Blockchain arguably at present is the most talked-about technology. Blockchain is being explored by all major industries, including the telecom sector, to determine its benefits and how to apply it to its operations. For the telecom sector, blockchain’s value lies in its security, transparency, the immutability of data, and control that it provides at every point of transaction across the ecosystem.
The telecom sector has always been open to innovation and as a result it has changed a lot in the last 20 years. However, despite constantly evolving, several problems still exist unresolved such as the struggle with roaming, risk of fraud, privacy issues, high fees and so much more. When it comes to inter-carrier transactions, they use a mix of automated and manual systems which makes the method of doing business together delayed, complicated, and expensive. Many of the current challenges faced by telecom companies can be resolved by blockchain technology.
Throughout this article, we will explore how blockchain could benefit the Telecom Industry and how it could compensate for existing deficiencies. We will also be going through the use-cases of Blockchain in the telecom industry. As we examine these use-cases, we will gain a better understanding of how Blockchain could transform the telecom industry and take it to the next level.
The telecom sector is suffering from several shortcomings. Blockchain can benefit the telecom industry in overcoming these shortcomings. Some of the most notable benefits are:
Cyber security attacks have become a common phenomenon in every industry and the telecommunication industry is not immune to them either. Moreover, the telecommunication industry is the most lucrative to criminals among all the other industries because of the sheer amount of consumer data it possesses. Every year, billions of dollars worth of fraud takes place in the telecom Industry. With the arrival of ‘5G’ and ‘IOT’ technologies, the telecom sector would become more vulnerable to attack as more entry points of attack will be created. Hence, we have reached an inflection point in the telecommunications sector, where robust security mechanisms are more important than ever.
Blockchain will provide a much-needed security boost to telecom companies to fend off the current and potential security threats. Currently, telecom companies are relying on traditional systems of security and centralised databases to preserve data. These practices are no longer effective anymore and criminals have figured out several ways to circumvent the obstacles put forward by the traditional practices of the company. Blockchain with the help of its cryptographic security and decentralised storage of data will leave the attacker frustrated while providing almost impregnable security.
Telecom companies in this ever-increasing competition are constantly looking for ways to curb their costs. However, the traditional operational business model is proving to be of no help. The processes such as billing, roaming, and supply-chain management between participants involve tons of intermediaries who are still relying on more manual extensive practices rather than automation. This also makes this process less transparent and inconsistent.
Blockchain by leveraging the feature of smart contracts can help achieve automation of internal processes of telecom companies. Smart contracts are pre-coded software that runs on its own every time whenever certain conditions are met. There are various clerical and routine tasks involved in the business of telecom providers and smart contracts can take care of all these and streamline the internal process. Enabling smart contracts would help the telecom companies to efficiently use their manpower in more creative and mentally engaging tasks, avoid human errors, minimize reliance on intermediaries, achieve transparency and consistency.
The competition in the telecom industry is getting fiercer day by day. The telecom companies are now aiming to create an entire ecosystem and deliver end-to-end services to stay ahead of the competition. However building such an ecosystem is a complex process that includes building and maintaining a multi-threaded supply chain, involving various stakeholders. To achieve that level of efficiency, communication between the various stakeholders involved in the chain of management is essential, and the current centralised operational structure of the telecom companies is the biggest roadblock. Presently, all the data are being siloed in centralized databases and the distribution of this data makes the operations of telecom companies time-consuming, inefficient, and leave consumers frustrated.
Blockchain by using its decentralized digital ledgers can help telecommunication businesses coordinate multiple professional relationships with service providers and B2B customers. With blockchain every stakeholder would get a real-time update of the extent of data useful in the functioning of their operations. This would help the telecom companies in quick completion of their operations which previously used to take a significant amount of time and not to mention this will result in increased consumer satisfaction.
Here are the few major use cases that could utilize the potential of blockchain technology and make the telecom industry more transparent, reliable, and accountable.
Roaming is an important service component for telecom companies, but it is no longer as profitable as it once was. The current infrastructure for roaming services has become outdated and is facing a lot of challenges, such as the involvement of unnecessary intermediaries like clearinghouses, delay in switching service providers, obsolete security, rising frauds, and increased consumer costs. Blockchain can make this process much simpler and life easier for the consumer by deploying its simple yet effective measure of distributed digital ledger.
SLAs (Service Level Agreements) are crucial to the telecoms sector. It includes a description of the services to be provided, expected service quality, duties, responsibilities of parties, etc. These SLA’s are still very much dominated by inefficient manual processes and as a result cause vendor disputes and delay in settlements due to differences in interpretation of these agreements. Blockchain-powered smart contracts can help limit such issues by injecting automation and transparency into the process.
The theft of a smartphone entails not only a financial burden: Even more serious is the loss of valuable data stored in it. This theft of data can lead to the threat of identity theft and for people using corporate phones, serious security breaches of their companies. The traditional methods to stop the thief from using the data on the smartphone, are outdated and not effective anymore. Blockchain can help block a stolen or lost device instantaneously not only on the original telecom service provider but on other providers as well.
Though mobile number portability services have been around for several years, its methods and processes are still old and inefficient. The disconnect between the networks and fragmented flow of customer’s information between different providers makes this process difficult, full of delays, and leaves customers frustrated. Blockchain can accelerate the process, by acting as one network for all providers to access the same information. At the same time, the blockchain will ensure the information is trustworthy and secure.
At the time of registering a new account with a telecoms company, the customer is required to share and upload identity documents such as a passport or driver’s license for the process of KYC. These documents are handled by third parties, which makes them prone to fraud or hacking. Blockchain can allow for decentralised storage of these documents and handing control back to the customer by enabling identity-as-a-service solution. The immutable record keeping will also reduce instances of forgery and curb fraudulent practices.
Within the next decade, there will be billions of IoT cellular connections. With IoT connections growing exponentially over time, data insecurity will increase simultaneously as IoT devices will potentially create multiple entry points for attack on the entire network, if not patched properly. In this case, Blockchain provides the ideal solution for enhancing the network’s security by leveraging the cryptographic security mechanism of blockchain.
Data privacy has been a trending issue for some time now. Awareness among consumers as well as regulators has been increasing about the significance of consumer data. This means that traditional practices can’t be followed anymore for data collection from consumers. Blockchain can evolve these practices by offering much needed data privacy as well as providing monetization to consumers for sharing their precious data.
Many telecom companies to make a complete ecosystem of services are either exploring or have already started offering wallet services. These wallets enable micropayments for OTT services such as music, mobile games, etc. Blockchain can add another dimension to these micropayments by making them secure, peer-to-peer, and less costly for telecom providers by eliminating intermediaries.
With the emergence of 5G, telecom companies will need to handle versatile access nodes and diverse access mechanisms. Choosing the fastest access node for every user will soon become a major challenge for telecom companies. In addition to this several other challenges will be faced by the service providers as the current infrastructure of telecom is not competent enough to handle the 5G network smoothly. The use of blockchain will enhance and compensate for the deficiencies of existing telecom infrastructure like security measures, insufficient automation, overemphasis on centralisation, etc.
As we’re progressing towards the age of IoT devices and 5G, the network of telecom companies is getting more and more complex. This will create managing the supply chain a lot harder for telecom companies than it already is at present. Blockchain can enhance their supply chain management process by employing smart contracts and automating most of the process and also rendering transparency at the same time.
Blockchain has a lot to offer and is ready to deliver the results and transform the telecom industry for good. To counter the significant challenges this industry is facing, it is essential to bring a change and improve the quality of telecom services currently being given out. With proper strategy, architecture and implementation, blockchain technology can be the savior of the telecom industry.
The use of blockchain in telecom is still in its infancy today but within the next few years, it won’t be surprising to see blockchain become an integral part of telecom sector.
Zeeve is the leading Blockchain as a Service platform helping enterprises and Blockchain startups build, deploy and manage reliable decentralized apps and Blockchain networks. Zeeve is a low code automation platform that is cloud agnostic and supports multiple Blockchain protocols with advance analytics and monitoring of nodes and networks. The platform features a powerful set of APIs to build DApps for plethora of use cases across industries. We have experience of more than 5 years designing enterprise Blockchain solutions across domains. Zeeve supports telecom space with Blockchain based Enterprise solutions, decentralized storage, trusted nodes and smart contracts. For more details, schedule a free call with our Blockchain specialist.