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Bleiben Sie informiert zu Entwicklungen in der Umweltüberwachung, technischen Leitfäden und News von Sensorbee.
On 12 December 2026, the recast EU Ambient Air Quality Directive begins to apply across all Member States. With just over seven months left, here is what governments, contractors and industrial operators need to procure — and why waiting is no longer an option.
With El Niño conditions likely this summer and above-normal temperatures forecast across Europe, the gap between airport weather data and street-level heat exposure has never mattered more.
Real-time environmental data isn't just compliance. Contractors with continuous dust, noise, and vibration records are using it to reduce premiums and defend against claims.
Winter road sand, ground into dust by traffic, is the leading cause of dangerous PM10 spikes in Stockholm each spring. Real-time monitoring networks can help cities act before conditions turn unhealthy.
Sensorbee is profiled in Berg Insight's Smart Cities: Connected Public Spaces report. The air quality monitoring segment is growing at 25.2% CAGR — the fastest of all smart city verticals.
The new Sensorbee website is live — with improved navigation, detailed product specs, and sector-specific guidance for environmental monitoring.
The air quality monitoring industry runs on proprietary protocols that lock customers into vendor platforms. LwM2M — an open OMA standard — changes the equation. Here is why it matters.
Integrated environmental monitoring reduces equipment, labour, and compliance costs on construction sites. See the real savings.
MEMS accelerometers now match geophone accuracy for BS 7385 compliance. Compare both technologies and choose the right vibration sensor for your site.
Understand BS 5228 noise thresholds, vibration limits, Section 61 consents, and monitoring requirements. A practical compliance guide for construction professionals.
MCERTS is the UK Environment Agency's certification scheme for monitoring equipment. Learn what it covers, who needs it, and why it matters for regulatory compliance.
Steel mills emit nearly 2 tonnes of CO₂ per tonne of steel plus PM, SO₂, NOx, and CO. Learn how real-time monitoring improves compliance and worker safety.
Brownfield and greenfield sites face different environmental monitoring challenges. Learn the key differences in regulations, contamination risks, and monitoring requirements.
Coal and gas plants emit SO2, NOx, and PM2.5 at levels that demand continuous monitoring. Learn how real-time sensor networks protect communities.
From the Great Smog of 1952 to ULEZ expansion — trace London's air quality journey and discover what the London AQI reveals about the capital's progress.
Environmental consultancies managing construction dust, noise, and vibration monitoring need more than hardware. A modern cloud platform turns raw sensor data into client-ready reports, automated alerts, and a scalable business.
From optical particle counters to electrochemical gas sensors — understand the technology behind air quality monitoring and what makes certified data trustworthy.
Real-time pollution monitoring gives communities evidence-based air quality data. Learn how hyper-local networks detect invisible threats.
From respiratory disease to ecosystem damage, air pollution affects millions. Explore the health and environmental effects and why monitoring is essential.
Every Sensorbee particle, gas, and base unit now receives individual MCERTS calibration — not batch calibration — for verified per-unit measurement accuracy.
From road transport and construction dust to industrial emissions and domestic heating — explore the main causes of air pollution across the UK and how monitoring helps tackle them.
A practical guide to multi-parameter VOC, NO2 and CO monitoring for industrial facilities. Covers sensor placement, compliance, and deployment.
The EU now requires all internet-connected radio equipment to meet EN 18031-1 cybersecurity requirements. Here is what the standard demands, how LwM2M solves half the problem, and what to ask your environmental monitoring supplier.
Landfills emit methane, H₂S, ammonia, and VOCs continuously. Learn how real-time perimeter monitoring protects communities and simplifies compliance.
Refineries emit SO2, VOCs, benzene, and H2S around the clock. Learn how fenceline monitoring networks detect fugitive emissions and support compliance.
The air quality monitoring standards landscape is shifting. New EU limits, updated EN standards, and the emerging CEN/TS 17660 sensor classification are reshaping what certified equipment looks like. Here is what environmental professionals need to know.
The Air Pro 2 is now MCERTS certified for PM2.5 and PM10 indicative monitoring. Learn what the certification covers and what it means.
Learn how real-time vibration monitoring protects construction projects from costly shutdowns, fines, and damage claims. Deploy in 10 minutes.
CE marking on a monitoring device hides five separate testing domains most buyers never see. Here is the full certification stack an outdoor air quality monitor must pass to be legally sold in the EU and deployed on UK construction sites.
Volatile organic compounds affect health and air quality at low concentrations. Learn how real-time VOC sensors detect invisible threats on site.
How solar-powered sensors solved construction monitoring's biggest problem: power dependency. Deploy anywhere in 10 minutes. Download our guide.
Multi-parameter monitoring consolidates dust, noise and vibration into one device. Reduce costs, simplify compliance and deploy in under 10 minutes.
Learn why MCERTS certification protects construction projects from compliance disputes and costly work stoppages. Download our monitoring guide.
WHO data links noise above 55 dB Lden to cardiovascular disease and sleep disruption. Learn how continuous decibel monitoring networks tackle urban noise.
Urban smog causes 7 million deaths yearly. Learn how dense sensor networks track PM2.5, NO2, and ozone to target pollution sources.
London met legal NO2 limits in 2024, nine years early. Learn what drove this milestone and why hyperlocal monitoring matters next.
The WHO targets a 50% cut in air pollution deaths by 2040. Learn how real-time monitoring networks deliver the local data needed to meet these goals.
300,000 premature deaths a year. The EU's revised air quality directive sets tighter PM2.5 limits. See what it means for monitoring.
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