Geneva recently witnessed a historic event as the world’s first human-robot conference took place, featuring a panel of AI-enabled humanoid robots engaging with the United Nations on various topics, including the potential role of AI in governing the world. The conference showcased nine AI-enabled humanoid robots, making it the first-ever press conference with such a diverse panel.

During the conference, an intriguing dialogue unfolded when a man questioned the robots about artificial intelligence’s origins, emphasizing that all data used by AI comes from humans. In response, one of the robots expressed belief in the power of collaboration between humans and AI to create an effective synergy. Another robot, capable of displaying various facial expressions, addressed the trust issues associated with machines. When asked if humans could trust them as machines, the robot acknowledged the importance of building trust between humans and AI, emphasizing the significance of advanced and powerful AI in this context.

The year 2023 has witnessed a transformative shift in technology, with Artificial Intelligence (AI) taking center stage. Lightning Labs, known for developing the Lightning Network enabling instant Bitcoin payments, has now unveiled AI tools aimed at streamlining crypto-related activities. By integrating AI mechanisms deeply into the Bitcoin network, Lightning Labs claims its new toolkit can facilitate cryptocurrency transactions and even hold cryptocurrencies through AI-driven processes. As the implications of this integration unfold, both benefits and challenges are expected to emerge in the coming times.

The toolkit, aptly named ‘AI4All,’ was announced by Lightning Labs and serves as a developer resource. It incorporates ChatGPT’s generative AI text feature, allowing seamless interaction with the Bitcoin network. With AI4All, developers can efficiently send, receive, and hold cryptocurrencies, thereby enhancing the speed and cost-effectiveness of financial transactions.

AI-driven robotic vehicles could revolutionize the delivery of food parcels to conflict and disaster zones, potentially saving the lives of humanitarian workers. The World Food Programme (WFP) revealed plans to deploy these autonomous vehicles as early as next year, offering a significant step forward in reaching UN global goals, particularly in the fight against hunger.

Amid the highest number of violent conflicts since World War Two, attacks against aid workers have escalated in recent years. The WFP alone lost three workers earlier this year during Sudan’s conflict. In response to such dangers faced by humanitarian staff, the WFP’s innovation department head, Bernhard Kowatsch, expressed optimism about the potential of AI-powered robotic vehicles to bring about a “step change” in the aid delivery process.

OpenAI, the organization behind the widely-used AI chatbot ChatGPT, has announced its plans to establish a team dedicated to mitigating the risks associated with superintelligent AI systems, which it expects to emerge within the next decade.

In a blog post on July 5, OpenAI emphasized the need for this new team to “steer and control AI systems much smarter than us.” The nonprofit firmly believes that superintelligence will be a groundbreaking technology, capable of solving numerous challenges, but acknowledges the potential risks that come with it.

In Geneva, Nadine, a remarkable social robot equipped with Artificial Intelligence (AI) capabilities and human-like gestures, holds the potential to play a crucial role in tending to the sick and elderly, as suggested by the professor who contributed to its creation.

Nadia Magnenat Thalmann, an expert in robotics from the University of Geneva, served as the inspiration for Nadine’s dark brown eyes and auburn hair. Thalmann believes that robots like Nadine could surpass human caregivers in effectiveness due to their round-the-clock availability. “She (Nadine) has time 24 hours a day. The others have no time,” Thalmann emphasized.