Apple had high hopes for the iPhone 16, featuring new artificial intelligence capabilities, but early pre-sale numbers are not looking good. They sold about 37 million units during the first weekend of pre-sales, which is over 12% lower than the previous year’s iPhone 15 launch.

Sales of the pricier iPhone 16 Pro models were especially weak, down 27% and 16% for the Pro and Pro Max versions. In contrast, sales of the more affordable iPhone 16 and iPhone 16 Plus saw a slight increase, raising concerns about consumer choices and how this could affect Apple’s overall revenue.

Although Apple hasn’t shared exact sales figures, shorter delivery times for the iPhone 16 Pro models may indicate better supply chain management rather than strong demand. Many consumers might not yet understand the value of the new AI features, making it harder for Apple to encourage upgrades. Still, analysts are hopeful that the iPhone 16 will gain traction as the important holiday sales season approaches.

Commercial bus drivers in Edo State are celebrating the benefits of converting their vehicles to CNG (Compressed Natural Gas) engines. Many have shared testimonies about how the switch has significantly reduced their fuel costs, allowing them to save more and operate efficiently. The conversion is part of an ongoing initiative to promote eco-friendly alternatives and reduce the reliance on petrol, which has become increasingly expensive. Drivers in the region are welcoming the move as a game-changer for their daily operations.

AI-powered drones may soon work in teams to prevent wildfires, according to UK researchers. The project, still in testing, aims to deploy up to 30 autonomous drones to detect and extinguish fires. This is the first initiative combining drone technology with swarm engineering for firefighting.

These large, twin-engine drones have a 9.5-meter wingspan and can carry significant amounts of water. Unlike human-piloted drones, they operate fully autonomously. Inspired by the coordinated behavior of birds and bees, the next phase of the research focuses on swarm engineering, where drones work together to tackle complex tasks, potentially transforming wildfire prevention efforts.