In an era where clean air and sustainable environments are non-negotiable, cities and industries face a pressing challenge: deploying effective environmental monitoring solutions without getting bogged down by technical complexity. Traditional systems often require specialized expertise, costly installations, and fragmented software—barriers that delay projects and deter widespread adoption. At Sensorbee, we’ve reimagined environmental monitoring for the modern world. Our mission is simple: deliver a plug-and-play air quality sensor  ecosystem that’s as effortless to deploy as it is powerful, empowering smart cities and businesses to focus on insights, not installations. The Hidden Cost of Complexity Conventional environmental monitoring setups—whether tracking air quality, noise, or ground vibration—often involve a maze of components: separate data loggers, manual calibration, custom software, and reliance on IT specialists. For city planners managing smart city sensor networks or construction firms monitoring dust and noise compliance, these hurdles translate to wasted time, higher costs, and missed opportunities. If the equipment isn’t user-friendly, it doesn’t get used—period. Sensorbee’s Answer: Plug-and-Play Hardware Built for Speed Imagine installing an environmental monitor as easily as setting up a smartphone. Sensorbee’s hardware eliminates complexity with pre-calibrated, all-in-one units that combine air quality sensors, noise detectors, vibration monitors, and weather tracking into a single, rugged device. Mount it on a pole, power it via solar energy, and turn it on—no cables, no coding, no confusion. With wireless connectivity and easy installation environmental monitor  design, what once took days now takes minutes. Whether scaling a smart city sensor network or monitoring a construction site, deployment is as straightforward as it gets. Your Data, Simplified: The Sensorbee Cloud Platform Hardware is only half the story. Sensorbee’s user-friendly cloud platform  transforms raw data into actionable insights. Onboard devices in seconds by scanning a QR code, and instantly access dashboards that display real-time air quality metrics, noise levels, or vibration trends. Configure custom alerts for pollution thresholds, visualize data on interactive maps, and generate automated reports—all through an interface as intuitive as your favorite productivity app. No PhD required. The Power of Integration: Where Hardware Meets Cloud What sets Sensorbee apart is seamless integration. Our sensors communicate directly with the cloud via cellular or NB-IoT networks, ensuring real-time data flows securely from the field to your screen. Unlike systems that force you to juggle multiple vendors, Sensorbee’s integrated monitoring solution  unifies hardware and software under one roof. No compatibility headaches. No manual data stitching. Just reliable, end-to-end performance that “just works.” One System, Multiple Parameters—Zero Hassle Why manage air quality, noise, and vibration through separate devices when one platform can do it all? Sensorbee’s multi-sensor approach lets cities and industries monitor every parameter that matters on a single dashboard. Train your team once, maintain one system, and trust one partner. For smart cities, this means cohesive data to drive cleaner, quieter urban spaces. For industrial sites, it’s streamlined compliance and safer environments. From Days to Minutes: The Sensorbee Advantage Time is the ultimate currency. Sensorbee slashes deployment timelines from days to hours, reduces training to a quick tutorial, and enables remote management via the cloud. Need to update a sensor’s calibration? Done in a few clicks. Reviewing historical pollution trends? Pull a report faster than brewing coffee. While competitors cling to outdated, labor-intensive models, Sensorbee’s plug-and-play air quality sensor  system redefines efficiency. Conclusion: Smarter Cities Start with Simplicity Environmental monitoring shouldn’t be a bottleneck—it should be a catalyst. Sensorbee’s blend of plug-and-play hardware, intuitive cloud analytics, and unified multi-parameter support removes barriers for cities and businesses alike. By eliminating technical friction, we empower leaders to deploy larger networks, act on real-time data, and build healthier communities. In a world where every second counts, Sensorbee ensures your time is spent shaping the future—not troubleshooting it. Discover how our smart city sensor network  solutions make environmental monitoring effortless, scalable, and impactful. Let’s build a cleaner tomorrow, together.

David Löwenbrand (Founder) & Oscar Sjöberg (Embedded) Sensorbee is excited to welcome  Oscar Sjöberg  to our team. Oscar has built top-quality embedded systems for big tech companies and run his own hardware startup, so he knows both the corporate world and fast-moving innovation. He will now lead our hardware efforts and help drive the next generation of Sensorbee products. 🎥  Meet Oscar in our new video Our Founder & CTO,  David Löwenbrand , sat down with Oscar for a quick chat about his background, what drew him to Sensorbee, and how he plans to shape our hardware roadmap. The interview is in Swedish and we’ll be adding English subtitles. ▶️ Watch the interview below and get to know Oscar. We’re thrilled to have him on board—welcome to the team, Oscar!

Monitoring air quality in humid environments—such as coastal cities, tropical regions, harbors, or fog-prone industrial sites—poses unique challenges. High humidity can skew particulate matter (PM) readings, leading to unreliable data or even sensor damage. Traditional sensors often struggle to distinguish between moisture and airborne particles, causing overestimated pollution levels and false alarms. Sensorbee’s innovative heated inlet particle sensors solve this problem, delivering precise, real-time air quality data even in the most demanding conditions. Why Humidity Disrupts Air Quality Monitoring In high-humidity environments, water droplets cling to dust particles or condense inside sensors, artificially inflating PM measurements. This moisture interference is particularly problematic for low-cost sensors that lack advanced humidity compensation. For instance, coastal areas with salty air or tropical climates with frequent rain and fog can render standard sensors unreliable, resulting in data that requires manual correction or fails entirely. Without proper mitigation, these inaccuracies compromise environmental monitoring efforts and decision-making. The Limitations of Competing Sensors Many conventional PM sensors rely on software algorithms to adjust for humidity, but these corrections are often incomplete. In extreme humidity, competing devices may fog up, corrode, or report false spikes during rain or fog events. This leaves users with inconsistent data and frequent maintenance needs, especially in harsh coastal and harbor environments. Without a physical solution to moisture interference, these sensors remain “fair-weather” tools, ill-suited for regions where humidity is a constant challenge. Sensorbee’s Heated Inlet Technology: Precision in Any Climate Sensorbee’s heated inlet particle sensors tackle humidity head-on with an engineering breakthrough. The sensor’s heated inlet gently warms incoming air, evaporating moisture before it reaches the detection chamber. This ensures only dry, airborne particles are measured, eliminating false readings caused by water droplets. By activating the internal heater when relative humidity exceeds 80%, Sensorbee’s technology adapts dynamically to environmental conditions, providing accurate particulate matter data without delays or guesswork. This approach is proven effective in real-world scenarios. For example, in fog-heavy harbors or humid tropical construction sites, Sensorbee’s sensors maintain stability where others falter. The heated inlet not only enhances accuracy but also extends sensor lifespan by preventing corrosion and clogging—common issues in moisture-rich settings. Reliable Monitoring for Coastal, Harbor, and Tropical Regions Sensorbee’s heated inlet particle sensors excel in environments where humidity is a persistent threat. Coastal cities tracking industrial emissions, ports managing air quality compliance, or tropical regions monitoring dust from construction sites all benefit from Sensorbee’s robust design. Unlike competitors, Sensorbee’s sensors require no post-processing or data adjustments, delivering trustworthy PM readings in real time. This reliability is critical for applications like regulatory reporting, public health studies, or industrial safety, where precision is non-negotiable. Why Choose Sensorbee Over Standard Sensors? While other sensors depend on software fixes or lack humidity compensation entirely, Sensorbee addresses the root cause of moisture interference. Competitors’ passive methods often fall short, as algorithms cannot fully account for the physical presence of water vapor. Sensorbee’s proactive heating mechanism ensures consistent performance across all climates, making it the go-to solution for organizations that prioritize data integrity. Conclusion: Trustworthy Data, Rain or Shine High humidity should never compromise air quality monitoring. Sensorbee’s heated inlet particle sensors set a new standard for accuracy in coastal and harbor environments, tropical climates, and beyond. By eliminating moisture interference at the source, Sensorbee empowers industries, governments, and communities to make informed decisions based on reliable, real-time data. Explore Sensorbee’s cutting-edge air quality solutions and download our product brochure to discover how our heated inlet technology can elevate your environmental monitoring efforts—no matter the weather.

Construction sites are busy places with a lot happening at once. Activities like demolition, excavation, and heavy machinery operation can create noise, dust, and vibrations. These factors can affect the environment, nearby communities, and the health of workers. Monitoring and managing them is essential to minimize negative impacts. Noise on Construction Sites Sources of Noise: Machinery:  Equipment like excavators, drills, and jackhammers are loud. Vehicle Movements:  Trucks and other vehicles contribute to overall noise levels. Demolition and Piling:  Activities like breaking down structures or driving piles into the ground create high-intensity noise. Characteristics of Construction Noise: Intermittent:  Noise levels go up and down, with loud periods followed by quieter times. Impulsive:  Short bursts of loud sounds, such as hammering. High-Intensity:  Overall loudness can be very high, especially near active machinery. Impact of Noise: Community Disturbance:  Excessive noise can annoy residents and disrupt daily life. Health Effects:  Prolonged exposure can lead to hearing loss or stress for workers and nearby people. Managing Noise: Use Quieter Equipment:  Choose machines designed to produce less noise. Regular Maintenance:  Well-maintained equipment operates more quietly. Modify Equipment:  Add silencers or acoustic enclosures to reduce noise output. Operational Practices:  Avoid unnecessary revving of engines and minimize drop heights when unloading materials. Barriers and Screens:  Erect fences or walls that block or absorb sound. Plan Work Hours:  Schedule noisy activities during times that are least disruptive to the community. Dust on Construction Sites Sources of Dust: Demolition:  Breaking down buildings releases dust particles. Earthworks:  Digging and moving soil can create dust clouds. Construction Activities:  Cutting, grinding, and mixing materials generate dust. Vehicle Movement:  Trucks driving over unpaved surfaces stir up dust. Types of Dust Impacts: Soiling:  Dust settles on surfaces, making them dirty. Health Risks:  Fine particles (like PM2.5 and PM10) can be inhaled, potentially causing respiratory issues. Environmental Effects:  Dust can harm plants and animals by covering leaves and contaminating habitats. Managing Dust: Site Planning:  Position dust-generating activities away from sensitive areas when possible. Dust Suppression:  Use water sprays or misting systems to keep dust from becoming airborne. Cover Materials:  Keep stockpiles of soil or sand covered to prevent wind from picking up dust. Wheel Washing:  Install stations where vehicles can have their wheels cleaned before leaving the site to prevent dust from spreading. Limit Vehicle Speeds:  Slower-moving vehicles kick up less dust. Regular Cleaning:  Keep site roads and access points clean to reduce dust buildup. Vibration on Construction Sites Sources of Vibration: Piling:  Driving piles into the ground causes ground vibrations. Demolition:  The force of structures collapsing can transmit vibrations. Heavy Machinery:  Equipment like bulldozers and compactors produce vibrations during operation. Effects of Vibration: Human Discomfort:  Vibrations can cause discomfort or annoyance to people nearby. Structural Damage:  High levels of vibration can damage buildings, especially older or fragile ones. Equipment Interference:  Vibrations can disrupt sensitive equipment in places like hospitals or labs. Managing Vibration: Choose Appropriate Methods:  Use construction techniques that produce less vibration, such as auger piling instead of impact piling. Equipment Maintenance:  Well-maintained machinery can produce less vibration. Vibration Dampening:  Use dampening systems or mats to absorb vibrations. Monitoring:  Regularly measure vibration levels to ensure they stay within safe limits. Communication:  Inform nearby residents and businesses about potential vibrations and schedule high-vibration activities at appropriate times. The Connection Between Noise, Dust, and Vibration Often, the same activity on a construction site can produce noise, dust, and vibrations simultaneously. For example: Demolition:  Breaking down a building is noisy, creates dust, and causes vibrations. Earthmoving:  Moving soil with heavy machinery can lead to all three impacts. Integrated Management Approach: To effectively minimize these impacts, it's important to address them together rather than separately. A comprehensive environmental management plan should: Assess Risks:  Identify which activities will produce noise, dust, and vibrations. Implement Controls:  Use strategies that address all three areas where possible. Monitor Continuously:  Regularly check levels of noise, dust, and vibration to respond quickly if they exceed acceptable limits. Engage the Community:  Keep neighbors informed about the work and any potential impacts. Conclusion Managing noise, dust, and vibration on construction sites is crucial for protecting the environment, ensuring the health and well-being of workers and nearby residents, and maintaining good relationships with the community. By understanding the sources and impacts of these factors and implementing effective control measures, construction projects can minimize their negative effects and operate more smoothly.

At Sensorbee, our mission is clear: to make environmental monitoring both accessible and effective. We provide solar-powered, customizable sensors and a user-friendly cloud platform, enabling communities, companies, and organizations to easily track air quality, weather conditions, noise, dust, and vibrations (NDV). Today, we are proud to announce that we have joined the AIRLAB community, an international platform dedicated to open innovation and collaboration in the fight against air pollution. What is AIRLAB? AIRLAB, an initiative led by Airparif—the air quality observatory for the Paris region—brings together a diverse network of stakeholders. From local authorities and large corporations to startups, research institutions, and NGOs, AIRLAB’s members share a common goal: improving air quality and enhancing environmental stewardship worldwide. By creating a space for shared knowledge, cutting-edge research, and data exchange, AIRLAB fosters innovation that leads to healthier, more sustainable urban environments. Why Sensorbee Joined AIRLAB Our decision to become part of AIRLAB aligns perfectly with our commitment to developing innovative monitoring solutions. Through this membership, we gain access to specialized insights, robust datasets, and a global community of experts. This environment allows us to: Refine Our Solutions:   Integrate best practices and research findings to ensure our sensors deliver the most accurate, reliable data on air quality and other environmental factors. Drive Innovation:  Collaborate with industry leaders, policymakers, and researchers to craft more effective tools for cities, construction sites, ports, airports, and industrial areas. Enhance Sustainability:  Contribute to cleaner, healthier environments by enabling informed decision-making based on real-time, on-demand data. Supporting a Range of Sectors Sensorbee’s flexible monitoring solutions cater to a variety of sectors, each with unique challenges. Our involvement in AIRLAB will help us strengthen our offerings in: Urban Environments:  Real-time data supports initiatives to reduce citywide air pollution and improve community well-being. Industrial and Odour Management:   Reliable sensors help companies meet emissions standards, improve compliance, and maintain good relations with neighboring communities. Ports and Airports:   Better insights into environmental impacts can lead to improved strategies for pollution control, noise reduction, and overall operational sustainability. Construction Sites:   By monitoring noise, dust, and vibration, contractors can manage their sites more responsibly, ensuring safety and adherence to regulations. Sensorbee’s Unique Approach At Sensorbee, we emphasize simplicity and adaptability. Our solar-powered devices and intuitive Sensorbee Cloud platform give users seamless access to essential environmental data—no matter where they are. Whether you need a tailored NDV solution, air quality monitoring system, or all-in-one environmental station, we can customize our technology to meet the specific demands of your project. Looking Ahead Joining AIRLAB represents a significant step forward in our journey. As part of this vibrant community, we will continue to refine our products, share insights with other members, and contribute meaningfully to the global effort to improve air quality. By combining our expertise in sensor technology with AIRLAB’s collaborative framework, we aim to help cities, industries, and organizations worldwide make smarter decisions for a cleaner, healthier planet. Stay Connected We look forward to sharing updates on our progress, insights from our collaborations, and the advancements we make through AIRLAB. To learn more about our solutions and their impact across different sectors, feel free to explore our website or get in touch with our team. Together, we can drive meaningful change and ensure a cleaner world for generations to come.

Environmental concerns and evolving legislation are reshaping how European construction sites manage noise, dust, and vibration. Across the EU, continuous on-site monitoring is becoming vital to meet existing directives and anticipate future requirements. These developments point to a market demand for cutting-edge sensor-based solutions, such as Sensorbee, that can help construction companies remain compliant and protect public health. Under the Environmental Noise Directive Directive 2002/49/EC, Member States measure and map noise pollution, then develop action plans to reduce harmful exposure. While this directive focuses on broad noise management, some national regulations require on-site, continuous measurement when construction activities are likely to exceed certain decibel levels, often referencing EN 61672 for measurement accuracy. Dust is governed by the Ambient Air Quality Directive, which sets limits for particulate matter (PM10, PM2.5) in ambient air. Although not construction-specific, Member States often impose stricter controls on projects generating large amounts of dust, with real-time monitoring requirements informed by bodies like the European Environment Agency (EEA) and the Institute of Air Quality Management (IAQM). Vibration, though less visible, can threaten structural integrity and human comfort. Standards like ISO 4866:2010, DIN 4150 (Germany), and the SBR guidelines (Netherlands) define vibration thresholds; Directive 2002/44/EC also addresses worker health and safety, influencing on-site monitoring practices. Looking to the future, EU initiatives such as the European Green Deal and the Zero Pollution Action Plan suggest a move toward stricter, harmonized rules for noise, dust, and vibration. Although no single EU-wide regulation has yet emerged, there is a clear trend toward transparent, data-driven compliance. The UK, which has a history of stringent measures—evidenced by BS 5228, the Control of Pollution Act, and the Control of Dust and Emissions During Construction and Demolition SPG in London—often serves as a benchmark for evolving EU policy. For developers, contractors, and technology providers, real-time monitoring solutions are key to ensuring immediate detection of exceedances and quick corrective action. Solutions like Sensorbee integrate seamlessly into site operations, offering accurate measurement and instant reporting. As regulatory pressures intensify, adopting such advanced systems will be crucial for meeting compliance obligations and protecting both communities and the environment. References European Green Deal / Zero Pollution Action Plan Institute of Air Quality Management (IAQM) and European Environment Agency (EEA) Guidance on Dust Monitoring and Mitigation Directive 2002/49/EC (Environmental Noise Directive) Ambient Air Quality Directive (2008/50/EC) ISO 4866:2010 – Mechanical Vibration and Shock in Buildings DIN 4150 (Germany), SBR Guidelines (Netherlands) Directive 2002/44/EC (Worker Vibration Exposure) BS 5228-1:2009+A1:2014 and BS 5228-2:2009+A1:2014 (UK Noise and Vibration Standards) The Control of Pollution Act 1974, Sections 60 and 61 (UK) “The Control of Dust and Emissions During Construction and Demolition SPG” (London)

Hornsgatan in Stockholm has been known as the most polluted street in the Swedish capital for several years. In the spring of 2021 the Swedish National Road and Transport Research Institute, VTI , installed 12 of our Sensorbee Air Quality sensors around the crossing of Hornsgatan and Ringvägen. The reasons behind the high emissions on Hornsgatan are the heavy traffic and low dispersion of pollutants. During some days the street can be trafficked by as many as 23 000 vehicles which can have several negative effects on people's health as well as to the environment. In this study the aim was to look into how air quality can vary and change within very small areas, comparing the traffic crossing and straight road. Therefore the air quality units were placed very close to each other (20-40 meters). We wanted to measure the air pollution and particles with more sensors than we had done before. 12 sensors would give us great data. - Nina Svensson, Researcher Air quality, VTI The sensors used in the study were powered using solar panels, no other energy source needed. The air quality units were installed on portable posts and traffic signs around the crossing of Hornsgatan and Ringvägen. During two months, May - June in 2021, they were collecting data for the study. The data was then visualized with the software platform EdevaLive from Edeva , who was a partner in the project. We couldn't see any large differences between the crossing and the straight road, but we did find out that the particle levels sometimes varied between the north and south side of the road. - Nina Svensson, Researcher Air quality, VTI The sensor model used in the study was Sensorbee Air Quality sensors . Would you like to perform a study using our sensors? Please contact us today to learn more.

Scottsdale, Arizona – Mar 15, 2022. Piera Systems (“Piera”) is pleased to announce a collaboration with Sensorbee in its release of highly accurate Outdoor Air Quality Monitors (“AQM”). Sensorbee, based out of Linkoping, Sweden, makes highly differentiated outdoor monitors to provide cities with extensive, hyper-local air quality measurements to enable their Smart City plans. “Air pollution is an enormous global health problem and our ability to combat it starts with accurately measuring it. We couldn’t be more pleased with our collaboration with Piera and the quality of their particle sensors,” said David Löwenbrand, CEO of Sensorbee. “We are now able to offer highly accurate outdoor air quality monitors while unlocking brand new applications.” Outdoor air quality monitoring has traditionally focused on PM2.5 and PM10 but many pollution sources including wildfire smoke and diesel pollution contain particles in the sub-micron range. Many of these smaller particles infiltrate indoor spaces where most of our time is spent and they pose the greatest danger to human health thus making their measurements imperative to improving health outcomes. Ability to accurately track sub-micron particles in real-time opens new applications such as tracking diesel vehicles in urban environments and identifying likely sources of pollution even in large metropolitan areas. As cities ramp up their commitments to provide more breathable environments for their citizens, better data can offer vital insights that can inform more efficient mitigation efforts. “A sound Smart City plans starts with better data at its heart and we are excited to work with Sensorbee as they deploy their highly accurate outdoor air quality monitors to market. Ability to accurately monitor outdoor air quality is critical to cities racing to meet their Climate Change commitments,” said Vin Ratford, CEO of Piera Systems. “Traditional outdoor monitoring of larger particles like PM2.5 and PM10 is simply inadequate and real-time monitoring of sub-micron particles is essential to improving breathability everywhere.” Sensorbee mobile air quality unit with magnetic feet for easy vehicle mounting Sensorbee stationary solar-powered air quality monitoring unit About Piera Systems, Inc. Piera Systems Inc. is on a mission to make air quality measurement accurate, simple, inexpensive, and pervasive, enabling a major improvement in the health of all humans. Piera has developed a family of ‘Intelligent Particle Sensors’ utilizing a breakthrough custom processor to detect particulate matter (PM), a major component of air pollution. Unlike existing low-cost PM sensors, IPS has superior accuracy over a wider range, including harmful ‘very fine particles’ smaller than 1.0 micron, and reports particle size and count in real-time at low power. IPS is the first software defined PM sensor with up to 7 particle sizes allowing its use in many applications. IPS data is analyzed using AI/ML algorithms to identify and classify pollution sources such as vape, cigarette smoke, cooking, etc. IPS sensors and Canāree air quality monitors answer the question, ‘What’s In Your Air?’ Headquartered in the US, more information on Piera Systems air quality solutions can be found at https://www.pierasystems.com About Sensorbee Founded in 2018 is a cleantech startup that provides ultra-local, air quality sensors, data, and cloud-based analytics solutions. Sensorbee’s solution is based on mobile and stationary sensors and offers comprehensive visibility into the air pollution and emissions in urban environments. Sensorbee enables governments and companies to reduce air pollution globally. Headquartered in Sweden, more information on Sensorbee air quality can be found at https://www.sensorbee.com Contact Information Raj Seelam Vice President of Marketing & Customer Success raj.seelam@pierasystems.com David Löwenbrand CEO hello@sensorbee.com +46 101385373

Old town with a smart environmental monitoring solution Sensorbee’s Unique Advantages in Smart City and Industrial Air Quality Monitoring In an era where urban expansion and industrial growth collide with environmental responsibility, the air quality monitoring market is bustling with solutions. Yet, not all technologies are created equal. For cities and industries aiming to balance progress with sustainability, the choice of monitoring systems can make or break their environmental goals. Sensorbee rises above the noise with a blend of innovation, reliability, and adaptability, offering a future-ready approach to air quality and environmental monitoring. Here’s why Sensorbee stands out in the competitive landscape. All-in-One Environmental Monitoring: Beyond Air Quality While many competitors focus narrowly on air pollutants or noise, Sensorbee delivers a holistic solution. Our integrated platform measures air quality (PM2.5, PM10, NO₂, SO₂, CO, O₃), noise, dust, vibration, and weather conditions—all through a single device and unified dashboard. This eliminates the need for multiple systems, streamlining deployments for scenarios like construction sites (requiring noise and dust tracking) or airports (monitoring air quality and noise pollution simultaneously). The result? Simplified logistics, reduced costs, and comprehensive insights for smarter decision-making. Solar-Powered Freedom: Install Anywhere, Anytime Sensorbee’s solar-powered, wire-free design is a game-changer. Unlike systems reliant on grid power or frequent battery swaps, our devices operate autonomously with built-in solar panels and cellular connectivity. Whether mounted on a remote fence line, a bustling port, or a city neighborhood, Sensorbee sensors thrive without costly infrastructure. This flexibility enables hyper-local monitoring, empowering cities to pinpoint pollution hotspots or industries to safeguard perimeter emissions—all while slashing installation and maintenance expenses. Built for the Real World: Accuracy in Every Climate Environmental challenges demand rugged reliability. Sensorbee devices feature heated inlets to ensure precise particulate readings even in high humidity, a common pitfall for low-cost sensors. Weatherproof enclosures and temperature-compensated electronics guarantee performance from Arctic winters to tropical monsoons. This resilience ensures data integrity across diverse climates, making Sensorbee a trusted partner for global deployments. Smart Calibration, Trusted Data Data quality is non-negotiable. Sensorbee’s automatic calibration and self-diagnostic tools minimize manual intervention, addressing the drift and inaccuracies plaguing competitor devices. Gas sensors maintain baseline accuracy through intelligent algorithms, while periodic self-checks ensure long-term reliability. For smart cities and industrial sites managing large sensor networks, this translates to lower labor costs, higher trust in data, and actionable insights that drive meaningful change. Seamless Integration, Effortless Scaling Ease of use is at Sensorbee’s core. Our plug-and-play sensors and intuitive cloud platform allow rapid deployment and centralized management of hundreds of devices. Unlike legacy systems requiring complex integrations, Sensorbee’s API-ready architecture seamlessly connects with smart city dashboards, analytics tools, and automated alert systems. This forward-thinking design empowers organizations to scale monitoring efforts without technical bottlenecks, turning data into actionable strategies overnight. Proven in the Field, Trusted Globally Sensorbee’s technology isn’t just innovative—it’s validated. From collaborations in the UK to partnerships with global environmental initiatives, our solutions have demonstrated accuracy and reliability in real-world settings. This credibility bridges the gap between low-cost sensors and high-end reference stations, offering a cost-effective yet dependable alternative for cities and industries alike. Conclusion: The Future of Environmental Monitoring Sensorbee redefines what’s possible in air quality and environmental monitoring. By combining multi-sensor integration, solar-powered agility, climate resilience, and smart automation, we empower cities and industries to tackle pollution with precision. For smart cities crafting breathable urban landscapes or industries committed to sustainable operations, Sensorbee isn’t just a solution—it’s a strategic advantage. Ready to transform your environmental monitoring strategy? Discover how Sensorbee’s cutting-edge technology can deliver cleaner air, quieter neighborhoods, and healthier communities. Contact us today to explore tailored solutions for your unique needs.

Smart City In today’s industrial landscapes and smart city networks, precision in air quality monitoring isn’t just a luxury—it’s a necessity. From detecting toxic leaks in chemical plants to ensuring compliance with stringent emissions regulations, the ability to track gases like nitrogen dioxide (NO₂), sulfur dioxide (SO₂), carbon monoxide (CO), and ozone (O₃) at ultra-low concentrations is critical for safety, operational efficiency, and environmental stewardship. Yet, maintaining sensor accuracy over months or years of deployment remains a persistent challenge. Sensor drift, caused by aging components or environmental stressors, can silently compromise data integrity, leading to false alarms, missed hazards, or regulatory penalties. Enter Sensorbee’s high-accuracy gas sensors with Automatic Baseline Calibration (ABC) —a groundbreaking solution designed to eliminate drift and deliver reliable, drift-free measurements for industrial and urban air quality monitoring. The Hidden Cost of Sensor Drift Gas sensors, whether electrochemical or NDIR-based, are not immune to the passage of time. Gradual degradation of components, humidity fluctuations, or exposure to harsh environments can shift a sensor’s baseline readings. Imagine a scenario where a drifting CO sensor in a manufacturing plant fails to detect a leak, risking worker safety, or an over-reporting NO₂ sensor triggers unnecessary shutdowns in a refinery. Traditional solutions require frequent manual recalibration using bottled reference gases or factory resets—a process that demands downtime, specialized labor, and ongoing costs. How Automatic Baseline Calibration Works At the heart of Sensorbee’s innovation lies ABC technology , a self-correcting system that intelligently adapts to changing conditions. Inspired by advancements in CO₂ sensor calibration, our sensors leverage periods of “clean air” exposure—when pollutant levels naturally dip—to autonomously recalibrate their baseline. For instance, during off-hours in a factory or at night in urban areas, the system identifies these low-concentration windows to reset the zero point, effectively neutralizing drift. Additionally, span calibration checks are performed against embedded reference points, ensuring both baseline and measurement range accuracy. This dual approach mimics the rigor of lab-grade calibration but operates seamlessly in the field, 24/7. Why Sensorbee Stands Out While competitors rely on manual interventions or post-processing algorithms to compensate for drift, Sensorbee’s ABC-enabled sensors are built for real-world reliability. Key advantages include: Minimal Maintenance : Reduce site visits and labor costs by up to 70%, as sensors self-tune without human intervention. Consistent Data Integrity : Trust that Year 1 and Year 3 readings are equally precise, enabling long-term trend analysis and compliance reporting. Early Hazard Detection : Avoid missed alarms caused by sensor bias, ensuring leaks or spikes are flagged instantly. Versatility : From oil refineries to wastewater treatment plants, our sensors thrive in extreme temperatures, humidity, and corrosive environments. Beyond Gas Sensing: A Holistic Air Quality Ecosystem While high-accuracy gas detection is our cornerstone, Sensorbee’s outdoor air quality solutions go further. Integrate noise pollution monitors, ground vibration sensors, or particulate matter detectors into a unified network—all managed through our intuitive cloud platform. This holistic approach empowers industries and cities to tackle air quality, safety, and environmental compliance under a single, scalable framework. The Competitive Edge Many systems claim high accuracy, but few marry it with practicality. Low-cost sensors often lack drift correction, while high-end analyzers require costly upkeep. Sensorbee bridges this gap, offering lab-grade precision with the durability and autonomy demanded by field deployments. Whether monitoring stack emissions in real-time or safeguarding urban air quality, our sensors deliver unwavering reliability. Conclusion: Precision Meets Innovation In an era where data drives decisions, settling for unreliable measurements is no longer an option. Sensorbee’s high-accuracy gas sensors with Automatic Baseline Calibration  redefine what’s possible in industrial and smart city air quality monitoring. By eliminating drift and automating calibration, we ensure your data remains trustworthy, your operations compliant, and your communities safe. Explore how Sensorbee’s cutting-edge solutions can transform your air quality monitoring strategy. Download our product brochure here  to discover the full potential of precision sensing—engineered for the real world.

We’re excited to announce Andreas Sjöholm as Sensorbee’s new Chairman of the Board! With nearly two decades of experience in global finance and strategic investments, Andreas has a proven track record of driving business growth and fostering innovation. His deep expertise—from leading family offices to navigating complex cross-border financial landscapes—brings the strategic foresight Sensorbee needs for its next phase. We look forward to a close and fruitful collaboration as Andreas helps us scale both locally and globally, propelling sustainable growth in environmental monitoring solutions. Welcome aboard, Andreas !

Sensorbee is entering a new phase that calls for a different style of leadership. As a result, the company has appointed Simon Lexén, who has been with Sensorbee for 2.5 years and now takes on the responsibility as CEO, while David Löwenbrand, the former CEO, will transition to the role of CTO, focusing on his area of expertise. This change will benefit Sensorbee’s continued growth and position the group favorably for future success. Simon Lexén (CEO) and David Löwenbrand (CTO) Sensorbee