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Tel.: +45 5143 4967



Tel.: +49 89 5896 3989

United States


Tel.: +1 (646) 361 0109

Synap°IoT [ˈsɪn æp•i•o•t]



& Predictive Maintenance

Temperature Logging

Predictive Maintenance

Checking: Compressor


A simple retrofit solution for refrigerator, freezer, air conditioner and reefer container compliance

 Try me


Temperature Logging 4.0


  • Automated documentation and reporting

  • High precision ranges from -200 ° C to + 100 ° C

  • Notification of temperature deviations

  • Patented predictive maintenance algorithm

  • Alerting in the event of future failure of the cooling unit

  • Cloud data storage

  • NB-IoT, LTE-M, 4G, 3G and GPRS transmission

  • FDA, CFR 21 Part 11 & GxP compliant

  • Tablet, smartphone and browser interface



1/3 of all food produced in the world is wasted. Many thousands of tons of food end up in the rubbish every year due to incorrect storage and transport. At Synap°IoT we feel obliged to counteract this with the use of our technology.

SynCore™ IoT-Platform


SynCore ™ is the IoT-platform from Synap°IoT - here you can manage all your sensors and captured data. We even integrate third-party sensors into SynCore ™. So you have an intuitive overview of all relevant sensor data in a dashboard.


  • All sensor data in the dashboard

  • Export reports (PDF, CSV, Excel)

  • Set tolerance limits for alarms (min., Max. And tendencies)

  • Manage notification recipients (SMS and e-mail)

  • Predictive maintenance

  • Calibration value (setting)

  • Update hardware firmware (manual / automatic)




We offer predictive maintenance as well as automatic temperature recording, logging and monitoring for containers, air conditioning systems, trucks, refrigerators and freezers.


Do you want to save time and money and eliminate the manual temperature measurement of refrigerators and freezers while increasing your compliance?

We automate the logging, create the reports for the authorities - so that they are digitally available to you every day. Your documentation documents and all compliance documentation are stored completely and securely in the cloud,

and always available for your next test visit and set up in accordance with GxP.


Our patented predictive maintenance algorithm continuously monitors the parameters of the cooling unit. Deviations in the pattern are recognized immediately and can predict a possible future failure within 2-4 weeks.



Product overview 

Machine Learning

Predictive maintenance

Artificial intelligence, machine learning and predictive maintenance continuously analyse the pattern of your cooling unit. Irregularities, e.g. in the compressor or condenser, can be recognized very early and failures, e.g. Damage to the cooling unit can be prevented by an additional service visit.


Warnings and alarms are part of the SynCore surveillance subscription. You will receive an instant notification in the form of an email and a text message when the refrigerator changes its normal pattern. For example, if the temperature does not self-regulate over a given period of time, shows an increasing tendency and, for example, approaches a defined critical value.


In the setup phase, we support you in setting the relevant parameters. Our SynCore™ platform, through machine learning and artificial intelligence, gets to know your cooling units better and better, so that irregularities can be detected earlier and earlier.


Patented Algorithm

Preventive maintenance

We can predict the following possible errors in the cooling system with our predictive maintenance algorithm:


  • Dusty or Clogged condenser

  • Compressor failure

  • Pressure drop from the refrigerant

  • Leakage in the system

  • Loss of function

  • Failures of mechanical temperature controllers

  • Cooling container not closed properly

In the setup phase, we support you in setting the relevant parameters. Our SynCore™ platform, through machine learning and artificial intelligence, gets to know your cooling unit better and better, so that irregularities can be detected earlier and earlier so that a service technician can address the problem to prevent your cooling unit from being damaged or even failing.




SynLab:IoT is the research and development center of SynapIoT. Here we work on synergies from the combination of the disciplines of engineering, software, mathematics to implement applied research and development. In cooperation with our project partners and our clients, we help to realize ground-breaking and innovative projects and thus create comparative advantages through digitization.


Here you can get inspiration from our IoT modular system. We offer you a variety of sensors, transmission technologies and hardware specifications. Please let us know your challenge, together we will find the best solution in the sea of ​​possibilities.



The new transmission frequency, Narrow Band IoT (NB-IoT), is build on the old GSM-900 standard, uses the same infrastructure and transmission masts. The existing GSM-900 radio masts have been converted to the "narrower" NB-IoT standard, since much less "width" of data is required for the exchange with IoT units than for cell phones. This means that a radio mast can serve hundreds of times more IoT units than cell phones. This change significantly increased the range and penetration of the building. The NB-IoT network even penetrates several meters of concrete, which enables reception even in deep basements.

The NB-IoT technology uses the secure 3GPP industry standard, it is an internationally recognized, standardized and reliable technology and architecture. 3GPP offers a multi-vendor connectivity, compatibility and secure international coverage

Specially optimized for existing mobile networks in licensed frequency ranges.

NB-IoT Perfect for IoT


Everything can be connected with IoT that can be networked sensibly and economically. The basis for this development: an adequate network.


NB-IoT is particularly ideal for many sensors and IoT applications that exchange data only rarely or only sparingly. For these and the following reasons, we at SynapIoT have decided to take advantage of this technology and incorporate it into all of our products.


For most public and private IoT applications, the “narrow” or low bandwidth of Narrow Band IoT is more than sufficient. NB-IoT is also a perfect solution for IoT due to its optimal security of supply and nationwide presence - a much better solution than WLAN or LAN, since these networks are comparatively unstable and sometimes also insecure.


In addition to the NB-IoT transmission unit, we have also expanded our products with GPRS, 3G and 4G transmission units to ensure that reception is possible everywhere, with automatic firmware updates there are no data jams and you always have your data in your dashboard as quickly as possible. An NB-IoT connection is prioritized in the standard configuration. A LAN and WLAN connection is also possible as an option. This ensures a stable redundant connection with our sensors.


In our opinion, IoT-Equipment-as-a-Service (IoT-EaaS) is the next step towards a simpler and more advanced usage model. You "rent" our products and services, thus protecting your balance sheet and only burdening your income statement in the correct period. Your accountant will no doubt be happy not to activate and not to write off a depreciation plan, but only to record an expense.

This also means a much more effective way of working, because if you no longer need the sensor, simply send it back to us and then others can benefit from it. This corresponds to the modern and sustainable thinking of our customers and fits our innovative products.

What does that mean for you?

It means that you have to rent the hardware and not buy it - you only pay monthly for the service and a setup fee.


Food waste

United Nations SDG no. 12


SynapIoT is committed to minimizing food waste by helping owners of refrigerators and freezers maintain a desired constant temperature inside. With our patented predictive maintenance technology installed or retrofitted in or on a refrigerator or freezer or chest, our intelligent SynCore ™ system can constantly ensure that food products are kept at the right temperature. At the same time, a large number of sensors, our patented predictive maintenance algorithm, analyse the complete condition of the device. In the event of any discrepancy, a warning or alarm is triggered immediately and sent to you. This is how we prevent food from being stored at the wrong temperature and having to be disposed of.


Our vision is to use our technology to help minimize food waste worldwide. Every time we convert a fridge or freezer into a Smart Cooler or Freezer, we save on average more than 50 kg of food and several hundred kilograms of CO2.


Goal 12: Responsible consumption and production. ... Encouraging industry, businesses and consumers to recycle and reduce waste is just as important as helping developing countries to switch to more sustainable consumption patterns by 2030.


Made in Munich

Engineering & Production 

We have carefully selected our components and the quality of our circuit boards and chips. In order to offer an IoT EaaS model, we have to offer our customers excellent quality, reliable sensors and maximum efficiency through the most modern manufacturing technology - this is how we ensure our success and ensure a high level of customer satisfaction. We deliver a reliable product. One of our unique selling points is our company policy: We only work with components of the highest quality that are sourced from the best in the industry. Our products are developed and manufactured in Munich, in the research and development department. In this way, we guarantee sustainability and the highest quality craftsmanship of our products and all "Made in Germany".


Danish Design  

Danish design stands for aesthetics, functionality and simplicity. This style characterises our products, in form, function and handling as well as sustainability.

SynapIoT has placed its production design focus on environment and design. 
At SynapIoT we have developed an aesthetic product that makes use of the interaction between environment, technology and design. To protect the environment from unnecessary battery consumption, external power consumption is possible.
In this way we contribute to sustainable production and use. We have also created a robust product with a lifetime guarantee. 
Our infrastructure enables automatic firmware updates and thus ensures a long service life for our hardware. 

The intuitive handling of our user interface allows you to easily access your data and reports. Our design concept is an all-round concept - and for us that is Danish Design. 


​The Sensors and our technology has already been tested thoroughly at Nordic Bioscience and Lauda Technologies, first units of the 2nd generation will be delivered to customers in January 2020 thanks to the massive support from our partners.


Our products are based on proven technology and a stable infrastructure to ensure reliability. We received a great deal of support from the Danish Ministry of Foreign Affairs of Denmark, the Innovation Centre Denmark and Invest in Denmark, as well as through participation in the GoB2B Accelerator Program of the Danish Ministry of Foreign Affairs.