5 Sectors in Africa Seeing a Telecom-Led Transformation

Africa is on the cusp of a significant telecom-led transformation. International telecom and technology companies are leveraging increased investments in the continent to be a part of the coming growth.

To build improved technology and telecommunication services in Sub-Saharan Africa, South Africa-based Solis Investments Group recently announced its strategic partnership with Globe Teleservices.

Backed by a $500 million investment from a US-based development finance corporation, Kenya-based Safaricom is building a new mobile network in Ethiopia.

From 2021, he African Telecom sector is recording significant revenues. Major players like Vodacom, MTN, and Safaricom have reported revenues of up to $6 billion. To facilitate digital payments and transactions, the Central Bank of Nigeria has recently launched its digital currency, eNaira.

Coming back to the technology sector, Liquid Telecom, Africa’s largest Internet and cloud computing company, recently closed a $620 million bond sale. This deal will provide cost-effective broadband fibre connection to over 2.7 million people in the Democratic Republic of Congo.

Buoyed by the growth of telecom, let us look at the five most influential industry sectors in Africa.

5 Industry Sectors Influenced by Telecom-Led Transformation

Africa is economically the fastest-growing continent after Asia. The growth of the middle-class community has been a prime driver of economic growth in the region. Adding to that is the sheer dynamism of the emerging technology and startup ecosystem that is pushing the boundaries of innovation. The telecommunication sector stands at the centre of this blooming ecosystem by enabling better mobile phone connectivity across the region.

As compared to a global average of 3%, the mobile phone market in Sub-Saharan Africa is projected to grow by 4.6% by 2025.

Along those lines, here are five industry sectors in Africa that are influenced the most by the Telecom revolution:

1. Banking & Finance

The telecom revolution in Africa is enabling the digitalization of cash and payments and banking across the region’s largely unbanked (or underbanked) population. Mobile Money solutions are exploding and adoption is surging. So much so, that these players are being seen at the forefront of worldwide innovation in the space. Traditional financial services and banking are also changing.

ChiedzaMadzima of Fitch Solutions emphasizes that international investments into resources like bonds and loans in Africa will have a “positive impact” in the long-term future. The invested capital is being utilized towards physical infrastructure, thus improving the bankability of such projects.

U.S-based Africell has secured a $105 million loan facility from Gemcorp. The company will invest a significant part of the acquired capital into building a mobile network in Angola, which is looking to boost its fintech industry sector.

2. Education

Education is another industry sector that communication technology can impact by reducing overall illiteracy rates in Africa. A recent UNESCO report highlighted Sub-Saharan Africa as the region with the highest rate of education exclusion. Over one-fifth of the children between the ages of 6-11 are out of the formal school system.

As more schools closed worldwide (including in Africa) during the pandemic, technology boosted online learning for students in their homes.

Education ministries are now working with telecom operators to avoid charging any data tariffs for online learning websites. For example, South Africa had already implemented a “Zero rating” to provide free access to online learning material.

For inclusive education, the UNESCO report highlighted the following 3-step process:

  1. Identify technology innovations for educational systems with maximum potential.
  2. Test the best innovations with a specific context.
  3. Adapt and scale them for the best results.
3. Mobile Payments

Nearly 60% of online traffic in the African continent comes from mobile phones. Mobile phones are used more for data-based applications like online chats, video content, and online banking than for voice. As mobile usage continues to increase, Africa is witnessing a shift towards mobile-based payments.

A Citi Group research found that three African countries, namely Ghana, Tanzania, and Uganda, are among the ten countries to adopt mobile payments. Egypt and Nigeria, at that time, were two more countries developing their mobile money solutions.

The global pandemic has largely contributed to the emergence of mobile payments in this region. Leading mobile operators are also racing to launch their mobile payment platforms. For instance, Airtel Nigeria CEO Segun Ogunsanya talked about his company’s plans to venture into the mobile money market.

Read More: Why It’s Time for Telecom Companies to Modernize their Tech Strategy.

4. Technology Startups

Thanks to its young workforce, Africa is now the host to many startup companies in the technology space. Technology startup financing is expected to reach a value of $90 billion by 2030. The tech revolution is Africa’s response to mounting challenges like inequalities, climate change, food production, education, and healthcare.

However, tech entrepreneurs & investors continue to face structural reform barriers within Africa. This includes a fragmented market of over 54 countries, complex government regulations, and a lack of digital skills. But industry leaders need a simplified regulatory framework to ensure compliance, which can boost the startup environment. As a result, to boost its digital transformation, African governments must work together to connect their economies.

5. Cryptocurrencies

In addition to mobile payments and startups, Africa’s younger population is driving the growth of digital currencies or cryptocurrencies. As compared to other developing economies, cryptocurrency is still at a nascent stage in Africa. However, a Foresight Africa report states that Africa is the third-fastest growing market for cryptocurrencies.

Similarly, the  2021 Geography of Cryptocurrency report states that cryptocurrency asset volume grew by $105.6 billion in Africa between July 2020 to June 2021. That represents a percentage increase of 1200%.

Going ahead, cryptocurrencies can play a pivotal role in foreign remittances and banking services. Remittance inflows represent the “lifeline” for many poor African families. However, remittance fees are among the highest in Africa. Cryptocurrencies can potentially benefit Africans by eliminating any intermediaries.

Conclusion

According to a UN prediction, over 50% of the global population growth by 2050 will happen in Africa. As a result, the development of the telecom sector will assuredly boost foreign investments and enable the continent to achieve digital transformation.

With its global presence, Globe Teleservices provides hassle-free and cost-efficient solutions for its Telecom customers. We help in developing a range of mobility solutions and cloud services.

Moreover, we can help you pursue your digital transformation journey. Get in touch with us today.

 

How the Evolving Threat Scenario Has Made MFA Necessary

The focus on security is rising as businesses digitally transform, the world of work globally evolves, and collaboration across borders proliferates to drive innovation.

Business employees today are no longer operating on their networks when accessing data or applications. Therefore, there’s a growing concern about data breaches and ransomware — mandating data and privacy compliance regulations to standardize robust security policies.

To that end, enabling Multi-Factor Authentication (MFA) has become non-negotiable to increase protection against cyber-attacks, phishing, data breaches, etc.

The ABC of MFA

The digital landscape encourages consumers to use the web and mobile applications to access various services. Businesses, as such, are at a greater liability to store data securely and ensure that cybercriminals don’t exploit user login to gain entry into critical systems.

Regrettably, password or username-based authentication is now unreliable and unwieldy. Such authentication systems make it difficult for users to remember and manage passwords across multiple accounts — precisely why they start repeating them.

Passwords lacking complexity further weaken security and make it easy for malicious elements to acquire data and information using malware, hacking, and phishing. Mobile number frauds, for example, can have devastating effects. Scammers can access bank accounts, social media, emails, and more, causing havoc. As more enterprise users employ mobile and personal devices, the data across enterprise networks needs to be secured.

Therefore, MFA authentication becomes essential as a part of a security strategy since it employs multiple methods to affirm identity and authority. For businesses offering telecom services, including virtual networks of any size, implementing MFA assures data and information security.

Phone-based authentication has become predominant since the rise of smartphones, and as such, global lawmakers are treating MFA more like a necessity. Australia, for example, is looking at making MFA mandatory for telcos. In Australia, number porting now needs mobile companies to verify users and subscribers in several different ways to identify fraud and discourage fraudsters who scam mobile phone users.

Two-factor authentication is one of the most common forms of MFA. While 2-FA is better than simple passwords, telcos now also need to enable hardware and software authentication tokens generated with a mobile app. For this, telecom operators have to ensure that they are employing a platform that allows them to enable MFA easily while giving them proactive insights into any anomaly that could signal a potential breach.

Employing an MFA platform that helps users and future-proofs businesses is emerging as a strategic priority — this explains its soaring market value (at over 10% CAGR).

However, this platform must deliver comprehensive services that enable end-to-end multi-factor authentication. This includes token generation, token delivery, and token authentication.

Deliver a Multi-Layered Protection Framework

The MFA platform has to deliver a multi-layered protection framework that verifies the user and identifies the transaction identities of the user.

It must also employ a zero-trust framework since the security perimeters have now blurred with rising smartphone proliferation. A zero-trust framework enables agility, visibility, and greater control and makes it easier to improve the security stand by helping businesses stay ahead of the threats curve.

Enable Token-Based Authentication

MFA platforms must allow businesses to enable token-based authentication and simplify the authentication process. Token-based authentication sends a request to the server employing a username and a password. The server validates this input based on the values registered in the credential database. Once confirmed, the server responds with a token.

An MFA platform must allow businesses to generate time-based tokens to prevent misuse. Besides, it is essential for the token length and expiry time to be configurable according to the needs of the business.

Allow Multi-Channel Token Delivery

Token delivery has to be reliable, scalable, and secure. The MFA platform thus has to employ a robust token delivery system that uses multiple channels such as SMS, Flash Calls, data Voice, email, Push Notification, and operator verification.

Enabling concurrent delivery of OTPs on two or more channels further increases security and impedes malicious efforts.

Identify Anomalies and Offer Intelligent Insights

MFA platforms have to employ new-age technologies like AI and ML to proactively identify anomalous behavior on the network. These technologies can also be used to identify changes or drifts in customer behavior to make security more proactive.

The platform should also offer clear and detailed, data-backed insights. Identifying the preferred and most cost-effective channel for OTP messages and gaining insights into a delivery percentage, average cost saved, and top 5 error codes of failure on SMS, Voice, Flash Call, and Email become essential to improve security and cost efficiencies.

Moreover, such platforms must ensure that they enhance user experience over the authentication journey. This includes having mechanisms that allow Mobile Out of Coverage messages and information on failed past transactions over the selected channel.

In case of an undelivered OTP or if an OTP input doesn’t happen in time over a specific channel, the platform should have a CTA that tries out other OTP channels, such as Flash Call or Voice dial-in.

In a Nutshell

As an enterprise’s financial and social transactions move online, telcos and many other industries must look at their authentication systems and evaluate if they can navigate the evolving threat landscape.

Operating systems, service providers, and account-based platforms need MFA. As such, experience in navigating the requirements and exceptions becomes essential.

We can help with that. Reach out to us today to explore more.

 

Building Relationships with Customers Across Channels

Most companies understand that customer satisfaction is key to long-term sustainability and growth. But delighting customers in today’s digital era requires you to constantly seek their feedback and learn how you can further enhance the experiences they have across channels and touchpoints. Read on as we discuss how you can build customer relationships across channels.

The Growth of Omnichannel Communication

Offering a compelling omnichannel experience was once a competitive differentiator for brands. Today, it has become a mandate for survival. The main driver for this has been the sudden and widespread growth of the e-commerce industry, with the global market expected to total $5.55 trillion in 2022.

As more and more customers across the world use a variety of channels, such as websites and mobile apps (even brick-and-mortar stores and shops), they expect brands to offer seamless communication experiences across each of these channels.

Successful omnichannel communication requires organizations to map individual customer journeys by determining the channels they use, the touchpoints they engage with and the experiences they encounter. And then, they need to create a seamless experience that allows customers to flow from one channel to another seamlessly. But this entails redefining the way brands communicate with their customers.

The Challenges of Building Sustained and Consistent Customer Relationships

Although omnichannel communication is a critical component of business success, the challenges of building sustained and consistent customer relationships are many:

  • Getting a single view of customers: As businesses get increasingly global, customers are spread across different regions and territories. This causes a big challenge for organizations as they cannot get a single view of customers across different locations and channels – mainly because different teams use different systems and approaches for customer communication.
  • Quickly responding to customer requests: Today’s customers expect organizations to respond to their requests/demands in real-time and resolve their issues within a few hours. But with customers using different devices and channels, ensuring each customer is attended to via a channel and in a language they’re most comfortable with isn’t easy.
  • Integrating interaction data from different sources: Combining different interaction channels and converting them to one holistic customer journey requires combining data from diverse sources. More often than not, the data formats are as varied as the number of channels and stored in siloed systems that poorly integrate with other systems.
  • Delivering seamless journeys: Offering an omnichannel customer experience that seamlessly weaves through different interaction channels is another hurdle that organizations have to cross to boost customer response rates. Brands must be available across different devices and platforms to ensure the different touchpoints are connected, so customers can advance through the entire customer journey without interruptions, dropping off or picking up from anywhere, at any time, and on any device.
How an Intelligent Omnichannel Solution Can Change That

An intelligent omnichannel solution can help organizations understand customer needs and take steps to improve customer experience. Investing in such a solution can allow companies to reduce the cost-to-service, limit churn, and increase customer value.

Using comprehensive analytics, a modern platform can collect insights that matter the most in the customer journey and empower organizations to act on these insights and improve the products, services, and experiences they offer customers. Here’s how:

  • Reach customers across channels: An intelligent omnichannel solution can measure customer experience across channels, including website, POS, email, mobile app, and more. It can pick up conversations from one channel and continue them across others, delivering a seamless omnichannel experience to customers across various touchpoints.
  • Get in-depth actionable insights: Using an advanced solution, enterprises can unearth actionable insights and capture real-time customer emotions. Modern and intuitive dashboards can provide necessary insights into customer concerns and needs while presenting ideas and suggestions to improve customer experience.
  • Respond in real-time: A modern solution can enable enterprises to respond to customers in real-time. The minute a customer interacts at a touchpoint, they can converse with them in their preferred language to boost satisfaction and response rate. Since a modern solution uses an interactive conversational UI, companies can reduce drop-offs and maintain their CSAT scores.
  • Measure customer feedback:Via Net Promoter Score (NPS), Customer Satisfaction Score (CSAT), and Customer Effort Score (CES), an intelligent omnichannel solution can aid in measuring customer satisfaction, evaluating the likelihood of customers recommending the brand, determining the level of customer service quality, and more.
  • Resolve customer queries quickly:A unified communication solution can help categorize, assign and track issues and take them to closure. Via an integrated action module, enterprises can respond to customer queries instantly and resolve them with the expected speed and quality.
Conclusion

Organizations need to provide seamless and consistent experiences across all communication channels to convert customers into die-hard brand advocates. So, it’s only natural to invest in an intelligent omnichannel solution to reach customers across channels, get in-depth, actionable insights, respond to them in real time, and measure customer feedback to improve their overall experience. Let us show you how telecom brands around the world have enabled new opportunities by tapping the omnichannel needs of their customers and users.

 

Business Messaging – Trends, Threats, and Opportunities

The world of business messaging has come a long way. With positive customer experiences known to increase customer spending by up to 140%, organizations are looking to put customers at the centre of their communications strategy and build longer and stronger relationships. But to successfully do this, they need to move away from standard content and deliver push messages and targeted campaigns that are more aligned with customer expectations.

At the recently concluded MEF Summit “Future of Mobile”, experts from around the world provided several insights into the future of messaging. Read on to learn all about the latest trends, threats, and opportunities in the world of business messaging.

Trends

The future of business messaging isn’t about adopting a one-size-fits-all strategy to communicate and interact with customers. It is about contacting the right ones at the right time with messages that address their specific needs.

By reaching out and engaging with customers over their preferred messaging channels for marketing, sales, and customer support, enterprises can enable easy and convenient conversations and pave the way for great customer experiences.

Let’s look at the top three trends that are going to shape the realm of business messaging in 2022 and beyond:

  • Metaverse communication: The many discussions (and excitement) around the Metaverse surge have proven time and again that business messaging is set to shape its ongoing evolution. As users begin to shift to a digital and 3D version of themselves, consistent and convenient business messaging will play a critical role in the end-user experience. Right from speech-to-text conversions to communication via virtual keyboards: the opportunities for companies to enable messaging in the virtual world will be aplenty.
  • Omnichannel messaging: Companies looking to capitalize on the wave of transformation will have to move from plain-Jane SMS strategies to omnichannel messaging. Right from voice and video to other types of rich mobile content; brands will have to engage in conversational messaging – and not just one-way communication to drive meaningful engagement. For example, for customers who have just placed an online order, it would pay to build customer trust by providing real-time updates on the delivery status and wait times while also allowing them to connect with a live agent on demand.
  • Rich and personalized experiences: Good customer experiences are key to influencing brand loyalty; according to a study, 73% of customers agree that customer experience helps to drive their buying decision. Therefore, to make a difference, companies will have to move away from boring text to rich media, transform how they connect with customers and provide experiences that deliver value. Instead of just sending random messages and campaign content on a bunch of channels, companies will need to talk to customers on channels they are most comfortable with and on which they want to be spoken to. They will need to leverage context history to deliver content, recommendations, and campaigns that are tailored to make every engagement more meaningful.

Threats

Owning, sustaining, and managing a complex relationship with customers is not without its set of challenges. Let’s look at the top challenges companies have to contend with while making the most of all the innovations in the realm of business messaging:

  • Authentication: As organizations move towards personalized and rich forms of business messaging, authentication will remain one of the biggest challenges to overcome. With cases of money laundering, network infiltration, trolling, IPR theft, and sharing of misinformation surging, companies will have to look beyond SMS authentication and invest in advanced authentication and authorization tools that ensure only authorized people have access to business or customer data.
  • Identity: With business communication getting increasingly digitized, organizations face a tough time in identifying genuine people and managing relationships with them. Verifying digital identities on the web and validating 3D avatars in the Metaverse requires organizations to invest in modern identity verification technologies to tie each digital identity to a physical human being while meeting a sundry list of emerging privacy requirements.
  • Security: Security is yet another challenge facing the realm of business messaging. In the digital world, the probability and ease of stolen identities are immense, organizations need to establish strict security strategies and put effective controls in place that protect not only the physical identities of people but also their digital ones.
Opportunities

Allowing customers to reach out to businesses through their preferred channels, giving them the freedom to respond at their own pace, and being available 24×7 are just some of the steps businesses can take to increase customer satisfaction and loyalty. If you want to move away from one-way, static SMS communication toward omnichannel rich messaging, here are opportunities you need to capitalize on:

  • Leverage practical tools across the mobile value chain to deliver a seamless and secure messaging experience
  • Raise awareness of issues around trust in mobile products and services within the ecosystem for stakeholders to take necessary steps
  • Establish industry best practices across your enterprises across omnichannel messaging, personalization, security, and authentication
  • Create a more transparent, innovative, and fraud-free market to boost business revenue while improving the trust customers have in your business

The doors rich business messaging opens for organizations big and small are many. Unfortunately, many haven’t tapped into this massive enterprise messaging opportunity. With customer-focused companies known to increase their revenue 1.4x faster than non-customer-focused companies and with businesses that prioritize customer experiences enjoying a revenue increase of 4-8% higher than their competitors, to bring conversations to wherever the customer is, you need to evolve toward a more sophisticated and tech-oriented way of sending messages to customers and create connections that count.

Reach out to us to know how you can successfully embrace the latest trends, thwart evolving threats, and capitalize on the many opportunities.

 

Why it’s Time for Telecom Companies to Modernize their Tech Strategy

Telecom companies have come a long way from the days when they provided basic telephony services. This sector is now a ~$1.5 trillion market that makes all communication possible. This sector is now providing internet services, mobile enablement, and network services and fulfilling the soaring demand for digital services. As customer demands evolve, this sector has to evolve and embrace new technologies too. It must modernize its tech strategy to leverage the multiple opportunities in the market and improve profitability while innovating to deliver greater value to consumers and businesses.

Telecom companies have identified the need for digital transformation to drive competitiveness in today’s complex business environment. However, legacy technology is severely impeding their capacity to pursue a digital-centric future with 70% of telcos struggling to integrate digital channels while others express concern over data security, short-term profit loss, and poor customer experience.

Updating legacy technology makes sense because telcos now must:

Leverage new, cutting-edge technologies to drive competitive differentiation

Giving legacy technology an overhaul is essential to drive competitive differentiation in a cut-throat business environment. Technologies such as AI, M2M, and big data have the potential to disrupt the telecom landscape and enable those operating in this space to improve their business opportunities, increase their customer base, and improve brand recognition opportunities in the face of rising competition from OTT platforms.

While a complete overhaul of the legacy systems might seem improbable at first, building a strategy that enables the gradual adoption of these technologies through applications and processes is a good starting point.

Identify new revenue streams

Increasing competitiveness demands telecom providers proactively identify and capitalize on new revenue streams. At the same time, it is equally important to identify and plug revenue leaks. Legacy technologies and systems are usually siloed and fail to provide a comprehensive 365-degree view of all revenue interactions.

Modern-day technology applications come to the rescue here and provide comprehensive, data-backed insights into performance, areas of improvement, and new revenue streams. This becomes essential since MVNOs are facing stiff competition not only amongst themselves but also from the rising proliferation of OTT providers.

Elevate customer experience

Driving elevated customer experience is another frontier to conquer for telecom operators be it by improving service and driving personalization or making the right product or service offerings.

Modern-day technologies, for example, can help telecom operators upsurge their revenues on SMPP Bulk Messaging, reduce operational costs, and enhance the customer experience. Using the right technology infrastructure, telcos can also elevate enterprise customer experiences by ensuring that the business connects with the customer more seamlessly.

Offering capabilities such as 5G, robust A2P messaging, or enabling RICH messaging also needs a technology upgrade as legacy technologies are not capable of handling the demands of these services.

Drive security and compliance

Given the increasingly complex regulatory and compliance landscape, telecom providers need to drive greater data security. That apart, telecom companies must also work towards improving their security posture to address grey routes and making the network safe as enterprises move towards hybrid work and mobile payments adoption accelerates.

Legacy networks and tech stacks are now unsuited to meet the needs of an expanding threat landscape. Network security attacks, for example, have been a point of concern and remain so in the face of rising cybersecurity threats. Network virtualization is in fact, imperative to thrive in today’s threat landscape to allow operators network slicing to separate network resources and guarantee greater security.

Proactive route testing, home routing, and re-routing capabilities are also essential to improve the security posture. It helps operators analyze the information exchange between two parties and identify discrepancies that reveal suspect routes and direct proactive attention to the same.

Address enterprise needs proactively

Enterprise needs are changing as the world of work continues to experience constant disruption. Digital transformation for telecom operators thus becomes non-negotiable if they want to improve their topline and fulfil the demands of the new normal.

Telecom companies now need to address enterprise unified communication needs along with the usual suspects of connectivity and messaging and develop their capabilities to provide greater customization across services.

Whether it is enabling e-KYC, improving security, providing customized billing, etc.- they need new technologies such as AI and ensure that their IT systems can adapt to the changing needs. Legacy technologies and systems, given their monolithic nature, make it harder to drive agility in today’s fast-paced business environment.

Telecom companies need to identify how they will integrate with legacy technologies to leverage the advantages that new technologies and digital transformation offer. Telecom companies have experienced the greatest challenge in a generation where they have to keep businesses and individuals connected while meeting unprecedented demand for connectivity. Moving along the path of digital transformation and updating the legacy stack is the only way forward.

 

The Coming Roller Coaster Ride for Private Networks

The chorus of industry voices is now drawing our attention to the rise of private networks. As the world becomes increasingly smaller owing to rising connectivity, private networks offer the opportunity to further shrink the world of business while ensuring elevated interactions and seamless communication.

Today, high-speed, ultra-reliable, low-latency, high-density, power-efficient, wireless connectivity has become essential for enterprises. As such it hardly comes as a surprise to see enterprises looking for solutions that help them manage their sprawling wireless LAN ecosystems.

Data has also become an essential commodity in the wake of a growing appetite for 5G and WAN connections. Safeguarding data also now emerges as a top priority.

Private networks are becoming uniquely positioned to offer a solution to these challenges. They promise enterprises the capability to keep their data protected while providing the capacity and superior connectivity needed to realize the advantages of technology applications such as M2M and IoT.

What are private networks?

A private network is a telecommunication network that is built and operated by a telecommunication provider and is built specifically for an individual enterprise. These networks are usually deployed on a single site and extended across the length and breadth of the enterprise. Private LTE/5G networks can also help address wide-area network requirements, such as a utility’s need to monitor a transmission network.

While a private network needs similar elements as a public network, these networks are different from public mobile networks in some specific ways. That said, they can capably manage and provide support to the wide-area network requirements of the enterprise while supporting tools acquired from the consumer smartphone market.

The private networks, however, need spectrum. The spectrum can be leased from a carrier or another spectrum owner. These networks also need a virtualized core, be it as proprietary equipment from a vendor or disaggregated hardware and software from one or more different vendors. The core can also be commodity hardware that runs open-source software.

Apart from containing the database of subscribers and SIM management, the core ensures complete control over how and which users connect and their usage parameters. The other functions of the core include traffic shaping, billing and data plan rules, quality of service rules, and network monitoring-related parameters.

Private networks improve speed, latency, privacy, and security for enterprise network operations. This is so because the network traffic stays bounded “on-premise” and does not need to be sent back and forth to a core network in a distant location.

With the world moving towards becoming even more connected than it is today, the growing value of data and increasing data needs of technologies such as IoT, leveraging private networks seems like an attractive next step for enterprises. For telecom providers, this spells tremendous opportunity. They stand to gain as enterprises lean towards high-performing and reliable wireless networking solutions to drive business outcomes.

New factors contributing to the continuing rise of private networks

The role of private networks in enterprise operations is well understood. As we have seen, the use-cases are many and the benefits clear. The interesting thing now is the many new application scenarios, use-cases, and prospective user segments that are emerging to further drive up the buzz around private networks.

The conversation around digital transformation has become increasingly louder. This has changed how data is viewed, stored, collected, and analysed. This is compelling regulators to contemplate and help create an environment that enables responsible usage of data and other public resources in enterprise digital transformation paradigms. Given this, regulators across the globe have to look at models to drive spectrum licensing by taking inspiration from the existing licensing models across Germany, the UK, or the US (shared licensing) model.

The impact of the COVID-19 pandemic also cannot be ignored in contributing to the rising demand in private networks. Schools, districts, municipalities, and other segments that do not fall under the addressable market associated with private networks need digital capabilities. As such they are now looking at deploying private LTE networks to add and leverage digital capabilities that will increase their reach and improve accessibility.

For telecom providers, the focus, so far, has been towards enabling enterprise mobility and WAN networks. However, with telecommunications becoming the lifeblood of the modern enterprise, telecom providers now have ample opportunity to increase their service portfolio and help enterprises embrace digital transformation and keep pace with technological transformations.

However, before we realize the true potential of private networks, telecom providers will have to address the existing network slicing challenges. Network slicing is one of the most compelling capabilities promised by 5G. Telcos will have to identify how to apply different slices to different enterprises connecting to their core network while ensuring that the same is not implemented among different application types and device groups within the same enterprise. As such telcos will now have to understand enterprise IT needs better and build compelling programs to address the enterprises’ communication needs.

Enabling technology adoption, driving digital transformation, and cloud-enabled/driven everything is table stakes now for enterprises. For telecom providers, this spells tremendous opportunity. Talk to us to understand more about the possibilities and challenges of adopting such next-gen technologies.

 

Is It Time For The Next-Gen Option To OTP?

Two-factor authentication is now a staple in the business world when it comes to validating customer communications. Allowing businesses to verify user identity through two or more authentication mechanisms, the method has been helping in adding an extra layer of protection to any sign-in process and protecting the business against breaches due to lost or stolen credentials.

While receiving a code or OTP on a registered mobile device for one login or transaction has been one of the most popular authentication mechanisms, it is now time for the next-gen option to OTP: Flash Call!

What are the challenges associated with OTP?

When users try to log into an app or try to make a banking transaction, OTP has been the go-to choice for secure authentication. According to reports, SMS-based authentication revenue will reach$39 billion globally in 2022, representing 5% of total operator-billed revenue.

Although OTPs help adds an additional layer of security, they bring with them their own set of challenges. For instance,

  • OTPs are known to be inconvenient and not very user-friendly. Users who aren’t very tech-savvy often find the OTP process confusing, unnecessary, or even cumbersome.
  • OTPs demand a reliable cell phone signal as well as sufficient battery life, which when not guaranteed, can result in delivery failures.
  • Many times, due to poor network, users fail to receive the OTP or receive it very late, requiring them to reinitiate the authentication process all over again – causing a high level of frustration, especially with banking transactions.
  • Some OTPs that are sent to the mailbox also tend to be delayed or land in the spam folder, which again leads to lost access.
  • For apps or transactions that make use of 3rd party messaging providers, users are also likely to incur a per-text charge to access their OTP and go ahead with the authentication process.
  • When using a mobile application that initiates an OTP process, toggling between the app window and the SMS window isn’t always everyone’s cup of tea; there is also the possibility of the wrong code being entered by the user, which requires users to start over again.
  • Users who need to authenticate a login while travelling abroad often do not receive an OTP because they do not have the international roaming facility enabled on their device.
  • For users whose OTP device is lost or stolen, multiple login attempts by bad actors can permanently lock them out of their accounts.

That apart, SMS is also the target of fraud and prone to security issues created by routing through questionable providers and grey routes.

What is Flash Call?

As the latest method for two-factor authentication, Flash Call reduces the widespread dependency on OTP, while helping overcome issues about inconvenience, data security, and lack of user-friendliness. It uses voice – instead of messaging – for authentication and is a far more customer-centric and cost-efficient solution to authenticate users, helping verify a user’s identity – without involving an SMS code. Since it involves no user interaction, Flash Call has the potential to disrupt the highly established A2P SMS market.

For instance, the global messaging app WhatsApp is reportedly working on integrating Flash Call as an alternative to OTP. Instead of making users enter a one-time, 6-digit code that they receive by SMS, the new Flash Call feature will allow WhatsApp to directly make a call to their device and verify the phone number – without users having to take any action. Such authentication will not overcome all the drawbacks of OTP; it will also pave the way for quicker verification and improved customer satisfaction.

How does it help businesses?

Flash Calling authentication is expected to near 128 billion calls globally by 2026; here’s how the new mechanism can aid businesses:

  • Accelerate the authentication process: Unlike the time-consuming OTP process where users have to open their SMS application to check for the OTP and enter it to authenticate themselves, Flash Call automates this verification process – without users having to do anything. As an automatic call is made – and then rejected – and the last four digits are automatically inserted, the device is instantly verified – thus accelerating the authentication process.
  • Offer a richer user experience: Flash Call allows businesses to have a greater ability to customize the user interface, the overall user experience is richer and more engaging. Since users no longer have to go back and forth between apps, there is a considerable increase in user satisfaction, which, in the long run, can also lead to better loyalty and retention.
  • Improve conversion rates: Flash Call is also a great way to improve conversion rates. Since users are no longer distracted by receiving and entering one-time passwords, businesses can pave the way for automatic verification and ensure quicker user signup – which can result in improved conversion rates in the long run.
  • Enable better security: Flash Calls are also known to more secure and amenable to privacy. Since the mechanism cannot be intercepted or terminated by fraudsters, it results in a higher level of security. At the same time, for apps or transactions that are used across multiple devices, Flash Call will make it easier and safer for users to log in to each device separately.
  • Reduce operational costs: Businesses today end up spending way too much money running their business for activities that span marketing, online advertising, analytics, and more. Common 2-factor authentication mechanisms like OTP only add to these costs, especially in countries where operators charge high rates for SMS and phone calls. Flash Call is a great alternative to the expensive OTP, allowing businesses to save a considerable sum on the authentication process.

As a new technology that can be used to authenticate users, Flash Call is a great alternative to the traditional, costly, and ineffective OTP authentication method. Not only does it enable quicker and more efficient authentication; it also aids in improving the end-user experience through automated verification. Given the numerous benefits it offers over OTP, Flash Call might just become a hot favourite for commerce, payments, and telecom companies. When that happens, let us show you how a powerful new alternative to OTP could work!

 

5 “New-Age” Digital Solutions that Could Occupy the Thoughts of Telecom Leaders

The digital revolution, driven by high-speed internet connectivity and a plethora of software products and services has become the backbone of social, economic, and technological prosperity today. Communication systems are evolving. As the technology landscape matures and provides more robust solutions to help enterprises and businesses navigate a complex, dynamic, and competitive business world, new and creative business models, products, and services are emerging to fulfil consumer demands.

The telecom sector has a pivotal role to play in this dynamic new age.
Here is a look at five new-age digital solutions that telecom leaders should care about

CPaaS and telecom

The CPaaS market has been on an incremental and steady rise. The demand for cloud communications expanded use cases and prompted new suppliers to enter the market. CPaaS, or Communications Platform as a Service (CPaaS), allows organizations to cherry-pick real-time communications features, such as voice, video, and messaging, and embed them into business apps and services. This delivery model allows organizations to customize their communication stack and allows employees to communicate with each other and with customers on a platform and device they want.

CPaaS is cloud-based and software-driven and allows application developers and product owners to tap into and leverage digital and mobile features without having to build or locate any of the expensive physical network infrastructures.

While API providers and network owners are riding the CPaaS wave, it is time for telecom providers to identify how to cash in as well. Telecom providers often do not partner with CPaaS developers since they offer few APIs. The process infrastructure also tends to increase the time-to-market.

However, telecom leaders have the opportunity to get a share of the CPaaS pie since they have access to mass telephony. The cost and routing control, the database of phone numbers, and SIP or traditional switch infrastructure can be put to use to deliver a value proposition for CPaaS.

That apart, telecom companies can extend their services to a wider range of sectors such as entertainment, gaming, fintech, social media, etc. to advance their projects that blend video, voice, text, data analysis, and interactive communications and help deliver better feature-rich services.

IoT

Forecasts estimate that there will be more than 50 billion connected IoT devices in use across the globe by 2030. The greatest advantage that the telecom companies have is that of the infrastructure that exists with mobile phone towers and internet cables infrastructure serving the groundwork for creating new solutions and services based on 5G and IoT.

The IoT market is also expected to reach $381.16 billion in 2025 at a CAGR of 24% as IoT use cases and industry adoption continues to increase rapidly. Apart from the use of IoT in home automation where the role of the telecom providers becomes that of providing exceptional mobile and network connectivity, there are significant opportunities for telecom companies to leverage in industries such as manufacturing, security, agriculture, logistics, smart cities, etc. that run on IoT.

Especially as 5G arrives, there will be a need for IoT specialists to help telecom companies implement the technology into existing infrastructure and business processes.  Some telecom companies might need to build their own IoT platforms that aid the development of custom products and services to meet customer needs.

Telecom can not only help organizations adopt IoT to drive better outcomes but can develop IoT-linked products and services. IoT connectivity services and data storage and management are the usual suspects of where telecom providers come into the picture. Telcos can also provide better data and analytics from IoT-generated data and help businesses extract valuable insights from raw metrics.

Telecom leaders can drive real-time asset monitoring by employing extended communications networks in conjunction with cloud computing to collect signals from embedded devices and deliver them to the industry-tailored applications.

By adding IoT to their offering mix, telecom leaders can increase revenues by offering IoT services and solutions, retaining clients, and attracting new ones.

Edge Computing

Edge computing is gradually becoming a mainstay in the digital solutions toolbox especially as 5G explodes onto the scene. Analysts reveal that almost 75% of enterprise-generated data is expected to be created and processed outside the cloud or the traditional data centre by 2025. Most cloud computing giants such as AWS and Google are not ready for operating in massively distributed and remote edge environments.

The need to run edge computing at a massively distributed scale and the increasing reliance on the cloud to enable remote/hybrid work has accelerated the race to 5G adoption. With edge computing coming into the picture, telecom leaders have a greater chance for market dominance. This is because the hyperscale data centre advantage demonstrated by public cloud providers becomes irrelevant at the edge even though the uniform software stack advantage persists.

With 5G, organizations can distribute workloads to run at the Edge and reshape cloud computing and user experiences. 5G offers increased distribution, greater network speed and reliability, and the capability to provide new experiences because of reduced latency. These experiences will be powered by applications running on the network edge in contrast to running in the cloud.

For telcos, this means accelerating their move from a hardware-driven appliance model into a software-defined architecture and developing the capabilities and taking advantage of open-source technologies like Kubernetes as a potential foundation for 5G deployment. Delivering higher performance, lower latency, distributed scale, and stringent SLAs will become essential for telecoms as 5G and Edge become the next cloud disrupters.

Rich Communication Service (RCS)

RCS or Rich Communication Service is now emerging as the successor of SMS services. RCS is a feature-rich messaging service that allows organizations to create richer conversations with their customers. RCS delivers the eye-catching function of OOT applications and also leverages the unbeatable reach of SMS.

WhileRCS is not going to replace OTT applications, native messaging based on RCS is the next evolution of operator-led SMS and will play a big role in the new messaging environment. Customers are also ready to embrace RCS with some major brands already leveraging RCS heavily.

Telecom leaders have to work towards providing fully interoperable, RCS-based cross-operator advanced messaging platforms and develop the right partnerships with aggregators, and connectivity service providers to ride the RCS boom.

AR and VR

AR and VR are attracting a lot of attention today as these technologies are in the next stage of delivering new value propositions. They are now moving out of the realm of gaming and finding real-world applications across industries such as manufacturing, healthcare, worker safety, and compliance, aviation, oil, and gas, etc.

Telecom providers can dip their toes in the AR and VR pool since they are an essential part of the ecosystem. They help with the discovery and delivery segment and help subscribers find differentiated AR experiences.

While telecom companies do not stand great monetization opportunities directly from AR presently, they can leverage AR to drive better operational excellence with improved network inspection/maintenance, repairs, inventory management, workforce training, customer service, etc. using AR-based remote assistance.

Interestingly, the rise of digital solutions and the pursuant push towards digital transformation also demands a convergence between IT and telecom. Whether it is IoT, CPaaS, Edge computing, RCS, or the use of immersive technologies such as AR and VR, the telecom sector has a role to play as the enabler of everything.

 

 

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