DIRECT-TO-CELL SATELLITE INTERNET

When governments shut down the internet to silence dissent, people lose their ability to communicate, organise, and share what's happening with the world.

In Iran's ongoing 2025-2026 protests, anonymous ministry of health sources report over 30,000 people killed. Independent human rights monitors have confirmed 6,221 deaths during internet blackouts that started on January 8th. Their stories suppressed, their families silenced.

Direct-to-cell satellite internet can bypass censorship and internet shutdowns, connecting ordinary smartphones directly to satellites—no special equipment needed. This technology could save lives in Iran and beyond.

The Problem

Iran is one country in a global pattern. Cutting the internet has become authoritarian governments' most effective information control tool. Internet shutdowns documented in 75+ countries: Myanmar's coup, Ethiopia's Tigray conflict, Sudan's protests, Kashmir's multi-year blackout.

When the internet disappears, medical care collapses. Hospitals can't coordinate. Telemedicine stops. Humanitarian aid is disrupted. Relief organisations go silent. Domestic violence victims lose helplines. Documentation becomes impossible.

Iran's internet blackout began on January 8th, 2026. Most connectivity remains close to zero, with over 90 million cut off from the internet. Since January 25th, some limited access through circumvention tools has become available, but the network remains largely inaccessible. Human rights monitors have confirmed 6,221 deaths, with anonymous ministry of health sources reporting over 30,000 killed. Over 42,000 arrested. Human rights documentation struggles through the information blackouts.

But Starlink terminals proved to work during Iranian blackouts. The problem: access requires smuggled hardware, technical expertise, cost, and comes with enormous risks (including threats of execution) both for the importers and the users. Iranian officials have publicly signalled that owners and distributors can be prosecuted, increasingly framing Starlink as an illegal, foreign-controlled network tied to national-security offences rather than a mere licensing violation. Only a fraction get through, and even those who do can potentially be jammed, confiscated, or bricked by the company.

Sporadic access for the few isn't the ceiling. It's proof satellite connectivity can pierce authoritarian control and blanket restrictions by abusive warring parties—if we scale it.

The Solution

Direct-to-Cell (D2C) satellite technology works with most smartphones. No special equipment. No smuggling. Companies are building it now.

Standard Starlink terminals function in Iran during shutdowns right now - proving satellite coverage reaches sanctioned countries during blackouts. D2C uses the same satellite infrastructure, just connecting directly to phones instead of terminals. Apple has already proven satellite-to-phone connectivity works on 200+ million iPhones. The question isn't technical feasibility - it's whether companies deploy this proven technology to serve crisis zones.

Starlink - piloting D2C with T-Mobile
Apple - Emergency SOS via Globalstar on millions of iPhones
AST SpaceMobile - demonstrated voice, text, data to unmodified phones
Amazon Leo - global satellite infrastructure and carrier backhaul
Eutelsat - exploring D2C capabilities

Iran proved both need and viability. Satellite coverage reaches countries under authoritarian control, even during shutdowns.

If D2C goes live with humanitarian applications built into deployment and in compliance with humanitarian norms and principles, this technology might unlock satellite internet service in crisis zones, subsidised access during emergencies, and crisis-ready regulatory clearance. In this scenario every mobile phone becomes a lifeline during blackouts. Medical consultations continue. Aid stays coordinated. Families connect. Documentation happens. Accountability is pursued.

Not just Iran's 90 million. Myanmar. Sudan. Ethiopia. Kashmir. Bangladesh. Palestine. Wherever governments or any other actor weaponise connectivity.

The Urgency

Companies are making D2C deployment decisions now. Satellites launching. Spectrum allocated. Regulatory frameworks negotiated.

If humanitarian applications aren't designed now - while technology and its governance model are being shaped - it won't be retrofitted later. Infrastructure will optimise for profitable markets in stable democracies, not crisis zones. D2C for Colorado hiking emergencies, not Myanmar medical crises.

Iran is proof of concept. Satellite internet works during blackouts and local actors are braving enormous risks to import it and bring it to their communities as the need is stronger. The gap between 3,900 verified deaths and 12,000 estimated shows what happens when documentation becomes impossible.

But Iran is one country in a global pattern. Internet shutdowns escalating worldwide. Governments learning connectivity cuts control populations.

The deployment window is now. Not after commercial rollout. Not after the next shutdown. And not only at the whim of any company based on commercial political considerations.

For Companies

Build Humanitarian Infrastructure Into D2C

D2C companies can build global humanitarian and civilian infrastructure serving billions during crises. This means engineering decisions prioritising connectivity for populations facing shutdowns, not CSR add-ons.

Requirements:

Regulatory pathways: Secure licences and spectrum allocation enabling service in countries under authoritarian control.
Infrastructure priorities: Ensure satellite coverage and network capacity serve crisis zones, not just profitable markets. Design rapid emergency activation.
Accessible design: Create pricing, device compatibility, activation protocols for people under duress. Consider subsidised crisis access, possibly through pooled funds for connectivity support.
Crisis response: Develop clear protocols for enabling service during shutdowns—supporting medical care, aid coordination, family contact, documentation.
Sustainable models: Partner with development agencies and humanitarian funders to subsidise access for populations in crisis. Creates revenue streams while ensuring affordability. Not charity—sustainable business.

Iran proves it works. Low Earth Orbit satellite internet has worked during blackouts. D2C scales that to millions, billions.

For Policymakers

Enable Humanitarian Connectivity Globally

Satellite connectivity for humanitarian and civilian purposes requires removing regulatory barriers preventing crisis access.

Key policy priorities:

Spectrum allocation: Prioritise licensing enabling D2C in countries with government blackouts. Developing standards and protocols for emergency spectrum allocation of the most appropriate bands for D2C use.
International coordination: Create frameworks allowing satellite providers to serve populations under authoritarian control without violating conflicting regulations. Support the emergence of humanitarian policies and standards to guide the management and provision of emergency satellite connectivity in the respect of existing legal instruments.
Emergency protocols: Establish fast-track pathways for activating connectivity during documented crises.
Development funding: Direct humanitarian and development agencies to invest in D2C infrastructure and subsidise access for crisis populations exploring innovative financing methods such as pooled funds for emergency civilian connectivity support. Creates sustainable business models for companies serving underserved regions.

Global pattern: 75+ countries. Iran proves viability. Technology exists. Policy barriers shouldn't prevent connectivity enabling medical care, aid coordination, documentation, or self-protection by communities.