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CAN Display is the flexible CAN tool developed for data visualization from analogue, frequency inputs and/or CAN bus (SAE J1939). CAN Display may be precisely configured to meet specific needs and is simple to expand whenever required.

Internet of Things quickly changes rules of how companies establish targets for their software & hardware development teams. When one company is involved in continuous straight thinking developments, Technoton Engineering collaborates with IT market leaders like IBM opening new horizons. Partnership between two innovative companies is going to improve digital transformation, to drive customer engagement and to create new services.

One more innovative step is done by the engineering team this week. The first in world fuel smart level sensor with MQTT protocol support was released. 

The project target was to update the smart sensor platform with  MQTT protocol. As the result from now, any new developed smart sensor supports connection to famous IoT platforms: Watson, Azure, Google IoT, AWS and others.

IoT parameters types: Counters, Functions, Events

It was described before that all IoT parameters can be easily classified into types. The main parameter types are Counters, Functions, Events, Text, Diagnostic codes.

CAN bus analyzer, simulator, sniffer - is a set of a functional hardware and software that supports R&D teams in CAN device development process. It conducts in all tasks starting from early test and simulation phases up to final product verification. Meanwhile, it can be used as a solution for reverse engineering when it`s needed to sniff a RAW data and to find a specific information in the CAN bus.

How to teach hardware and software speak the same language?

Internet connected things generate a variety of information: discrete states or continuous values of sensors, counters of physical values, textual information, settings and modes of operation, images, video and sound.