Disruptive technology is an innovative
or current technology that has been developed to change the way people act,
think, or interact. It can also affect the way businesses and industries
operate.
Plastic has revolutionized how we make
and package everyday items. Plastic has replaced wood, metals, and glass as it
is lighter and easier to transport. Ironically, a new disruptive tech will be
required to reduce the amount of plastics produced and used.
The streaming platforms for music,
movies, and TV shows have revolutionized how people consume entertainment. The
Internet has also changed how entertainers earn a living, and entertainment has
evolved.
Top Disruptive Technologies That
Could Dominate the Future
This is the result of a combination of
digital transformations and emerging technologies, as well as complete
technological advances. Here are the top disrupting technologies that will
shape our future.
Blockchain
Blockchain is a large, distributed
database that allows transactions to be recorded securely, in real time, and
with full traceability without intermediaries.
Why is blockchain disruptive technology?
Four main characteristics of the blockchain could explain its disruptiveness.
Open
record Blockchain
● Open Ledger is
a data transparency tool, as all users know what they have on their network.
● What is a chain
of transactions?
● The chain
allows full traceability. Each transaction between two parties is recorded in a
block, which is updated once the transaction has been verified.
● Decentralization
is a decentralized system.
● No central
transaction log exists. Each participant receives an identical and updated copy
of the database. This way, the system will continue to work even if part of it
isn't working.
● It has a
consensus mechanism.
● A complex
mathematical algorithm is needed to verify each block and then add it to the
chain. Each new block derives its information from previous blocks. This
process is repeated for all copies of the blockchain, preventing any attempt at
falsification.
These characteristics make it very
simple to use and manage blockchain. Blockchain is used in industries like
healthcare, transportation, and banking to streamline processes and increase
security.
Artificial Intelligence and Machine Learning
Artificial intelligence (AI) and machine
learning (ML) go hand in hand. Artificial intelligence includes machine
learning.
Artificial Intelligence (AI) is the
ability of a computer to mimic cognitive functions such as learning and
problem-solving. Machine learning is when we teach computers to extract
patterns and then use them for new tasks.
Many people believe AI will be so
disruptive that it will evolve into robots and eventually take over the entire
world. Not so fast. Humans and machines working together can create a better
future and world. You can learn more about the technology by taking an AI certification course
online.
The following are some of the most
popular AI courses:
● AI for Everyone (via
Coursera), Andrew Ng
● Introduction to
TensorFlow for Artificial Intelligence and Machine Learning
● Artificial intelligence
A-Z: Building 5 AI (including chatGPT).
● University of Texas
Great AI Program
Electronic Line Calling is one example
of how artificial intelligence can be used to make it easier for tennis players
to decide whether a tennis ball landed inside or outside the court line during
a match. Electronic Line Calling makes more accurate predictions using data,
algorithms, and geometry, as well as TV cameras, than line umpires who
determine whether a tennis ball is out of bounds. During the pandemic, line
umpires were replaced by line-calling technology. This reduced the spread of
the virus and its severity. Here is an example where AI helped maintain
normality at a time when games were no longer necessary.
The Cloud
Cloud computing is everywhere and is now
a must-have for many companies and individuals. What is cloud computing, and
how has it become a disruptive technology?
Cloud computing is the storage and
retrieval of data from data centers worldwide. It allows users access to files
and apps on any device, as data is stored in data centers instead of their own
devices.
Imagine the last time you tried to store
photos on your mobile phone. Eventually, however, the phone ran out of storage
space for all the pictures taken. Now, you can take photos on your phone,
access them, and save them directly to your laptop without having to do any
transfer.
Cloud computing has three main benefits
in today's ever-changing environment.
● It is optional
to download multiple copies of a document.
● The files can
be accessed from any internet-connected device.
● Clouds will
always surround you.
Cloud computing has changed the way
businesses and industries share and use data.
Internet of Things
The Internet of Things is a network that
connects physical objects to the Internet. Unique identifiers placed or
embedded on objects facilitate communication and connection with them, central
objects, or people controlling them.
The term "things" can describe
a person who wears a heart monitor or a car equipped with sensors that detect
various anomalies. The Internet implies that the item is connected. The
Internet of Things is a new term.
IoT is made up of:
● Here are some
examples of RFID tags.
● RFID is a system
of identification tags. The tags can be attached to an object or living
creature, and antennas can be used to identify them.
● EPC
● EPC, or
Electronic Product Code, can be considered a barcode successor. It uses RFID
technology to provide unique, detailed, and accurate tracking of any product.
● Edge Computing
● Data is
processed nearer to its original location, which reduces the need for
cloud-based storage.
● Word
● A
"word" in computer science is a unit for data. It is a series of bits
that act as a group. Standard words can be extended to 16, 32, or 64 bits.
IoT has disrupted society by digitizing
physical objects. It has transformed business models and industries, as well as
contributed to the connected world.
Cybersecurity
Computer attacks are a major threat to
businesses, and privacy vulnerabilities are becoming more prevalent. Cybercrime
is on the rise.
Cybersecurity has stepped up its game. By using more comprehensive solutions such as AI and ML, IoT Security, Multi-factor Authentication, and Permission Requirements, security can keep up with attackers. This is why it's important to recognize that cybersecurity innovation must keep up with the rapid development of disruptive technologies.
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