Mining the $800 Billion Market: How Blockchain is Reshaping the Telecom Industry
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Mining the $800 Billion Market: How Blockchain is Reshaping the Telecom Industry
Although it may take another five to ten years for Web3 to gain widespread popularity, blockchain technology is indeed reshaping the traditional internet and telecommunications industries.
Navigating Web3 tides with focused insightsConflux's token CFX has been one of the best-performing cryptocurrencies this year, surging nearly 20-fold since January. Even after recent pullbacks, it still maintains an increase of over 16 times.
One of the main drivers behind its rise is Conflux’s collaboration with China Telecom to launch a blockchain-supported BSIM card.
Recently, in an interview with CoinDesk, Conflux revealed further details about its partnership with China Telecom—BSIM cards offer more than ten times the storage capacity and computing power of traditional SIM cards. Users switching to BSIM cards will be able to securely store digital assets, easily transfer them, and display their assets across various applications.
Reportedly, Conflux is developing a mobile application that encapsulates access to the BSIM card, helping users manage digital assets according to their conventional habits without needing to understand cryptographic keys. The card is seen as a unique gateway for users to interact with cryptocurrency-based applications, allowing SIM card holders to become Web3 users simply by upgrading to a BSIM card.
Today, blockchain applications in the telecom industry are becoming increasingly widespread, and Conflux’s cooperation with China Telecom is just one example. Blockchain technology will enhance efficiency and transparency in telecommunications operations regarding security, data management, and payments, significantly reducing costs and improving user experience. This article reviews current real-world use cases of blockchain in the telecom sector and explores how blockchain could transform the industry.
An $80 Billion Market: Which Innovative Companies Are Emerging?
According to market research and consulting provider Fact.MR, the global value of blockchain in the telecom market is expected to reach $80 billion by 2033, with a compound annual growth rate (CAGR) of 74.8% projected between 2023 and 2033. Currently, there are already several innovative projects in the "telecom + blockchain" space, which R3PO has compiled below.
1. Conflux
Conflux is currently the only legally recognized public blockchain in China and will collaborate with China Telecom to develop blockchain-based SIM cards. Both parties plan to roll out the first BSIM pilot project in Hong Kong later this year, potentially followed by pilots in cities like Shanghai. The BSIM card will manage and store users’ public and private keys, enabling digital signatures while ensuring private keys never leave the card. It will allow users to securely store digital assets, conveniently transfer them, and display their holdings across various applications.
The BSIM card will provide users with dedicated storage space 10 to 20 times larger than traditional SIM cards, with computing power enhanced by dozens of times. Built on blockchain technology, BSIM aims to lower the barrier for users entering Web3 and the metaverse, making it possible for mobile phones to connect to the virtual world in a safer, more efficient, and compliant manner.
2. Telcoin
Telcoin is the first cryptocurrency designed to leverage the synergy between mobile communications and blockchain technology, aiming to seamlessly connect mobile networks globally and enable easy conversion between telecom mobile currency, prepaid credit, and postpaid billing platforms.
Telcoin is distributed exclusively through mobile network providers affiliated with GSMA (Global System for Mobile Communications Association). Users fully integrate their wallets into the Telcoin API, which records their phone number, public key, and a private encrypted key.
3. Syntropy
Syntropy's Distributed Autonomous Routing Protocol (DARP) forms the backbone of the Syntropy network, connecting all nodes, computers, and servers into a decentralized global network with built-in encryption and intelligent routing capabilities. Functioning similarly to Waze (a GPS app), it helps redirect internet traffic via alternative routes to destinations, thereby increasing internet speed and reliability.
4. Wayru
Wayru has developed a new globally compatible hotspot network and a hardware device (called Genesis) that allows individuals to share their internet connection in exchange for cryptocurrency. Anyone can purchase Hotspot Pool tokens to pay for network usage.
Wayru’s sharing economy model provides communities, entrepreneurs, and small businesses with the foundational framework to independently build, own, and operate internet networks. The network focuses on lowering operational costs associated with centralized internet infrastructure, using Algorand’s blockchain to process telecom and other transactions on the network. For every $100 in revenue generated from network usage, approximately $40 goes toward maintaining the network, leaving $60 in rewards. This amount is split between Wayru and Pool token holders, with two-thirds going to holders and one-third to Wayru.
5. EMG
EMG, a Web3 company under Emeldi Group, has developed a suite of Web3 applications tailored to meet the telecommunications needs of underserved communities. One such application focuses on improving and simplifying the identity verification process required for accessing telecom services. Currently, traditional procedures require new customers to visit physical retail stores of mobile operators, present identification documents, and sign lengthy paper contracts. EMG’s solution integrates smart contracts to enable a one-click identity verification process.
Additionally, EMG is working on creating a Super App that combines traditional services such as taxi or car rentals, food ordering, video calls, and messaging, along with blockchain-based payment options.
6. PKTPal
PKT is an open-source community project that monetizes home internet connections by enabling anyone to become a local ISP and earn passive income from their unused bandwidth. PKT introduced the open-source PacketCrypt algorithm, claiming it is the first proof-of-bandwidth algorithm ever created. Its product, “PKT Cube,” is a device connected to the PKT blockchain and serves as the first-layer protocol powered by PacketCrypt. PKT Cube enables anyone worldwide to monetize their unused internet bandwidth, compensating users in PKT cash every 60 seconds for bandwidth they’ve already paid for but are currently wasting.
Telecom Industry Urgently Needs to Break Through Bandwidth Bottlenecks
The telecom industry faces growing challenges due to rapidly increasing demand for internet bandwidth. Data shows that bandwidth demand has more than doubled in recent years due to the pandemic and technological trends. With VR/AR applications and blockchain technologies becoming mainstream, this growth continues. However, current infrastructure remains constrained by outdated protocols decades old, unable to keep pace with surging demand. Today, every telecom company and internet service provider (ISP) must confront two major issues.
1. Increased Bandwidth Demand Causes Network Congestion
On one hand, ISPs struggle to keep up with rising consumer demand. Delays (also known as latency) or service outages have become common occurrences. Examples include:
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In 2020, YouTube experienced a global outage;
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The OECD warned that since the start of the COVID-19 crisis, demand for broadband communication services has surged. Some operators reported internet traffic increases of up to 60% compared to pre-crisis levels;
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In 2021, a service disruption caused outages for Amazon, Twitter, Twitch, and other websites;
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Between 7 PM and 11 PM each weekday, network congestion slows down data-intensive applications and services.
Looking ahead, bandwidth demand will continue to grow rapidly. According to Huawei’s predictions, by 2030, per capita monthly wireless cellular data traffic will increase 40-fold globally, reaching 600GB. Key reasons for this growth include:
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Virtual reality gaming and augmented reality applications consume 2–3 times more data than regular games and apps;
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Online apps will continue to see massive growth;
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More remote regions will gain internet connectivity.
All these factors will drive increased consumer demand for bandwidth, yet ISPs remain unable to keep up. The International Telecommunication Union (ITU) has indicated that approximately $428 billion will be needed by 2030 to connect 3 billion people who currently lack internet access.
No wonder Meta CEO Mark Zuckerberg publicly stated that achieving seamless Metaverse experiences for users might take another five to ten years.
2. 70% of Bandwidth Remains Unused
Telecom companies have invested heavily in building servers and data centers, connecting homes around the world via fiber optics, and maintaining these assets around the clock. Yet, 70% of existing infrastructure remains underutilized.
So if so much bandwidth is unused, why does congestion occur? This highlights the limitations of current internet infrastructure design. Consider this analogy:
There is only one road connecting the suburbs to downtown. During peak hours, traffic jams occur. Unless we waste enormous resources, we cannot widen the road enough to accommodate all vehicles simultaneously. However, during other times of day, the same road sees almost no traffic.
The same issue applies to internet bandwidth.
Bandwidth Monetization: How Can Blockchain Solve Network Congestion?
Can blockchain solve bandwidth waste and network congestion?
Telecom companies can use blockchain technology to create decentralized networks, allowing users to share excess bandwidth in exchange for cryptocurrency or other rewards, while also alleviating network congestion and improving overall network performance. Perhaps in the future, anyone could use blockchain to monetize unused internet bandwidth and earn passive income.
Moreover, blockchain technology can improve the telecom industry in the following ways:
1. Fraud Prevention
Fraud detection is a fundamental challenge in the communications services sector. According to GSMA (Global System for Mobile Communications Association), fraud costs the industry more than $38 billion annually. Blockchain technology can effectively address this problem.
Take roaming usage as an example: when making a call from another country, all generated data must be reconciled between the originating carrier and the destination carrier. However, billing discrepancies due to information asymmetry create opportunities for fraud. Storing this data on a blockchain would eliminate such risks.
2. Billing Process Improvements
Current roaming settlement and compensation systems are slow, expensive, and labor-intensive. In such scenarios, deploying "smart contracts" on a blockchain network would allow parties to reach agreements in real time and potentially use tokenized systems for inter-company payments.
3. Expanding Internet Access
According to a recent report by the United Nations’ International Telecommunication Union (ITU), nearly 3 billion people worldwide have never used the internet—a figure representing about 37% of the global population. The UN agency notes that over 12% of the world’s population lacks internet access.
Blockchain can be used to create digital identity systems, enabling people to access mobile data and telecom services without traditional forms of identification. Additionally, thanks to smart contracts, telecom companies can establish identity verification and document systems that do not require customers to sign stacks of paperwork at offices.
Conclusion
Although mainstream adoption of the Web3 world may still take five to ten years, blockchain technology is indeed reshaping the traditional internet and telecom industries. In the Web2 era, telecom operators relied on SIM cards, subscriptions, and direct billing to serve users—but these models will face challenges in the Web3 world.
For telecom operators, it is essential to completely rethink how they will operate within a more open Web3 ecosystem and decentralized infrastructure. They must consider how to deliver value in a world where content, data, identity, and ownership are primarily controlled by users, and how to market, distribute, and operate their services accordingly. We look forward to seeing how blockchain technology will create new growth and innovation opportunities for the telecom industry.
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