CASE STUDY architectures , low-code platforms can encapsulate even advanced capabilities as pre-wrapped , modular blocks of code ( think Lego pieces ).
These blocks may include API connectors for an array of specialized capabilities sourced from a range of technology providers . For example , our new low-code-built platform leverages more than 180 web APIs and 17 third-party integrations that enable us to rapidly build , deploy and test new modular components with actual consultants and consumers .
As a result , consultants can now personalize Table around their specific interests by sharing images , videos , product catalogues , recipes , interactive games or quizzes to their own customizable content feed .
Development teams can assemble those powerful blocks of modular code into ready-to-deploy solutions without any need for the specialized , expensive expertise it would take to introduce those same capabilities from raw code . Instead , teams can quickly produce and tweak new customer experiences by combining custom code with these highly-capable available modules .
As a result , low-code is a shortcut for tapping into emerging technologies that would otherwise be realistically out of reach . At the same time , smaller development teams – or teams including non-coders who are effectively upskilled by the intuitive modular coding approach – can complete applications and put them into production in days rather than years .
There ’ s also the long-term advantage of better efficiency . As Brian Sathianathan , CTO and a Co- Founder at Iterate . ai , tells me : “ There ’ s tremendous reusability of components ( or templates ) from previous low-code projects , so low-code reduces – if not eliminates – the need to continually reinvent the wheel .”
The rapid development and iteration our transition to low-code provides has been an essential ingredient empowering us to complete and continue to improve our social commerce solutions . Across the industry , the profound time , cost and technological benefits brought within reach by low-code development are difficult to even calculate versus traditional approaches – and ought to be just as difficult to ignore . p
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