Frequently Asked Questions (FAQ)

Sensoneo is a leader in smart waste solutions, providing end-to-end data-driven waste management systems and digital circular economy solutions. Their technology helps cities, businesses, and countries optimize waste collection, improve sustainability, and reduce costs.

Sensoneo offers a range of smart waste management services, including smart waste sensors, waste management software, container deposit system IT solutions, and customized sustainability and reporting tools. In short, we provide waste collection management solutions for cities and waste haulers, waste management solutions for factories and the manufacturing industry, reverse logistics solutions for EPR operators, as well as nationwide implementation of container deposit systems.

The company was founded in 2017, by Andrea Basilova and Martin Basila, who is currently also the CEO of Sensoneo.

Sensoneo HQ is located in Bratislava, the capital of Slovakia, a member state of the European Union. Sensoneo has offices in the USA and Singapore.

Our company is active in more than 90+ countries around the world. We have a strong presence in Europe, North America, Singapore, the MENA region, and are continually expanding our operations to new markets. Sensoneo’s technology is deployed across 5 continents, serving cities like Prague, Madrid, Reykjavik, Buenos Aires, and more.

Currently, there are more than 90 employees working at Sensoneo. The majority of our people work from Bratislava, Slovakia, with an active branch in the USA and a business developer operating directly in the Middle East.

Implementing Sensoneo’s solutions can lead to significant financial savings, such as $156 annual savings per bin in Prague. There are also operational efficiencies, like reducing labor needs and optimizing waste collection frequencies.

Sensoneo’s solutions have positively impacted over 165 million people through its container deposit system IT platform, with more than 600 projects in over 90 countries worldwide.

Sensoneo places a strong emphasis on research and development, which allows us to stay at the forefront of innovation in the field of waste management. Our in-house software and hardware developers are constantly working to develop new technologies and processes that enable us to more effectively and efficiently manage waste, while also reducing environmental impact.

Our customers highly value the fact that we are providing an end-to-end complete solution combining software and hardware and are thus taking full responsibility for our products. If any issues occur, our clients do not have to deal with two different vendors.

We are a stable and reliable partner who started as a startup, and we still have the anything-is-possible mindset. We find solutions also for problems that seem impossible to solve and deliver on competitive timelines.

Smart waste management refers to the use of technology and data analytics to improve the efficiency and effectiveness of waste collection and disposal. Some of the advantages of this approach include:

1. Optimized routes: By using fill-level monitoring sensors and routing algorithms, waste collection vehicles can be routed dynamically and in the most efficient way possible, reducing the distance traveled and fuel consumption. This can help to decrease greenhouse gas emissions and save on costs.
2. Saving costs and time: By optimizing routes and increasing the efficiency of waste collection, smart waste management can significantly help to save time and reduce costs.
3. Sustainability: Smart waste management can help to reduce the environmental impact of waste disposal, as it can help to reduce the amount of waste that ends up in landfills and increase the recycling rate.
4. Data-driven approach: Smart waste management relies on data analytics to make informed decisions about waste collection and disposal. This data-driven approach allows for a more efficient and effective waste management system.
5. Transparency: Smart waste management systems often involve the use of sensors and other technologies that can provide real-time data on waste levels and collection rates. This can help to improve transparency and accountability in the waste management process.
6. Improved efficiency: By using technology to optimize routes and increase the efficiency of waste collection, smart waste management can help to improve the overall efficiency of the waste management system.

Overall, the main advantage of smart waste management is that it can help to improve the efficiency and effectiveness of waste collection and disposal, leading to a variety of benefits including reduced greenhouse gas emissions, cost savings, increased sustainability, and improved efficiency.

Yes, Sensoneo is definitely growing and expanding. We are constantly scaling our operations and exploring new markets in order to increase our reach and impact. As a result of this growth, we have seen an increase in our revenues and have received new investments. We are committed to using these resources to further enhance and expand our waste management services, while also maintaining our commitment to sustainability and responsible business practices. Overall, we are excited about the growth and development opportunities that lie ahead for our company.

An ultrasonic bin level sensor is a device that is used to measure the level of waste or other materials in a bin or a container. It works by emitting ultrasonic waves (i.e., sound waves with a frequency higher than the upper limit of human hearing) and measuring the time it takes for these waves to bounce back after hitting the surface of the waste material. Based on the time it takes for the waves to bounce back, the sensor can calculate the distance to the waste material and determine the level of waste in the bin.

Ultrasonic bin level sensors are commonly used in waste management systems to monitor fill levels of bins and containers, allowing waste haulers to optimize their routes and schedules. They can also be used in other applications, such as inventory management and process control, to measure the levels of materials in tanks, hoppers, and other containers. Another example is water level monitoring: our sensors are monitoring the underground water levels in manholes in several villagesin Norway.

The deployment of our sensors is very easy and user-friendly and can be conducted by customers themselves. However, Sensoneo is operating through the network of certified reseller partners which can act as system integrators for large-scale deployments in different countries all over the world.

Based on the type of our sensor, they support connectivity with LoRaWAN, Sigfox, NB-IoT, CAT-M1 or GPRS.

Batteries of our sensors have a lifespan of approximately 5 years and they are easily replaceable at the end of their lifespan.

The minimum warranty for the sensors as stated in the contract is 1 year. The lifespan of sensors is very individual, based on the frequency of data messages, as well as the temperature conditions, but the average duration of our sensors is 4-5 years.

Our ultrasonic bin sensors offer a number of competitive advantages, including:

1. Durability: These sensors are very robust, which means they have a longer lifespan and can withstand harsh environmental conditions.
2. Scalability: These sensors can be deployed on a large scale, making them suitable for use in cities or municipalities with a large number of waste bins.
3. Ease of use: These sensors are easy to install and use, which makes them accessible to a wide range of customers, not only big cities.
4. Versatility: These sensors can be used in a variety of environments, monitoring different types of waste in various types of containers and bins.
5. Connectivity: These sensors can transmit data over different IoT networks, allowing for real-time monitoring and analysis of waste levels.
6. Community engagement: By using these sensors, cities and municipalities can engage their citizens in the waste management process and help promote a more sustainable waste management policy.

Read more about the competitive advantages here.

The price of an ultrasonic bin-level sensor can vary significantly depending on a number of factors, including the specific features of the sensor, the number of sensors being purchased, and the level of integration with other systems (such as IoT connectivity).

In order to get a more accurate estimate of the price for a particular sensor, it is best to contact us directly and provide us with details about your specific requirements and needs. Our business development managers will be able to provide you with a customized quote based on your specific requirements.

The solution provides remote visibility into container fill levels in factories and facilities through automatic notifications (sensors) or manual inputs (buttons). This enables just-in-time waste collection without disrupting production flow. A collection planning engine and driver app based on the factory floor plan ensure more efficient waste management within the factory.

Simply put – our solution brings waste in factories under control by automating and digitizing waste collection processes, tailored to the specific needs of industrial operations while providing data for optimization.

We require certain operational data such as facility layout and container locations to configure the Smart Waste Management System. Once configured, the system can efficiently manage waste collection. The solution is easy to integrate and can be up and running within 7 working days. Based on the level of customization, the implementation can naturally take longer.

Sensoneo has implemented IT systems for container deposit systems in 9 countries—Austria, Ireland, Hungary, Malta, Poland, Portugal, Romania, Slovakia, and Singapore. Read more in this article.

Sensoneo’s container deposit system enables stakeholders to maximize post-consumer recycling potential by optimizing and automating operations, increasing efficiency, improving transparency, and providing a user-friendly approach. From a process perspective, Sensoneo’s container deposit system solution covers all key implementation and operational phases, including project management, configuration, data migration, testing, go-live, and support. Sensoneo’s container deposit system acts as the backbone of the entire operation, with modules supporting all activities related to system preparation, execution, and reporting. The modules reflect specific requirements a needs, and completely fulfill all the obligations of each stakeholder.

A take-back system is designed to allow consumers to return used products to the manufacturer or retailer for proper recycling or disposal. This is typically implemented to support the circular economy and reduce waste. In a circular economy, resources are used efficiently and waste is minimized through closed-loop systems that enable the reuse or repurposing of materials.

These programs can be operated by manufacturers, retailers, or third parties, and may include drop-off locations, mail-back programs, or other methods for collecting used products.

Nationwide WEEE collector in Czech Republic ASEKOL with more than 22 000 collection points and 44,5 tonnes of e-waste collected in 2021. Read about the reference here.

Take-back systems can be applied to various waste streams, including electronics, batteries, packaging, textiles, metals, ceramics, and used tires. Actually, every waste with a big value in the material that it is made from, which can later be recycled ensuring the strengthening of the circular economy. Other examples can be old tires, ceramics, metal, or textiles.

The system works by installing a lock inside each container that requires controlled access. Users are given access keys (e.g. fob or card) which are managed via Sensoneo’s platform. Through the platform, admins assign which users can open which bins. Access rights are updated daily (at midnight by default, though this can be customized).

The system is compatible with a wide range of container types, including semi-underground, underground, and large-capacity or compactor containers. A mounting kit is supplied to enable installation in different kinds of containers.

No, the solution is battery-powered, and it does not require external electricity. The solution is battery-powered and does not require an external power supply. Read more in this article.