How to Access Crypto During Iran’s Internet Shutdown: Top Solutions

Iranian Internet Blackout Raises Concerns Over Cryptocurrency Accessibility

Amid ongoing protests and economic turmoil in Iran, the government has shut down internet access across the country, prompting questions about the viability of cryptocurrency use during such disruptions. Despite these challenges, reports suggest that a significant portion of Iranians remains engaged with digital assets, highlighting the resilience of crypto in restrictive environments.

Key Takeaways

• Approximately seven million Iranians are estimated to be crypto users, out of a population of around 92 million.
• Between January and July 2025, Iran’s crypto flows, tracked by TRM Labs, amounted to roughly $3.7 billion, indicating active on-chain activity despite internet bans.
• The Iranian rial’s depreciation and economic instability have driven calls for Bitcoin as a store of wealth, with some experts suggesting it could serve as an effective hedge.
• Alternative technologies like satellite internet and off-grid messaging systems are emerging as potential solutions to facilitate crypto transactions without direct internet access.

Tickers mentioned: None

Sentiment: Neutral

Price impact: Neutral — the ongoing restrictions are complicating on-chain activity but have not yet influenced broader market prices significantly.

Recent developments in Iran underscore the importance of resilient infrastructure for cryptocurrency adoption during times of crisis. With internet access severed by government action, Iranians seeking to maintain their financial autonomy are increasingly turning to alternative solutions.

Elon Musk’s Starlink satellite internet system has become a focal point, with widespread calls for deployment to restore connectivity. Musk previously indicated support during earlier blackouts, and unconfirmed reports suggest that Starlink may have been quietly granted permission to operate in Iran. Such satellite-based internet services enable high-speed, two-way connectivity, providing an avenue for crypto transactions even in regions where traditional networks are disrupted.

In addition, blockchain infrastructure provider Blockstream offers satellite broadcasting of Bitcoin data, allowing users to send and receive transactions across borders without relying on terrestrial internet. Meanwhile, innovative peer-to-peer messaging applications like Jack Dorsey’s decentralized platform Bitchat utilize Bluetooth mesh networks to transmit transaction data directly between devices. Although these methods face limitations—such as the necessity of internet access for final verification—they demonstrate the increasing adaptability of crypto technology in offline scenarios.

Other projects are exploring offline transaction capabilities, such as Darkwire, a decentralized mesh network that employs long-range radio to facilitate Bitcoin transfers without internet, and Machankura, a tool developed in South Africa that leverages mobile telecom networks for peer-to-peer bitcoin transfers. While these solutions offer promising avenues for maintaining crypto activity during disruptions, they often require eventual internet confirmation to finalize transactions on the blockchain.

As countries grapple with internet shutdowns and economic crises, the development of resilient, offline-capable crypto tools continues to accelerate, underscoring the importance of decentralization in ensuring financial sovereignty during times of crisis.