## Short Segments Amazon's drone delivery service is set to expand dramatically, with plans to reach nearly 500 U.S. cities by the end of 2026. Meanwhile, in the UK, operations face scrutiny. We'll dive into the implications of this expansion later in the episode. Also coming up, Cerebras launches its CS-4 system, promising a 30-fold speed increase over traditional GPUs. Murf AI challenges voice AI leaders with its cost-effective Falcon 2 model. Velaura raises $110 million to develop power-efficient AI chips. Einride orders 500 Tesla Semis, with Amazon holding a stake. And finally, TikTok explores peer-to-peer payments within direct messages. Cerebras unveils the CS-4, a multi-wafer system promising unprecedented speed. Cerebras has introduced the CS-4, its first multi-wafer system, combining three of its massive processors into a single rack. This new system is designed to run AI models up to 30 times faster than traditional GPU-based systems, marking a significant leap in AI processing capabilities. The CS-4 aims to provide a more efficient and powerful solution for AI inference, potentially reshaping how AI workloads are handled in data centers. With its launch, Cerebras positions itself as a formidable competitor in the AI hardware space, challenging the dominance of GPU-based systems. This development could lead to faster AI model deployment and reduced operational costs for companies relying on AI technologies. Murf AI launches Falcon 2, a cost-effective voice AI model challenging industry leaders. Bangalore-based Murf AI is set to disrupt the voice AI market with its Falcon 2 model, launching at a competitive price of $0.01 per generated minute. This pricing is a fifth of what major competitors like ElevenLabs charge, making it an attractive option for businesses seeking affordable AI solutions. Falcon 2 not only offers cost savings but also boasts performance metrics that surpass some OpenAI models, according to independent benchmarks. With support for over 150 voices in more than 35 languages, Murf AI aims to capture a significant share of the enterprise market, providing a viable alternative to established players in the voice AI industry. Velaura secures $110 million to develop AI chips that reduce power consumption. Velaura AI, a Santa Clara-based startup, has raised $110 million in a Series A funding round, pushing its valuation over $1 billion. The company focuses on creating ultra-low-power AI chips designed to cut energy consumption in data centers and physical AI applications like robotics. This funding round, led by Seligman Ventures, highlights the growing investor interest in sustainable AI technologies. Velaura's approach could significantly lower operational costs for AI-driven businesses, offering a more environmentally friendly alternative to traditional high-power AI chips. As the demand for energy-efficient solutions rises, Velaura's innovations could play a crucial role in the future of AI infrastructure. Einride orders 500 Tesla Semis, with Amazon quietly holding a stake in the company. Swedish electric trucking firm Einride has announced the purchase of 500 Tesla Semis, marking the largest deployment of these electric big rigs to date. Notably, Amazon holds a 12% stake in Einride, positioning itself to benefit from this significant expansion. The Tesla Semis will be integrated into Einride's fleet over the next two years, enhancing its capacity to provide sustainable freight services. This move underscores the growing shift towards electric transportation solutions in logistics, with major players like Amazon investing in the future of green transportation. The deployment of these Semis could accelerate the adoption of electric trucks in the logistics industry. Europe's data center expansion shifts away from traditional markets. Europe's data center capacity is set to reach 13 gigawatts by the end of 2026, with a notable shift in where new capacity is being added. Only 37% of the 700 megawatts added in the second quarter went to the traditional big five markets of Frankfurt, London, Amsterdam, Paris, and Dublin. This trend indicates a diversification in data center locations, driven by increasing demand and limited supply in established markets. As new regions emerge as data center hubs, this could lead to more balanced growth across Europe, potentially reducing congestion and costs in traditional markets. TikTok explores peer-to-peer payments within direct messages. TikTok is developing a feature that would allow users to send money through direct messages, leveraging its existing TikTok Pay system. This potential addition to TikTok's financial services could enhance user engagement by integrating payment capabilities directly into the app's social interactions. If implemented, this feature would position TikTok as a competitor in the peer-to-peer payment space, challenging established platforms by offering a seamless payment experience within its popular social media environment. The move reflects TikTok's ongoing expansion into financial services, aiming to diversify its offerings and increase user retention. ## Feature Story Amazon's drone delivery service is set for a massive expansion, aiming to reach nearly 500 U.S. cities by the end of 2026, a sixfold increase from its current footprint. This ambitious plan marks a significant step in Amazon's long-term vision for drone deliveries, which began over a decade ago. The expansion will enable millions more customers to receive lightweight packages via drones, potentially transforming the logistics landscape in suburban areas across the United States. However, while the U.S. sees rapid growth, Amazon's drone operations in the UK face challenges. The company's only British site in Darlington is under investigation by the Air Accidents Investigation Branch, with its Civil Aviation Authority permission set to expire at the end of the year. This situation highlights the regulatory hurdles and safety concerns that continue to impact drone delivery services globally. Amazon's Prime Air service utilizes advanced technology, including an industry-leading Detect-and-Avoid system, allowing drones to independently monitor airspace and make real-time safety decisions. This technology is crucial for ensuring the safety and reliability of drone deliveries, especially as the service scales up to cover more areas. The expansion of Amazon's drone fleet in the U.S. could lead to faster delivery times and reduced shipping costs, providing a competitive edge in the e-commerce market. However, the regulatory challenges in the UK serve as a reminder of the complexities involved in deploying drone technology at scale. As Amazon navigates these challenges, the success of its drone delivery service will depend on its ability to address safety concerns and comply with varying regulations across different regions. Looking ahead, the expansion of Amazon's drone delivery service could set a precedent for other companies exploring similar technologies. As drone deliveries become more commonplace, we may see increased investment in drone technology and infrastructure, as well as evolving regulations to accommodate this new mode of delivery. For consumers, this could mean faster and more convenient access to goods, while businesses may benefit from streamlined logistics and reduced operational costs. As Amazon continues to push the boundaries of what's possible with drone technology, the coming years will be critical in determining the viability and scalability of drone deliveries on a global scale. Stakeholders will be watching closely to see how Amazon addresses the challenges it faces and whether its ambitious expansion plans can be realized.