October 5, 2026

The headlines keep telling us. The data keeps missing.

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Open any news feed this year and you'll find it. A parliamentary inquiry into dirty air. A new report on noise ruining people's sleep. Another story about kids walking to school along choked-up roads.

The headlines are doing their job. They're telling us, again and again, that the air we breathe and the noise we live with are making people ill. What they can't tell us is what's happening on your street, outside your site, or next to your school, right now.

That gap is why Viibe exists. Here's the bigger picture.

Air: the biggest environmental risk to our health

Air pollution is linked to somewhere between 29,000 and 43,000 deaths a year in the UK. That's the range MPs on the Environmental Audit Committee put on the table when they opened their inquiry into air pollution in England in January 2026.

It's not just the headline number. In a Commons debate this July, MPs pointed out that the World Health Organization now says there's no safe level of air pollution, and that the UK's legal limits, set back in 2010, sit well above what the WHO recommends.

One of the questions that inquiry is asking stood out to us: do councils actually have the resources they need to monitor air quality and enforce the rules?

Noise: the pollutant everyone forgets

Noise rarely makes the front page, but it should. Across Europe, it's second only to poor air quality as an environmental cause of ill health, with links to heart disease, stroke and disrupted sleep.

Last month the Chartered Institute of Environmental Health published Sound Thinking, and the findings are hard to ignore:

  • Nearly a quarter of people in England and Wales say they're regularly disturbed by noise.
  • 29% say noise where they live has got worse.
  • Lower-income households are hit hardest.

The House of Lords made the point neatly back in 2023: the risk to any one person might be small, but when millions are exposed, the total health burden is huge.

The common thread: we're not measuring enough

Read enough of these reports and the same problem keeps surfacing. We know pollution and noise are harming people. We just don't have the data to see exactly where, when, or how badly.

  • Monitoring is too thin. Official stations are expensive, so there aren't many. The gaps get filled with modelling, and models miss things. Government's own reporting notes that local monitoring placed at hotspots often tells a different story from the national picture. When Southampton checked, the national model had underestimated nitrogen dioxide compared with what local monitors found.
  • Noise data is patchy. Fewer than half of councils responded to the last national noise complaint survey. And CIEH is clear that complaint numbers on their own don't show the full scale of noise harm.
  • Enforcement has fallen away. Noise abatement notices are down 72% over 20 years. Without hard evidence, action is difficult.
  • The system waits for a problem. As researchers point out in Nature, UK air quality management only really kicks in once a legal limit is breached. Everyday, low-level exposure slips through.

Too few monitors, measuring too little, reporting too late. That's the gap.

Why it matters, whoever you are

  • Councils are being asked to do more under the Environment Act 2021 and the Environmental Noise Regulations, often without the budget for borough-wide monitoring.
  • Construction and property teams need to show they're keeping dust and noise in check, usually with one kit for air and another for sound.
  • Venues and businesses facing a complaint need a clear record, so they can respond with facts rather than guesswork.
  • Residents and communities just want to know what they're breathing and hearing, and whether it's getting better.

Every one of them needs the same thing: dense, reliable, real-time data that doesn't cost a fortune.

Where Viibe comes in

Our answer is simple: measure everywhere, instead of measuring a few points and guessing the rest.

The SonAQ sensor tracks air quality and noise in a single 13cm device. It sends data in real time, it's built to live outdoors for five years or more, and it costs a fraction of traditional kit. You buy the hardware and you own the data, with published pricing and no lock-in.

We've built it with specialists in acoustics and air quality, including our co-development partner Sustainable Acoustics and academic partners at UCL, and it's now in pilot deployment across the UK.

Want to go deeper?

If you want to see how SonAQ works under the bonnet, our earlier posts dig into combining air quality and sound analysis, beamforming with four MEMS microphones and AI spectrogram analysis. Curious about hosting a sensor at home? Read Citizen Science 2.0.

We'll keep following the news as it breaks and explaining what it means in practice. If you're a council, a consultant, a site manager or just someone who wants to know what's going on outside your front door, get in touch. We'd love to talk.

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