Buzzwords are not something new in the tech industry, and vibe coding is the newest buzzword that is gaining traction on the Silicon Valley streets. Not only a catchy phrase, but also a paradigm shift in the area of software development, it means that the ability of artificial intelligence is used to convert human thoughts into working code at the speed and effort that has not been seen before. Vibe coding enables users with non-traditional programming backgrounds to create their digital visions in plain English questions. It is not a revolution restricted to the United States but a worldwide one, and a startup located in Bengaluru is leading the way to introduce this innovation into the enterprise world. 

TableSprint, a new era of AI-driven development

With this new wave of AI-driven development, however, a startup called TableSprint has come up based in Bengaluru, with the promise of transforming the way enterprise applications are developed. The three visionaries who created TableSprint in 2024 are Abhijeet Kumar, Chirag Jadhav, and Naga Santosh Josula. TableSprint is a service model that is a SaaS (Software as a Service) and is a subscription tool used to drastically reduce the time and cost that are involved in traditional software development. The mission of the company is to enable businesses and individuals to build advanced, enterprise-grade applications within minutes, rather than months.

The process of coming up with a new enterprise application is long and costly. It may take months of planning, writing Business Requirement Documents (BRDs), and a group of professional software engineers doing a lot of coding. It may easily consume up to half a year and not be successful. An alternative is TableSprint, which is radical. Their platform, powered by advanced AI models, can enable users to develop a working prototype within 10 or so minutes. A more complex enterprise-level application can be developed and fully implemented in two to three weeks.

Technology and vibe coding

The main strength of TableSprint is its AI engine, which mainly relies on Claude, a leading large language model created by Anthropic. Other models of technology giants, such as OpenAI and Mistral, are also incorporated in the platform to make it as robust and versatile as possible in development. This multi-model design allows TableSprint to support a large spectrum of tasks and user queries, simple app layouts, and complicated data automation. The service is based on a subscription model, where it costs to host, automate, and run the services, and the first plan goes at a relatively low fee of approximately $19-20 a month.

Although vibe coding and applications such as TableSprint are transforming access to application development, they are not meant to render the conventional software engineers redundant. The underlying programming languages are, however, still needed, as indicated by the article. The AI tools are created on this basis, and they cannot work without it. These technologies are not putting human expertise out of business; they are generating new possibilities. The future of this new synergy lies in man and AI becoming partners in increasing technological advancement.

TableSprint is a relative newcomer, but the steps it is taking are already huge. The virtual team of 15-16 employees in Bengaluru has been successful in raising a pre-seed round, and the company has the capital required to grow its operations. It already has such large companies as Flipkart and Vedantu, and several international and domestic banks among its clients. TableSprint has already demonstrated value through its platform with 6,000 to 7,000 daily users.

Conclusion

TableSprint is successful, which highlights a wider trend of democratizing technology. TableSprint platforms are empowering a new breed of entrepreneurs, small businesses, and large enterprises to innovate in ways never seen before by reducing the barrier to establishing an app. With the trend of vibe coding boosting and Bengaluru and its vibrant startup scene are set to take a central place in the future of software development, showing that innovation is not geographically confined.