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Tesla, Inc. TSLA Cybertruck updates, especially from influencers and the company’s fanbase, have been coming in thick and fast. Future Fund Managing Partner Gary Black is an analyst who is upbeat about the prospects for the electric pickup truck.

What Happened: Cybertruck deliveries are likely to “far exceed” Wall Street estimates, said Black in a tweet. He noted that the current consensus delivery estimates for 2024 and 2025 are 91,000 units and 160,000 units, respectively.

Following the ramp-up, Tesla is planning for annual production of 375,000 units, the analyst said. The consensus estimates are at least 200,000 per year short, he added.

Formula One (F1) has always been a technology-driven sport. Behind every car tearing up the circuit at 250 mph is a team of engineers and scientists competing to wrangle every advantage, leveraging the latest innovations in data, analytics and high-performance computing.

Right now, as is the case in every industry, artificial intelligence (AI) is driving a wave of disruption, transforming car design, race performance and fan experience alike.

As Christian Horner, CEO of Oracle Red Bull Racing, says, “Data is in the team’s lifeblood. Every element of performance – how we run a race, how we develop a car, how we select and analyze drivers – it’s all driven by data.”

Elon Musk has again decided to share a timeline about Tesla’s self-driving effort – again claiming it will achieve “full self-driving” by the end of the year.

But this time, the CEO has mentioned “level 4 or 5” self-driving. However, it’s not clear if he knows what that means.

Over the years, Musk has claimed that Tesla was on the verge of achieving “full self-driving capability” so often that it is hard to believe him now.

This benefits customers by accelerating access to future vehicles that feature the latest technology while also enabling their current vehicles to be eligible to receive updates and improvements over time—unlocking additional value beyond the initial point of purchase. And for large enterprises, shorter development cycles with less ground-up engineering can equate to significant cost savings and allow more investment in innovation.

Beyond vehicles themselves, the tools, techniques and processes that are required to engineer and manufacture at scale are also benefitting from developments in the latest hardware technology. Advancements in raw material chemistry and processing, fabrication and physical sciences are leading to lighter, stronger and better-performing vehicle applications in parallel with greater connectivity.

As advancements in transportation technology continue to evolve, it’s important for companies to balance their focus on the continual development of both hardware and software technologies. Forgoing advancements in one without investing in the development of the other can lead to significant risks and missed opportunities for long-term success.

EPFL researchers have developed a 100% effective, ultra-thin active noise cancelling system that uses an ionized air plasma propulsion system instead of speakers. A 17-mm-thick (0.6-in) layer can block 20 Hz noise as well as a 4-m-thick (13-ft) wall.

If you know how active noise cancellation works, then skip ahead. Essentially, the sound waves we hear are pressure waves in the air around us. Speaker cones are big, lightweight membranes designed to push air around in precise patterns to create those pressure waves, either in the form of pleasant music, or whatever it is the kids are listening to these days.

Active noise cancellation (ANC) is the idea of measuring those pressure waves with a microphone, then generating the exact same pressure waves in reverse, and playing them through a speaker. Pressure is taken away from the positive pressure peaks, and added to the negative pressure troughs, and the new wave more or less scrubs the old wave out of existence.