Today many users noticed that the website associated with Cockroach Janta Party suddenly became inaccessible.
Instead of a normal webpage, visitors encountered errors like “This site can’t be reached”resulting in complete failure to resolve the domain CockroachJantaParty.org.
While discussions online quickly became political, the technical mechanism behind such takedowns is actually straightforward and worth understanding from an internet infrastructure perspective.
This article focuses purely on the technical side of how DNS-based websites can be disabled through domain-level actions. Let me guide you thorugh how it works.
Websites Depend on Domain Names
Most websites on the internet rely on the DNS (Domain Name System).
When you type a domain name into a browser:
- Your device asks DNS servers for the website’s IP address
- DNS responds with the server address
- Your browser connects to the server
- The website loads
If DNS stops working for a domain, the website effectively disappears for normal users; even if the actual web server is still online.
Errors in the DNS may also affect:
- Email services
- Subdomains
- APIs
- CDN services
- TXT record based Verification systems
- Other DNS-dependent infrastructure
In many cases, the server itself is untouched. Only the domain resolution layer is disrupted.
The Role of Registrars and Registries
Every domain name is owned by the user (The Registrant) but is controlled through two entities:
The Registrar
The company where the domain was registered.
Examples include:
- GoDaddy
- Namecheap
- Dynadot
- BigRock
The registrar manages the customer relationship and domain settings.
The Registry
The backend operator for the domain extension itself.
For example:
- Verisign, Incorporated operates all .com domains
- Public Interest Registry (PIR) operates all .org domains.
The registry maintains the authoritative database for the TLD.
How Websites Can Be Suspended
A website can be blocked via several mechanisms if an authority like a court or a government orders to do so.
The most common method is asking the internet service providers to block the domains or URLs on their end. But this method just blocks the website from users end who use that ISP. It can be easily bypassed using tools like VPNs.
But websites can be actually suspended by using the legal mechanisms in the Domain Name System.
1. DNS Record Modification
The simplest method for the registrars is changing or deleting CNAME/A records that point to the hosting server’s IP address.
2. Nameserver Modification
Registrars may replace custom nameservers with parking or suspension nameservers.
This prevents the domain from resolving correctly and may redirect to a custom landing page that might show a reason/warning.
3. Registry-Level Actions Using EPP Status Codes
This is the more serious mechanism and appears relevant in this case. So, here we go in depth about EPP Status Codes.
Extensible Provisioning Protocol (EPP) Status Codes
Domain Names use a protocol called: EPP. It is the system registrars use to communicate with registries.
It controls:
- Registrations
- Renewals
- Transfers
- Locks
- Domain statuses
A domain can have multiple EPP status codes attached to it.
Some common statuses include:
- clientTransferProhibited
- clientUpdateProhibited
- serverHold
- clientHold
These statuses directly affect domain behavior.
In the case of Cockroach Janta Party’s websites, EPP Status code called clientHold was used to make the DNS unusable, hence suspending the website, emails and everything else suspended.
What is “clientHold”?
In this case, the important status was reportedly:
clientHold
This is one of the most disruptive EPP statuses because it effectively removes the domain from the DNS zone.
When a domain enters clientHold:
- The registry stops publishing the domain in DNS
- Nameservers stop resolving
- The website becomes inaccessible
- Emails stop working
- Subdomains stop working
To normal users, the domain appears completely offline.
Importantly:
- The hosting server may still be running
- The files may still exist
- The content may still technically be online
But without DNS resolution, users cannot reach it using the domain name.
Why Emails Also Stop Working
Many people assume only websites are affected.
But the custom emails (name@domain.com) and related systems also depend on DNS:
- MX records
- SPF
- DKIM
- DMARC
If the domain is on clientHold:
- Mail servers cannot resolve MX records
- Emails may bounce
- Authentication systems fail
This means the entire digital identity attached to the domain name becomes unusable.
When Registrars Apply Such Actions
Registrars may apply holds due to:
- Legal notices
- Court orders
- Government directives
- Abuse complaints
- Policy violations
- ICANN compliance issues
The exact process varies by jurisdiction and registrar policy.
In some cases:
- The registrar acts directly
- The registry acts after instruction
- The domain owner may receive notice
- Emergency actions may occur first
Why This Method Is Powerful
Domain-level suspension is often more effective than targeting via ISPs or hosting alone. As it cant be bypassed and the owner of the website cant simply change the hosting provider to make the website available again.
Can the Website Still Exist Technically?
Yes.
Even during a domain suspension:
- Alternative domains may work if it points to same DNS records and the server is still working.
- Tor/onion mirrors may exist
- Direct IP access may sometimes work
However, ordinary users rarely access services this way. For practical purposes, the site becomes unavailable.
Final Thoughts
The takedown of the website associated with Cockroach Janta Party demonstrates how domain-level controls can rapidly disable DNS-based services without directly touching the hosting server itself.
In this case, the use of the EPP status “clientHold” effectively caused:
- Website failure
- DNS resolution failure
- Email disruption
- Service inaccessibility
Regardless of the surrounding political discourse, the event serves as a useful technical example of how internet infrastructure enforcement mechanisms operate behind the scenes.
