Delhi High Court Orders ISPs to Block Illegal Cricket Streaming Sites
The Delhi High Court ordered internet service providers (ISPs) and domain registrars to block eight websites illegally streaming cricket matches licensed to Sony Pictures Networks India (SPNI), according to court records. The ruling aims to protect the exclusive broadcasting rights held by Sony and prevent the unauthorized distribution of live sports content.
Why did the Delhi High Court order the website blocks?
The court issued the order after Sony Pictures Networks India demonstrated that these websites were broadcasting live cricket matches without authorization. Under Indian copyright law, the broadcasting of licensed content without a permit constitutes copyright infringement. By directing ISPs to block these domains, the court seeks to stop “digital piracy” that diverts viewership and advertising revenue away from the legal rights holder.

Which entities are responsible for the blocking?
The court’s mandate targets two primary groups: Internet Service Providers (ISPs) and domain registrars. ISPs must ensure that users within their networks cannot access the infringing URLs. Domain registrars are tasked with managing the technical addresses of the websites to prevent them from operating under the specified domains. This “dynamic injunction” approach allows the rights holder to add new infringing websites to the block list as they emerge, without filing a fresh lawsuit for every new URL.
How does this affect sports broadcasting rights in India?
This ruling reinforces the legal weight of exclusive broadcasting agreements. In India, sports rights are high-value assets; companies like Sony and Disney Star pay billions of rupees for the right to air tournaments. When “pirate” sites stream this content for free, it undermines the commercial viability of these investments. According to legal precedents in the Delhi High Court, such as those involving the Indian Premier League (IPL), the court frequently grants “John Doe” orders (or Ashok Kumar orders) to protect intellectual property against unknown defendants.
Comparison of Legal Remedies for Digital Piracy
The court utilizes different mechanisms depending on the nature of the infringement:
| Mechanism | Action Taken | Primary Goal |
|---|---|---|
| Static Injunction | Blocks specific, named URLs. | Stop a known site from operating. |
| Dynamic Injunction | Allows the list of blocked URLs to be updated. | Combat “mirror sites” that pop up instantly. |
| John Doe Order | Action against unidentified infringers. | Prevent piracy before it starts or when the source is hidden. |
What happens if users use VPNs to bypass blocks?
While ISPs block access at the network level within India, users often use Virtual Private Networks (VPNs) to mask their location and access blocked content. While the court’s order is binding for Indian ISPs, it cannot technically stop a user from routing their traffic through a server in another country. However, the legal responsibility remains with the ISPs to comply with the court’s directive to restrict access within Indian borders.
Frequently Asked Questions
Is watching an illegal stream a crime?
Under the Copyright Act, 1957, the primary legal action is typically directed at the distributors (the websites) rather than the individual viewers. However, the distribution of such content is strictly illegal.
Why can’t the court just shut down the websites permanently?
Many pirate sites are hosted on servers outside India. Since the court lacks jurisdiction over foreign hosting companies, it orders local ISPs to block the “gateway” to those sites, effectively cutting off the Indian audience.
Does this affect all sports or just cricket?
While this specific order concerns cricket matches licensed to Sony, the legal principle applies to all licensed sports and entertainment content in India.
The trend of dynamic injunctions suggests that Indian courts are increasingly prioritizing the speed of digital enforcement to keep pace with the rapid creation of mirror sites during major sporting events.