AI Chatbots Rewrite Code for Technology Sector’s Future

ChatGPT has ignited the world’s imagination about the power of artificial intelligence (AI). As science fiction is transformed into applications with real business potential, we may be on the cusp of a new product cycle that breathes new life into the technology sector after a harsh year for investors.

Since last November, the world has been abuzz with talk about AI. OpenAI’s launch of ChatGPT, a conversational chatbot built on the latest generation of large-scale language models (GPT-3), marked a huge leap forward in the application of AI for real-world uses. For the first time, people discovered the magic of communicating with a machine using natural language—and receiving rapid responses with an unprecedented level of sophistication.

Is This the Next “Killer App”?

The disruptive power spread like wildfire. By January 2023, the app had reached 100 million users. Microsoft made a multibillion-dollar investment in OpenAI. Google announced plans to shake up its search engine. ChatGPT unleashed profound business and social implications. Educators worry that it may soon be hard to distinguish real students’ work from computer-generated essays.

Surging popular interest has renewed optimism that this may be the “killer app” of cloud computing. While initial excitement over AR/VR gaming, cryptocurrency, and the metaverse has faded, industrial-grade inferencing offers transformative potential for productivity and economic growth.

Last year’s downturn left many investors concerned that the tech product cycle was over. Some see the recent rally as a bear market bounce. But innovation is a continuum: today, we’re experiencing a “hand-off” of growth leadership from the mobile-based ecosystem to cloud-based hyperscale computing. At the same time, the digital transformation in consumer technology of recent years is giving way to a breakthrough in industrial-scale productivity. Deploying an accessible, functional AI tool—which requires high-performance processing at scale—was previously impossible in a world of on-premises computing. Now, the abundance of cheap and powerful computing created by seven years of hyperscale cloud buildouts will enable new use cases.