QuecPython: how to use Python for IoT development (India)

The readability, simplicity and versatility of Python make it attractive to a widening range of developers – and QuecPython is the ideal execution environment when using Python for IoT projects. Python’s high-level built-in data structures, combined with dynamic typing and binding, make for rapid IoT application development. The language can be used by programmers, network engineers and those outside traditional computing disciplines who find its user-friendly attributes appealing – and, partly because of this user-friendliness, a growing ecosystem of tools and solutions for Python development has emerged.

QuecPython is one such solution. QuecPython, built on MicroPython, enables Python programming for Quectel's IoT modules, and is designed to help developers accelerate project development. QuecPython allows innovators to adapt our modules quickly with a low-code approach to suit their precise requirements in less time and at reduced cost, while maintaining high security standards that are underpinned by network identity authentication and data encryption. Designers can run application code directly on a cellular module’s CPU, without requiring an external MCU, meaning QuecPython can enable solution development in as little as 30 minutes when using Python for IoT.

With scripting language development, there is no need to compile because what you write is what you get - and QuecPython also enables integrated writing and debugging and dynamic loading of scripts, ensuring simpler and more flexible application upgrades. In common with Python itself, QuecPython is also easy to learn and use, and users can access NLP, a rich application framework and object-oriented design. View this Masterclass webinar to learn how innovators can benefit from the unique advantages of QuecPython when using Python for IoT development, particularly for our NB-IoT modules like the BC92, with a focus on how it can be used to build competitive products in the rapidly growing Indian market.