OpenAI to take on bots with its new social network platform with biometrics

OpenAI is reportedly embarking on an innovative venture to create a social networking platform designed specifically to combat the pervasive issue of bot-driven spam that plagues current social media. A recent report from Forbes indicates that this new platform is in its initial development phases and aims to implement biometric verification to ensure a human-only user experience. This ambitious platform is set to pose a direct challenge to established giants like X (formerly Twitter), Instagram, and TikTok, where bot activity has increasingly compromised the authenticity of user interaction and engagement. The platform intends to introduce a mechanism for users to establish their identity through biometric verification, akin to technologies like Apple’s Face ID. An anonymous source revealed to Forbes that this verification process could involve scanning users' eyeballs to generate a unique identification, thus guaranteeing that all participants are indeed human. This approach could differentiate OpenAI's offering in a market where traditional social networks have not yet employed similar security measures. The prevalence of bot accounts remains a significant concern, as highlighted by X's recent removal of approximately 1.7 million such accounts. Yet, despite these efforts, the platform continues to grapple with bot interference, detracting from the overall user experience. OpenAI's entry into the social media arena may not be entirely unexpected, especially given its success in attracting users to its AI-driven video application, Sora. Additionally, the company has been integrating social media-like features into ChatGPT, edging closer to creating an all-encompassing application. If the rumors about its biometric approach hold true, OpenAI could introduce a groundbreaking solution to the ongoing challenges faced by social networks. However, the journey to compete with entrenched platforms like Instagram and X will undoubtedly be a formidable task.