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Wendy's automated drive-through service includes

Taking drive-through orders with a chatbot driven by artificial intelligence and Google Cloud's NLP software (1,2,3). Wendy's FreshAI is a chatbot made to handle complicated orders and special requests in an effort to streamline the ordering process and cut down on miscommunications. In June of that year (2023), a Wendy's FreshAI trial program will debut at an Ohio site that is owned and run by Wendy's.

Autonomous robots driven by Pipedream's subsurface delivery system5 deliver mobile orders. Robots would navigate a system of underground tunnels to bring food to customers' cars while maintaining their freshness using temperature control technology5. In the second half of 2023, Wendy's will roll out this technology to select East Coast locations5.

sources:

1. msn.com2. mashable.com3. nbcnewyork.com4. singularityhub.com

_{Main course:}

IS THIS A GOOD THING?

If you can’t beat them, join them. With all the talk about AI taking over the world, is Neuralink a possible solution. 

Neuralink was established in 2016 as a neurotechnology firm led by Elon Musk and others in the field. The firm is working on a brain-computer interface (BCI) device that can record and stimulate neural activity once implanted in the human brain. Neuralink's ultimate objective is to create a tool that can be used to treat neurological conditions, including Alzheimer's and spinal cord injuries. In addition, the firm is creating a tool with the potential to improve people's brainpower and performance in the workplace.

The flexible, biocompatible material used in Neuralink's BCI gadget makes it roughly the size of a quarter. A small incision is made in the skull to insert the device. After implantation, the gadget can monitor and activate nerve cells. Neuralink has developed a BCI that can be used to operate things like computer mice and prosthetic limbs. People with neurological diseases can utilize the gadget to regain lost function.

Although Neuralink is still in its infancy, the firm has achieved considerable strides thus far. Neuralink revealed the success of their BCI implant in a monkey in the year 2020. The monkey's ideas were translated into physical movements of a robotic arm. Neuralink is actively developing a human-use version of their BCI device. The firm anticipates starting human studies this year.

When used to the treatment of neurological illnesses and the improvement of human intellect, Neuralink's BCI technology might have a profound impact. The company's work is in its infancy, yet it might revolutionize our planet.

The BCI device developed by Neuralink is described in further detail below.

A small incision is made in the skull to insert the device.

The electrodes of the gadget are implanted into the brain.

Neuronal electrical activity is captured by the electrodes.

A computer receives the electrical activity and processes it.

The computer might then be used to stimulate the brain or control other equipment.

The Neuralink BCI device has the potential to significantly improve the treatment of neurological diseases and the development of human intellect. The company's work is in its infancy, yet it might revolutionize our planet.

What happens if we get hacked? They will say it’s not possible, but we know it is.

Dessert  

Actors replaced ???

and could be more dangerous.

DeepFake

It's getting harder to discern a real video from a deepfake one because of how lifelike both are getting. However, there are several indicators that might help you determine whether or not anything is a deepfake.

The eyes may not move normally, which is a telltale symptom of a deepfake. The human eye naturally wanders and follows motion in real-world videos. However, with deepfakes, the eyeballs can not move at all or move in a way that doesn't seem genuine.

The skin may be overly smooth or plastic, another red flag for a deepfake. Pores and other skin flaws are visible in real life footage. However, deepfakes' beautiful skin is sometimes a dead giveaway.

Last but not least, deepfakes typically have a lower frame rate than authentic videos. The reason behind this is that deepfakes are made by splicing together segments of real footage. This can cause deepfakes to appear jagged or pixelated.

You should be wary of any video that seems too wonderful to be true. Before sharing or believing anything you see online, be sure it hasn't been tampered with or isn't a deepfake.

Additional advice on how to identify deepfakes is provided below.

• Check the video for oddities like shaky camerawork or erratic lighting.

• Hear what is being said. A telltale symptom of a hoax video is when the audio doesn't match the visuals.

• Use a Google image search to find out more about the video's still images. The video is probably phony if you see an identical image or video somewhere online.

• If you are still unsure, have a reliable acquaintance or member of the family take a look.

To prevent falling for a deepfake, familiarity with how they work is crucial. Misinformation, reputational harm, and fraudulent activity are all possible outcomes of the usage of deepfakes. Knowing how to spot deepfakes might help you avoid falling victim to them.

As technology improves, it will become more difficult to distinguish real from fake.

Disclaimer: None of the information here is financial advice. This newsletter is for informational purposes only and not to be used as investment advice or a solicitation to buy or sell any assets. Any and all financial decisions you make should be carefully researched on your own or discussed with a financial advisor.