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VERY SIMPLE CONTROL PROTOCOL: Ideal For The Internet Of Things

Electronics For You

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September 2025

Very Simple Control Protocol, or VSCP, is a free and open protocol suitable for automation tasks. Its simplicity, reliability, and scalability make it excellent for building powerful and efficient IoT environments.

The Internet of Things (IoT), as we all know, refers to the collection and exchange of data between devices embedded with sensors and connected with a network. These devices can vary from classical home appliances and industry equipment, to smart healthcare monitors and agribots.

According to a recent report, the global IoT market, valued at approximately US$595.73 billion in 2023, is estimated to be worth US$4062.34 billion by 2032. In 2023, North America dominated the smart cities market share, thanks to their cutting-edge infrastructure development. However, owing to urbanisation and industrial digitisation, the Indo-Pacific is expected to register the highest growth rate till 2032. Smart cities, healthcare, agriculture, and industrial automation are the key sectors fuelling IoT adoption, driven by favourable government policies and advancements in technology.

Applications of IoT

IoT is used widely in domains in which several appliances communicate with each other.

Smart homes and consumer electronics. IoT is now being integrated within the smart home to make living more comfortable and energy-efficient. Solutions such as smart thermostats adapt household temperatures according to user preferences and integrate dynamic decision-making using machine learning. IoT systems help users control lights through remote control handheld gadgets, optimising the consumption of electricity. Voice assistants like Amazon Alexa and Google Assistant manage connected home devices, answer questions, and set reminders.

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ML-based wireless power transfer

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3mm-thick holographic display that delivers lifelike 3D visuals

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Smart Trolley Robot 'TROLL.E 1.0'

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Compact metal-free thin-film supercapacitor delivers 200V

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Al-powered self-driving lab tests materials 10x faster

Researchers at NC State (Raleigh, North Carolina) have developed an Al-powered self-driving lab that uses dynamicstate flow and real-time data to test materials 10x faster than traditional labs.

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Breakthrough in co-packaging photonic and electronic chips

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