AT&T has partnered with Helium, a decentralized wireless network, to expand Wi-Fi coverage for its subscribers across the U.S. Announced on April 24, 2025, this collaboration allows AT&T customers to automatically connect to Helium’s community-built network of over 93,000 hotspots, primarily in the U.S., using Passpoint Wi-Fi authentication for seamless access.
These hotspots, operated by individuals and businesses, act as “mini cell towers” and are incentivized with Helium’s HNT tokens for providing coverage, not direct payments from AT&T. The partnership leverages Helium’s real-time coverage quality metrics to enhance network transparency and performance, complementing AT&T’s traditional cellular infrastructure.
This move is part of AT&T’s wireless convergence strategy and follows Helium’s regulatory clarity from the SEC, which dismissed a lawsuit against Helium’s parent company, Nova Labs, confirming that HNT, MOBILE, and IoT tokens are not securities. Helium’s decentralized model, powered by the Solana blockchain, has also attracted partnerships with other carriers like Telefónica’s Movistar in Mexico.
AT&T customers gain access to Helium’s 93,000+ U.S. hotspots, improving Wi-Fi availability in areas where traditional cellular infrastructure may be limited, enhancing user experience without AT&T needing to build new towers. By leveraging Helium’s decentralized, community-driven network, AT&T reduces capital expenditure on infrastructure while still expanding coverage. Helium hotspot operators are incentivized by HNT tokens, not direct AT&T payments.
The partnership validates Helium’s model, likely boosting its adoption. Increased usage could drive more hotspot deployments, further scaling the network and attracting other carriers, as seen with Movistar. Helium’s use of Solana-based HNT tokens and the SEC’s dismissal of the Nova Labs lawsuit signal growing regulatory acceptance of blockchain-based incentives in telecom, potentially encouraging similar decentralized models.
Passpoint Wi-Fi authentication ensures automatic, secure connections for AT&T users, setting a precedent for integrating decentralized networks into mainstream telecom without compromising usability. The partnership pressures competitors to explore similar cost-effective, scalable solutions, potentially accelerating innovation in telecom. It also highlights the viability of hybrid centralized-decentralized networks.
While Passpoint ensures secure connections, reliance on community-operated hotspots raises potential concerns about data privacy and network reliability, which AT&T and Helium must address to maintain trust. Increased utility from a major carrier like AT&T could drive demand for HNT tokens, potentially impacting their market value and Helium’s ecosystem economics. This move positions AT&T as a forward-thinking player in telecom convergence while amplifying Helium’s role in reshaping network infrastructure.
Blockchain technology is increasingly being adopted in the telecommunications industry beyond the AT&T-Helium partnership, offering solutions to enhance efficiency, security, and transparency. Blockchain enables secure, decentralized identity management systems, reducing identity theft and subscription fraud. By storing unique device/SIM data or customer identities on an immutable ledger, telecoms can verify users and devices across platforms without relying on intermediaries.
T-Mobile collaborated with Intel to develop the Next Identity Platform using Hyperledger Sawtooth, a blockchain database for managing user identities, access, and approvals internally. This enhances security and streamlines authentication processes.
Vodafone leverages blockchain for identity verification, ensuring secure and transparent customer data management, reducing fraud, and complying with regulations like the EU’s GDPR. Reduces fraud-related losses (estimated at $40 billion annually for telecoms) and enhances customer trust by giving users control over their data. However, scalability and interoperability challenges remain.
Blockchain streamlines international roaming and inter-carrier settlements by automating processes through smart contracts. This eliminates intermediaries, reduces manual errors, and speeds up settlement times from months to near-instantaneous. BubbleTone: A blockchain-based platform that connects mobile operators and users globally, allowing travelers to access local rates without changing SIM cards.
It automates roaming settlements, reducing costs and complexity. Telefonica uses IBM’s blockchain platform to log data from networks routing international calls, improving transparency and reliability in billing between operators. Syniverse offers a blockchain solution for transaction clearing and settlement, handling billions of daily transactions with enhanced speed and security. Faster settlements improve cash flow for operators, while transparent ledgers reduce disputes. However, regulatory variations across regions may delay adoption.
Blockchain’s distributed ledger ensures accurate, transparent billing by recording usage data in real-time. Smart contracts automate billing and transaction verification, minimizing revenue leakage and discrepancies. China Mobile has implemented blockchain to modernize billing processes, ensuring transparent and timely payments, which enhances operational efficiency and customer trust.
QLC Chain enables a decentralized billing system where users can buy or sell data packages, streamlining peer-to-peer transactions. Automation reduces operational costs and errors, but high transaction volumes in telecom require scalable blockchain solutions. Blockchain secures and manages the vast number of IoT devices connected to telecom networks by providing a decentralized ledger for device interactions, authentication, and firmware updates. This is critical for sectors like healthcare, smart cities, and manufacturing. Deutsche Telekom launched a blockchain-based system in 2018 to secure IoT applications, ensuring tamper-proof data exchange between devices.
FIX Network a Lithuanian startup using blockchain to store private keys and personal data, enabling secure transitions between devices and protecting digital identities.
Implications: Enhances IoT network security and scalability, but managing billions of devices requires robust consensus mechanisms and energy-efficient protocols. Blockchain facilitates network slicing, allowing multiple virtual networks on a single physical infrastructure. Smart contracts manage the leasing of 5G network slices transparently, optimizing resource allocation for diverse use cases.
SK Telecom tests blockchain for secure 5G network slicing, enabling enterprise connectivity and dynamic resource allocation. Weaver Labs a DePIN project using blockchain to manage decentralized network infrastructure for 5G, improving scalability and rewarding participants. It enables customized 5G services and reduces infrastructure costs, but interoperability between operators and blockchain platforms is a hurdle. Blockchain enables secure, low-cost micropayments for services like music, games, or mobile data, as well as peer-to-peer money transfers. This is particularly useful in regions with limited banking infrastructure. Telcoin built on Ethereum, Telcoin partners with GSMA-affiliated operators to provide blockchain-based mobile money transfers, issuing TEL tokens based on transaction volume.
BitMinutes uses blockchain to provide prepaid minute tokens (BMTs) for mobile payments, preventing fraud through unique identifiers.
Implications: Expands financial inclusion and creates new revenue streams for telecoms, but widespread adoption depends on user education and regulatory clarity. Beyond Helium, other Decentralized Physical Infrastructure Networks (DePIN) use blockchain to incentivize community-built telecom networks, reducing reliance on centralized infrastructure.
XNET Mobile partnered with AT&T to build a decentralized, neutral-host wireless network, rewarding participants for contributing coverage. Ammbr uses blockchain to create a wireless mesh network where users can buy/sell bandwidth using AMR cryptocurrency, supporting micro-transactions. Lowers infrastructure costs and democratizes connectivity, but requires robust incentive models and regulatory compliance to scale. Blockchain enhances transparency in telecom supply chains by tracking equipment and services, reducing costs and ensuring trust among stakeholders.
Telstra partnered with a blockchain-based supply chain platform in 2020 to streamline procurement, improving efficiency and transparency. Weaver Labs uses blockchain to address supply chain pain points like unreliable information and slow failure response. It Reduces operational costs and fraud, but integrating blockchain with existing systems poses technical challenges.
The blockchain in telecom market is projected to grow from $300 million in 2023 to $80 billion by 2033, with a CAGR of 74.8%, driven by demand for secure, efficient solutions.
Blockchain’s decentralization and immutability address telecom’s cybersecurity challenges, protecting sensitive data and reducing fraud.
Varying global regulations may slow adoption, requiring telecoms to navigate compliance carefully. High transaction volumes and energy consumption in blockchain networks necessitate scalable, energy-efficient solutions like Layer 1 and Layer 2 protocols.
Blockchain fosters new business models (e.g., decentralized marketplaces for data), pushing telecoms to innovate or risk losing market share. These use cases demonstrate blockchain’s transformative potential in telecom, with companies like AT&T, Vodafone, and China Mobile leading adoption. However, challenges like scalability, interoperability, and regulatory maturity must be addressed for widespread impact.
