evolves over time and tracking how motivations shift as it moves through experiences. Much of the focus is on “revealed behavior” — what people actually do rather than self-reported survey answers.
Like its rivals, Mirror Particle’s initial go-to-market strategy focuses on where budgets already exist for these kinds of insights: market research and brand and product strategy. Mirror might, for instance, help a beauty brand not just write better ad copy for makeup that would appeal to Gen Z, but also determine if that demographic even wants that product.
“What if [the target demographic] doesn’t want eyeshadow palettes?” Ahuja said. “Maybe blush is a better option to go for if you want to sell a product to this market.”
Mirror Particle’s prediction engine also provides customers with the “why” behind current or future behavior — the motivations, constraints, and additional context that justify its recommendation, helping brands make smarter decisions.
In one early pilot, a well-known pet food brand wanted to know what imagery to put on the packaging to boost sales. Chicken? Beef? Vegetables? Mirror’s technology found that the brand was asking the wrong question. The imagery didn’t matter. The problem was that the brand was so recognizable that it was considered mass market and cheap, and sales would plateau until it addressed that perception issue.
“The way we see our model evolving is like how a baby learns about the world,” Ahuja said, noting that babies move from vision to language to body awareness to social intelligence.
That fundamental interest in modeling the human brain comes from Ahuja’s background studying neuroscience and computer science. Originally from India, she ended up studying at the University of Toronto, where she became inspired by AI pioneer Geoffrey Hinton’s contributions to neural networks.
After school, Ahuja ended up at Amazon Robotics building robots that build other robots. That’s where she met her co-founders, Will Song and Thomson Yen. Song has spent a chunk of their career building sales personalization engines, and Yen focused on using deep learning to learn about how AI agents understand human behavior.
The startup’s long-term vision is to be the “general layer for anticipating human behavior” and moving from broader population-level analyses to individual-level insights.
“We just need a better model of humans if we’re going to work alongside AI and with each other,” Ahuja said.
Check out Mirror Particle and dozens of other innovative startups that have been vetted by TechCrunch’s editorial team next week at Disrupt in downtown San Francisco. The winner of this year’s Startup Battlefield will be decided by our slate of VC judges on the afternoon of Thursday, October 15.
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