W4: Future Food and Dining 2060
Present Situation:
Food and dining are essential for everyone. Humans need food
and meals to survive. Due to human laziness, people have always relied on
restaurants for food. However, according to daily restaurant attendance
reports, the number of customers almost always exceeds the maximum capacity of
the number of customers for a restaurant, especially on weekends. Furthermore,
some people rely on food delivery apps when they are too lazy to go out to eat.
This over-reliance on restaurants and food delivery apps has become a
long-standing habit. Going to restaurants and using food delivery apps
frequently to find and eat can contribute to many challenges and limitations
for a customer.
Key Challenges:
One of the major challenges of dining at restaurants and
using food delivery apps is the risk of consuming unpalatable or unsanitary
food, potentially leading to food poisoning or other health problems. Secondly,
although restaurant dining is convenient, it also presents numerous
inconveniences. For example, people may have to wait in long lines, experience
poor service, and pay high prices, especially in upscale restaurants.
Future Vision:
Imagine food and dining 30 to 40 years from now, where food
and dining become fully automated, personalized, and eco-friendly. Smart kitchens
will be published to worldwide market where the system can be able to cook
dishes for people automatically based on their health issues and preferences.
Creative Solution:
A smart kitchen that is fully automated by
an advanced AI combined with robotics. The smart kitchen will prepare food that
is based on people’s health. However, people can choose their food based on their
preferences too. In restaurants, the system uses robotic arms to cook and serve
the plate to the customers.
Why this matters?
In restaurants, it can help reduce the
burden of waiters and chefs. Not only that, it can improve customer’s health
condition by preparing food that is healthy based on their health data and
preferences.
Implementation:
The food and dining industry could install
robotic components in kitchen and connect sensors to smart fridges in order to
detect ingredient freshness and food quantity. However, they can install AI-driven
systems to control and receive nutrition data or user preferences.
Future restaurants can integrate indoor
vertical farms where they used to plant and harvest vegetables, herbs and fruits
on-site. These vertical farming systems can be considered as soil free farming where
it uses significantly less water by operating hydroponic or aeroponic technology.
Why this matters?
When global food supply challenges
increase, it will result in inefficient and inconvenient long-distance
transportation and are harmful to the environment. Vertical farming ensures
constant access to fresh ingredients, cuts costs, and reduces dependency on
external suppliers. Customers also gain confidence in eating their food, which they
know exactly where and how their food is grown in a healthy way.
Implementation:
Food and dining industry could install
vertical hydroponic or aeroponic towers inside the restaurant. They could use
AI-driven system to maintain the operation of the vertical farms and train staff
to handle basic maintenance routines. However, they could promote the concept
to customers so that customers could have more interesting experience on dining
at the restaurant.
In future, dining can be more interesting where
AR and VR technologies can transform any dining room into a virtual world. For
example, customer can enjoy eating ramen in Japan streets, in fact, they are
eating inside their own place. By using projectors, VR headsets, or holographic
displays, restaurants can create fully immersive environment synchronized with
the meals being served.
Why this matters?
Immersive dining creates emotional
connections with the virtual world, attracts tourists for dining at the restaurant,
which results in high income for a restaurant where customers can enjoy eating
in an immersive environment.
Implementation:
The restaurants could install AR projectors
to transform walls, tables, and floors into digital scenery. They could use VR
headsets or holographic screens for more advanced immersive environments.
Lastly, they could set up a function which allows customers to choose their own
preferred virtual world while dining.
Reflection:
This vision was inspired by witnessing the feedback given
from the customers, complaining about the inconvenience of dining at the restaurant,
cooking at home, and so on. Thinking creatively in future restaurant helped me
realize how technology and sustainability can work together to improve our
health, reduce waste, and make the dining more experiential.
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