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Ultrahuman’s former hardware VP raises $5.5M for devices that control AI agents, not just record you
The race to build the next AI interface is crowded with startups. The Sandbar ring, Plaud’s AI pin and desktop notetaker, and Pocket’s credit card-sized pucks are all vying to capture what you say and do. Bee and Friend take the wearable route, while Meta Ray-Bans and Even Realities are betting on smart glasses. Now, a Bengaluru- and San Francisco-based startup, Aina (“mirror” in Hindi), is trying to make its own mark in this crowded field of human-computer interface devices.
The company announced today that it has raised $5.5 million in a round led by Redstart Labs (Infoedge, India) and 360 ONE, with participation from MIXI Global Investments, Antler, and Blume Founders Fund.
The round also drew individual investors, including newly appointed WhatsApp head Kunal Shah, Razorpay co-founders Harshil Mathur and Shashank Kumar, and Scribd founder Tikhon Bernstam.
Aina, previously known as Project Mirage, was founded by Apoorv Shankar, a former VP of Hardware at smart ring maker Ultrahuman. Before that, Shankar ran LazyCo, a hardware interface design startup that made gadgets, including a ring that let users control other devices like a smartphone. Ultrahuman later acquired LazyCo, bringing Shankar in-house before he eventually struck out on his own again.
“I left Ultrahuman last year because I was just super curious about the space of AI interfaces,” Shankar told TechCrunch. “Devices like Rabbit and Humane Pin had launched, and I had my own disappointments with them. However, I was just excited that we are seeing interfaces being a thing now. And as an engineer turned product designer, this was the hottest thing I could imagine myself building.”
The startup’s first product is Dune, a three-key, context-aware “macro” keyboard — essentially a small keypad that runs pre-set shortcuts — that can control the mic and camera in a meeting and run shortcuts or scripts based on the app users are viewing.
Aina developed two other devices: Radiance, a tabletop remote for video calls with a dial for volume and buttons for mic, camera, AI notetaker, voice modulation, and joining the meeting; and Shift, a single-tap “agentic” button — press it once, and it triggers an AI agent to carry out a repeated task — that connects to your phone.
But in early testing, Aina found Dune was the most popular of the three and realized it could bundle features of the other two devices into the keypad. That signal from users is why the company decided to ship Dune first. It wants to learn, in the wild, what kind of tasks users actually want to automate.
Aina said lessons from all three devices will feed into its next product. The company isn’t revealing details of its new device yet, but plans to begin testing with a small group of select users in the coming weeks.
Shankar hinted that the new device won’t be a passive “context capture” gadget — the kind of always-listening ring or Plaud-style meeting notetaker that just records what’s happening around you — but rather a device built to control and invoke agents.
“I think you have enough context, you have in your phone and your laptop all the time, and we haven’t even started using that well. We are building an action-oriented device that will use the context to help you control and trigger workflows,” he said.
As more developers and knowledge workers adopt AI coding tools like Claude Code and OpenAI’s Codex, there has been a steady rise in hardware built specifically to control and trigger those agents. Just this week, OpenAI released a custom keypad for Codex made with Work Louder. Plenty of other options exist too, ranging from keyboard makers to DIY enthusiasts building their own macro controllers.
There are also reports that OpenAI is developing a smart speaker with a built-in AI assistant, and Rabbit R1 has positioned itself as another device for invoking AI agents. Qualcomm, meanwhile, says it’s experimenting with more than 40 devices to interact with AI. With no clear winner yet on form factor — ring, pin, glasses, keypad, or speaker — expect a wave of new hardware bets, and funding rounds, chasing the same question: what does controlling AI actually look like?
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The federal government has been urged to embrace Artificial Intelligence (AI) and increase domestic investment in health research to safeguard Nigeria’s public health system amid declining international donor funding.
Alash’le Abimiku, Executive Director of the International Research Centre of Excellence (IRCE) at the Institute of Human Virology Nigeria (IHVN), made the call at a news conference in Abuja.
The briefing was held ahead of the fourth IRCE Annual Scientific Symposium scheduled to take place from 31 August to 1 September.
The symposium is themed “Shaping the Future of Public Health Research through Sustainable Funding, Artificial Intelligence/Machine Learning (AI/ML) and Innovation.”
Ms Abimiku said recent cuts in global health funding, including support from major international donors, underscored the need for Nigeria to strengthen local financing for research and build sustainable capacity.
She said stronger domestic investment would help the country address emerging health challenges and reduce its vulnerability to fluctuations in external funding.
Ms Abimiku said that many Nigerian researchers relied heavily on international grants, warning that shrinking research budgets could weaken the country’s ability to compete for funding and generate locally relevant evidence.
“We are asking government to begin investing in research. It may not be as much as international funding, but it can keep researchers productive, build capacity and sustain innovation.
“Disease outbreaks will not stop because funding has been reduced. HIV, cancer, sickle cell disease, Lassa fever and future pandemics will continue to challenge us, so we must prepare,” she said.
According to her, AI presents an opportunity to improve research productivity, accelerate data analysis and strengthen evidence-based decision-making when deployed responsibly and ethically.
She, however, cautioned researchers against over-dependence on AI, emphasising that innovation, critical thinking and scientific curiosity must remain central to the research process.
“AI can summarise years of research within seconds, but researchers must continue to ask critical questions, experiment and innovate.
“We must use AI to enhance, not replace, scientific thinking,” she said.
The symposium
Ms Abimiku explained that the symposium would explore how AI and machine learning could complement reduced research funding by improving efficiency while safeguarding data privacy and ethical standards.
She added that a pre-symposium hackathon had been introduced to expose researchers, healthcare professionals, and young innovators to practical AI tools to solve public health challenges.
According to her, the initiative is designed to bridge the gap between experienced researchers and younger professionals already familiar with emerging AI technologies.
Ms Abimiku urged policymakers, industry leaders and researchers to collaborate to develop sustainable research funding mechanisms that reduce Nigeria’s dependence on foreign support.
She cited South Africa’s model of competitive, government-funded research grants as an example of how countries could sustain scientific innovation despite reductions in international funding.
Also speaking, Sophia Osawe, head of research operations at IRCE, said the centre’s Inform Africa programme was already deploying AI and machine learning to strengthen Nigeria’s preparedness for disease outbreaks.
Ms Osawe explained that the programme used big data to predict disease trends and identify communities requiring urgent interventions, including vaccine deployment during pandemics such as HIV and COVID-19.
“These AI-powered tools help the government identify where interventions are most needed so resources can be deployed more efficiently and lives protected,” she said.
Similarly, James Onyemata, head of molecular diagnostics at IRCE, emphasised Nigeria’s strategic role in regional disease surveillance and genomic monitoring.
READ ALSO: Top AI CEOs speak about regulation of artificial intelligence, challenges, opportunities
According to him, with Nigeria accounting for about half of West Africa’s population, genomic surveillance data generated in the country are essential for developing vaccines effective against circulating virus strains.
“If we do not provide this information, vaccines developed elsewhere may not adequately protect populations in West Africa because they may not target the variants circulating here,” Onyemata said.
The News Agency of Nigeria (NAN) reports that the symposium will continue with technical sessions on ethical AI, genomic surveillance, pandemic preparedness, sustainable research financing and innovations aimed at strengthening Nigeria’s public health system.
(NAN)
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The National Pension Commission (PenCom) says only seven states and the Federal Capital Territory (FCT) are fully implementing the Contributory Pension Scheme (CPS) and the Contributory Defined Benefits Scheme (CDBS).
PenCom disclosed this in its first-quarter report on pension implementation, based on an update from its States Operations Department.
The report showed that Lagos, Kaduna, Edo, Osun, Ekiti, Ondo and Jigawa states, alongside the FCT, had fully implemented the CPS/CDBS.
It also showed that 13 states were at various stages of partial implementation of the schemes.
The states are Abia, Anambra, Bauchi, Bayelsa, Benue, Delta, Kano, Katsina, Kogi, Niger, Ogun, Oyo and Rivers.
According to the report, 10 states have pension laws that are currently inactive.
It said six states — Ebonyi, Enugu, Imo, Nasarawa, Sokoto and Taraba — had inactive CPS laws, while Adamawa, Gombe, Kebbi and Zamfara had inactive CDBS laws.
The commission further reported that six states were still at the bill stage in their efforts to implement the CPS.
They are Akwa Ibom, Borno, Cross River, Kwara, Plateau and Yobe.
PenCom said 18 states and the FCT had established dedicated Pension Bureaux to administer the scheme.
The commission’s update covers all 36 states of the federation and the FCT.
The CPS, introduced by the Pension Reform Act 2004 and retained under the Pension Reform Act 2014, is designed to ensure regular pension contributions by employers and employees towards retirement benefits.
PenCom has continued to encourage states to adopt and effectively implement the CPS to ensure sustainable pension arrangements for their workers.
(NAN)
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