Information Technology that drives growth in Telecommunications.pdf

3/26/24, 11:51 AM Information Technology that drives growth in Telecommunications
https://techwave.net/information-technology-that-drives-growth-in-telecommunications/ 1/9
ENGINEERING
INFORMATION TECHNOLOGY THAT DRIVES
GROWTH IN TELECOMMUNICATIONS
Artificial Intelligence and Virtual Reality are no longer the realms of fiction. They are the present
and the future. As we surge forward into a new decade, the telecom industry is experiencing
unprecedented technology-driven growth and transformation.
Today, telecommunications has evolved to facilitate communication through computers, cloud-
based technology, and similar other advanced IT technologies that were unimaginable even a
decade ago. People no longer need to be in the office to connect with their teammates, VoIP
systems can be integrated with an app to make connections quicker! Thus, enabling a tech-savvy
ecosystem that facilitates improved employee experience and higher productivity for a business.
We live in times where advancements in information technology and communications have given
birth to so many futuristic technologies, that businesses rely on their integration for seamless
operations.
To understand the evolution of telecom, let us take a glance at the role of IT in the telecom
industry.ls alone. It is a core commitment that permeates from the long-term vision of the
company to every individual across the hierarchy.
Role of IT in the Telecom Industry
1. Cloud Computing
Cloud networking inherently simplifies and speeds up networking functionalities through the use
of virtual routers, bridges, and adapters. Telecoms are leveraging this property of cloud computing
to create Virtualized Radio Access Networks (vRAN) facilitating agility, flexibility, and efficiency in
mobile networks.
Similarly, Multi-access Edge Computing (MEC) distributes resources to boost latency-sensitive
applications bringing the cloud close to the end-user. Strategic use of such functionalities, enable
cloud providers, in partnership with telecoms, to add value for end-users at low costs and enhance
their revenue.
We use cookies to give you a wonderful user experience. But as per preference, you can turn some
cookies off by clicking on 'Manage Cookies'.
By continuing to use this website, you agree to our updated Techwave Cookie Policy.Techwave Cookie
Policy
Cookie Settings Accept

Indeed, the role of IT in enabling telecommunication-enabled providers to recover quickly from the
COVID shock and deliver service with near-zero latency is notable. The telecom industry rose to
the challenge, facilitating remote work, continued education, healthcare, and monitoring with the
help of cloud-enabled agility, accessibility, resilience, and speed.
2. Artificial Intelligence (AI) and Machine Learning (ML)
Three out of four business executives believe that AI will drive efficiency in the future says Harvard
Business Review (HBR). Innovative and forward-facing providers are already pairing AI with ML
and other emerging technologies to improve learning, optimize performance, and enhance
consumer satisfaction. The role of IT-based services like data science and analytics, in the
telecom industry, is what brings services like customized UX and predictive maintenance to end-
users.
AI is processing large volumes of historical data at unimaginable speed. Thus, speeding up
customer servicing like never before. Cambio Health Care’s CDS (Clinical Decision System) warns
physicians of impending strokes. Twitter’s NLP-supported AI identifies and reports the use of hate
speech and foul or suspicious language.
Not only is AI solving problems it is also educating humans. Virtual assistants are learning fast
and offering better service to humans. They’re routing customer queries to service agents and
supporting agents by presenting data quickly in easily digestible formats.
3. Natural Language Processing (NLP)
For every minute a customer waits to resolve their problem, the Consumer Service Index (CSI)
takes a dive. Walmart resolved this issue with the help of NLP powered by telecom services. Their
bot now resolves up to 90% of consumer queries.
Of course, a lot depends upon proper training. However, the fact remains that paired with AI and
ML, NLP can facilitate communication and take a load off the telecom industry consumer service
agents.
Nokia introduced MIKA (Multi-purpose Intelligent Knowledge Assistant) in 2017 to provide quick
resolutions to common consumer issues. The use of Siri and Alexa is rampant. In 2018, WhatsApp
brought NLP to the masses by introducing its business API.
Telecom industry leaders are now experimenting with NLP to resolve other consumer pain points
and drive revenue. A telecom company interested in reducing their churn rate in a specific region
may, for example, use NLP to read and understand consumer pain points and resolve them.
Through such strategic use of AI, ML, and NLP, the telecommunications industry is widening the
scope of VAs to automate processes like updates and payments. Thus, delivering a seamless user
experience that can add great value for their consumers.
4. Immersive Technology
Policy

Augmented Reality (AR) and Virtual Reality (VR), collectively called immersive technologies have
the potential to transform telecom business processes like maintenance, research, training, and
asset management.
Immersive technology can also aid in enhancing deliverables by speeding up processes, reducing
costs, and providing a seamless UX to end-users. Already businesses are experimenting with
voice-assisted bill payments and training using virtual ecosystems.
The gaming industry is the biggest consumer of telecom-powered immersive technologies. In
March 2022, Verizon unveiled its new Adventure game that uses 3D holograms to provide
immersive experiences to users in partnership with Novelab. The game provides players with an
unbelievable immersive experience says Verizon.
Similarly, SK Telecom has launched ifland, a metaverse that offers immersive social networking.
5. IoT
At the most basic level, IoT can be utilized to provide better connectivity, track assets, and
predictive maintenance. By pairing cloud computing with IoT, telecoms can facilitate
instantaneous data collection, analysis, and transmission of insights to industry-specific
applications. Telecoms can also offer their consumers a range of specifically developed tools on
cloud IoT platforms on SaaS or PaaS clouds.
Statista predicts that 30.9 billion IoT devices will be in use by 2025 and telecoms are capitalizing
on this. From smart homes to smart cities, delivering utilities like power and water, manufacturing,
logistics, security, and agriculture, the telecom industry is poised to leverage IoT to provide its
users with enhanced functionalities and value.
AT&T – the American telecom conglomerate, reduced consumption of energy using an IoT-
Enabled Building Energy Management system that monitors the performance of equipment and
sends alerts for mal-performance. Telefónica, a Spanish telecom company deploys over 2.5
million communication lines across the country using IoT.
6. Robotic Process Automation (RPA)
RPA can help the telecom industry in the areas of data sharing, network automation, security,
compliance, and innovation to name a few. As already mentioned, the metaverse is gaining
traction and RPA is being leveraged to create avatars and holographs that mirror human action in
the virtual world.
RPA can also sort through humongous volumes of big data presenting it in a clean and easily
digestible format for analysis and insights. With the help of RPA, AI can make faster and better
predictions and voice assistants like Siri and MIKA can present end-users with seamless
interaction and unprecedented customizations.
10XDS – the Indian Digital Transformation company, for example, has automated the quality
check process for SIM card requests. The BOT now logs into the internal system to verify
Policy

customer information and accepts or rejects the request.
7. 5G
5G is 20 times the speed of its predecessor 4G and it can connect up to a million devices within a
square kilometer as against merely 100,000 with 4G, says Bytestart.
Waymo the self-driving car still uses local computation for safety but Dmitri Dolgov, the CTO of the
company says 5G will be a boon for decision-making in traffic which requires real-time
communication.
O2 in partnership with TRL has launched a project to manufacture self-driven cars. So thanks to
the role of IT in telecommunications self-driven cars may soon be history and technology may
disrupt industry ecosystems yet again.
On another front, Cisco and Verizon have joined hands to deliver new capabilities to stadiums that
will reduce crowds by estimating and communicating waiting times at gates, stalls, and
restrooms. Verizon is also working with 5G-enabled drones to enable faster deliveries and support
logistics.
The major goal of most IT advancements is automation and cost reduction. So, this implies that IT
may also play a big role in optimizing costs in the telecommunications industry. Let’s find out.
Has IT helped the telecom industry in reducing costs?ss-
Functional Capacities
Yes, the role of IT has resulted in a working environment where machine processes are quick and
hassle-free. The adoption of several IT innovations by the telecom industry has resulted in the
automation of processes and reduction of cost of operations. How? For example:
1. RPA
Owing to the reduction in manual effort and work through the integration of RPA in telecom, the
chances of making an error and resultant losses have also decreased.
2. Network sharing
The telecom industry can manage the cost of operations by adopting network sharing. This
technology enables sharing of data over a network so that the documents and files are made
available to multiple users at the same time.
3. MVNO
A Mobile Virtual Network Operator (MVNO) is a telecommunication service provider that offers
wireless telecommunication to consumers. An MVNO does not own the wireless service network
Policy

but leases wireless capacity from a third-party mobile network operator at wholesale prices and
provides it to consumers at a subsidized price. MVNOs use the carrier network and, thus, provide
good quality wireless facility.
Future Trends for Telecom
The role of IT in communication is set to expand. In 2020, the telecom industry market size was
25.33 billion USD and Mordor predicts it will touch nearly 75 billion USD during the next four years.
The industry is poised to disrupt almost every other industry landscape including its own.
Telecommunication and information technology will take the lead in the adoption and facilitation
of next-gen technologies.
Admittedly, the costs are high but history is witness, that by channelizing savings from reduced
expenses and CAPEX into innovation, large businesses can fund investments. With shared cloud
platforms supporting RPA, AI, and other technologies, even small and medium businesses can
benefit.
Admittedly, the costs are high but history is witness, that by channelizing savings from reduced
expenses and CAPEX into innovation, large businesses can fund investments. With shared cloud
platforms supporting RPA, AI, and other technologies, even small and medium businesses can
benefit.
Our Offerings
Techwave provides the right fit solution to every business problem. From engineering services to
digital transformations to enterprise business services – we are open to working in every value
stream, and domain. We explore the latest technologies to add value to our client’s businesses.
The world is poised to deal with intelligent machines that can communicate not just with humans
but also with other machines. The processes of the future will be intelligent, holistic, speedier, and
more agile through the use of technologies that support speedy, accurate, and safe data sharing.
And the role of IT in the telecom industry lies at the core of it all.
About Techwave
Techwave was established with a mission to provide end-to-end real value solutions to facilitate
innovative and efficient operations taking your business to the next level. Our expertise lies in
Enterprise Digital Services, Enterprise Applications, and Engineering. Headquartered in the USA,
our global teams help our clients maximize their potential through the use of a spectrum of
breakthrough technologies.
Policy

PREVIOUS POST
What Techwave does to Empower its Clients, Colleagues, and Communities?
NEXT POST
How can striking a balance between Health-Work-Life help you?
RECENT POSTS
More Than Just Implementation: How SAP Services Partners Boost Your ROI
2023 Curveballs and Wisdom to Thrive in 2024 and Beyond
Company Goals vs. Employee Expectations: How can Leaders Empower Shared Success in
2024?
Will Europe Win the 5G Network Race? Policy, Insights, and the Road Ahead
Emerging Trends in Data Security for a Competitive Edge in 2024 and Beyond
CATEGORIES
AMS
Analytics
Artificial Intelligence
AWS
Big Data
Blockchain
BPO
Cloud
Company Announcement
CRM
Search here..
Policy

Digital
Digital Transformation
EIM
EMI
Engineering
EPM
ERP
Events
Featured
Fintech
IoT
IT infrastructure
SAP
SAP AMS
Validation
Policy

ABOUT TECHWAVE
Techwave is a leading global IT and engineering services and solutions company revolutionizing
digital transformations. We believe in enabling clients to maximize the potential and achieve a
greater market with a wide array of technology services, including, but not limited to, Enterprise
Resource Planning, Application Development, Analytics, Digital, and the Internet of things (IoT).
SERVICES
Enterprise Digital Services
Engineering Services
Enterprise Business Services
PLATFORMS
SupplyVu™
Autonetics Platform
Hybrid Cloud Management
COSMOS IoT
GLOBAL HEADQUARTERS
13501 Katy Fwy Suite 3305,
Houston, TX 77079, USA.
Ph:+1 281 829 4831
info@techwave.net
FOLLOW US
   
Policy

Information Technology that drives growth in Telecommunications.pdf

Recommended

Recommended

More Related Content

Similar to Information Technology that drives growth in Telecommunications.pdf

Similar to Information Technology that drives growth in Telecommunications.pdf (20)

More from Anil

More from Anil (20)

Recently uploaded

Recently uploaded (20)

Information Technology that drives growth in Telecommunications.pdf