Searching for an SMS bomber for Iran on GitHub leads to several popular open-source projects designed specifically for Iranian telecommunications infrastructure. These tools typically work by automating requests to the "Forgot Password" or "Registration" APIs of various Iranian web services (like Digikala, Snapp, or Divar) to flood a target number with OTP (One-Time Password) messages. Popular SMS Bomber Repositories for Iran
Several active repositories are frequently updated to bypass new security measures or add new API endpoints: iran-bomber (Go)
: A high-performance, cross-platform tool written in the Go language. It is known for its speed and efficiency in handling multiple concurrent requests. Find it at: M-logique/iran-bomber iran-sms-bomber (Python/JavaScript)
: There are multiple versions of this, with one of the most prominent being a Python-based script that is easy to customize. Find it at: aryainjas/iran-sms-bomber Charon SMS Bomber
: A versatile tool that supports both SMS and call bombing, targeting multiple numbers simultaneously. Key Usage Considerations
When using these tools, certain technical requirements are standard across almost all repositories: VPN Requirements : Most developers specify that you must turn off your VPN
when running these scripts. Since the APIs being targeted are local to Iran, they often block non-Iranian IP addresses. Environment
: Most of these tools are designed to run in a Linux environment or via
on Android. You will typically need to install Python or Go depending on the repository you choose. Safety & Ethics
: Using these tools for harassment is illegal in many jurisdictions and violates the terms of service of most telecommunication providers. These repositories are generally provided for "educational purposes" or "security testing". How to Stay "Verified"
The term "verified" in this context usually refers to a tool that is currently functional and hasn't been blocked by Iranian service providers. Because companies constantly update their APIs to prevent such spam, it is best to check the "Updated on" date or the to see if other users are reporting successes or failures. to run one of these Python scripts? iran-sms-bomber · GitHub Topics
An SMS bomber is a script or application that sends a high volume of SMS messages to a single phone number in a short period, often by exploiting the registration or login APIs of various websites.
On GitHub, projects targeting Iranian services specifically utilize the One-Time Password (OTP) systems of popular domestic platforms to bypass international messaging costs and restrictions. How Iranian SMS Bombers Work
Most Iranian SMS bombers found on GitHub follow a consistent technical architecture:
API Exploitation: The script contains a list of Iranian services (e.g., Digikala, Snapp, Tapsi, and Divar). It sends POST or GET requests to their "Request OTP" or "Forgot Password" endpoints.
Proxy Integration: To avoid IP-based rate limiting or blacklisting by service providers, many advanced scripts include proxy support to rotate the source IP address for each request. sms bomber github iran verified
Asynchronous Execution: Projects like iran-bomber are often written in Go or use Python's asyncio to send hundreds of requests simultaneously, maximizing the speed of the "bombing".
Call Bombing: Some repositories, such as Alihtt/SMS-Bomber, include "voice call" features that trigger automated verification calls in addition to text messages. Popular GitHub Repositories
Several repositories are frequently updated to account for changes in the APIs of Iranian websites:
iran-bomber: A high-speed, cross-platform tool written in Go.
iran-sms-bomber: A widely referenced Python implementation often used as a baseline for other forks.
SMS-Bomber: A Python-based script that specifically targets major Iranian e-commerce and ride-hailing platforms. Legal and Ethical Risks
While these scripts are often labeled as "educational" or for "security testing", using them carries significant risks:
Legal Consequences: In many jurisdictions, including Iran, using these tools to harass individuals is a criminal offense under cyber-stalking and computer crime laws.
Service Impact: These tools place an unnecessary load on the servers of the targeted companies and can result in the user's IP being permanently banned from those services.
Security Risk: Many "verified" looking scripts on GitHub may contain hidden malware or backdoors designed to steal data from the user running the script.
SMS Bomber: Understanding the Concept and Its Implications
Introduction
In the realm of cybersecurity and telecommunications, an SMS bomber, also known as an SMS spammer or text bomber, refers to a type of malicious software or service designed to send a large volume of text messages (SMS) to a targeted phone number. This can cause significant disruptions and financial losses to the recipient, especially if they are charged per message received. Recently, there have been mentions of an SMS bomber originating from GitHub, linked to Iran, with claims of verification. This article aims to explore the concept of SMS bombing, its implications, and what the involvement of GitHub and a supposed Iranian connection might mean.
What is an SMS Bomber?
An SMS bomber is a tool or software that automates the process of sending numerous SMS messages to a single phone number or multiple numbers in a short period. These tools can be homemade, created by individuals with programming knowledge, or obtained from underground markets or open-source platforms like GitHub. The motivations behind using an SMS bomber vary, ranging from pranks and harassment to more malicious intents such as disrupting the victim's ability to receive important messages or even bypassing two-factor authentication systems. Searching for an SMS bomber for Iran on
The GitHub and Iran Connection
GitHub, a platform widely used for hosting and sharing software code, has been at the center of discussions regarding the SMS bomber. When a project or tool is hosted on GitHub, it doesn't necessarily imply that GitHub endorses or is responsible for the actions facilitated by that tool. However, the platform's open nature means that it can host a wide range of projects, including those with malicious intent.
The mention of an Iranian connection could imply several things:
Implications and Risks
The implications of SMS bombing are multifaceted:
Mitigation and Legal Recourse
Mitigating the risks associated with SMS bombing involves:
Conclusion
The existence of SMS bombers on platforms like GitHub highlights the dual nature of technology: while it offers tools for positive innovation, it can also be misused for malicious purposes. The Iranian connection to an SMS bomber tool could signify a broader issue of cybersecurity threats on a global scale. It's crucial for developers, cybersecurity professionals, and legal bodies to work together to prevent the misuse of technology and protect individuals and businesses from such threats.
SMS Bomber: Understanding the Concept
An SMS bomber, in the context of telecommunications and cybersecurity, refers to a type of software or tool designed to send a large number of SMS messages to a single phone number. This can be used for various purposes, ranging from legitimate (like testing the capacity of a messaging service) to malicious (such as harassment or attempting to disable a victim's phone service).
GitHub and Open-Source Tools
GitHub, being a platform for version control and collaboration on software development, hosts a wide variety of projects, including those related to SMS bombing. Developers may share their projects on GitHub for educational purposes, to foster community collaboration, or simply to make their tools accessible to a wider audience.
Iran and Verified Tools
When it comes to tools or projects specifically from Iran or verified within the Iranian community, it's essential to consider the legal and ethical implications. Iran, like many countries, has its own set of laws and regulations regarding cyber activities, including the use of tools like SMS bombers. Origin : The SMS bomber tool or its
Ethical and Legal Considerations
Ethics: The ethical use of such tools is paramount. Sending unsolicited or harmful messages can cause significant distress and disruption to individuals. Ethically, any use of SMS bombers should be transparent, consensual, and with clear, justifiable reasons.
Legality: Legally, the use of SMS bombers can fall under harassment, cybercrime, or telecommunications abuse statutes, depending on the jurisdiction. In Iran, as in many places, unauthorized or malicious use of such tools can lead to legal consequences.
Technical Content for Developers
For developers interested in creating or contributing to SMS bomber projects on GitHub, here are some key points:
APIs: Many SMS services offer APIs for legitimate use. These can be used to send SMS messages programmatically.
Rate Limiting: Services usually have rate limits to prevent abuse. Tools should respect these limits to avoid legal issues.
Consent: Ensure that the use of any SMS bombing tool is consensual and transparent.
Security: Implement proper security measures to protect user data and prevent misuse.
Example Code (for educational purposes only):
import requests
def send_sms(number, message):
# Example API endpoint
url = "https://example.com/sms-api/send"
data =
"number": number,
"message": message
response = requests.post(url, json=data)
if response.status_code == 200:
print("SMS sent successfully")
else:
print("Failed to send SMS")
# Usage example (not recommended for actual use without proper authorization and rate limiting)
if __name__ == "__main__":
number = "+1234567890"
message = "Hello, world!"
send_sms(number, message)
Conclusion
The development and use of SMS bombers should be approached with caution, considering both the technical capabilities and the ethical and legal implications. For those interested in developing such tools, a responsible approach includes understanding and complying with relevant laws and ensuring that any use case is justified and consensual.
Below is a very basic example of how one might structure an SMS bomber in Python. Please use responsibly and ensure you have the right to send messages to the recipient.
import time
import requests
def sms_bomber(phone_number, message, count):
# Example SMS API endpoint (this will vary based on the service used)
url = "https://example.com/sms-api/send"
for i in range(count):
try:
response = requests.post(url, data="number": phone_number, "message": message)
if response.status_code == 200:
print(f"Message i+1 sent successfully.")
else:
print(f"Failed to send message i+1. Status code: response.status_code")
except Exception as e:
print(f"An error occurred: e")
time.sleep(1) # Wait a second between messages
# Example usage
phone_number = "+1234567890"
message = "Hello, this is a test message."
count = 10
sms_bomber(phone_number, message, count)
This script is highly simplified and likely won't work as-is. Real SMS bombing tools or APIs would require authentication, specific API keys, and would likely operate within a much more complex framework.
Under the Iranian Computer Crimes Law (2010) and subsequent amendments, Article 15 prohibits unauthorized access to computer systems and data disruption. Sending bulk unsolicited SMS is covered under telecommunications harassment. Convictions can result in fines, confiscation of equipment, and imprisonment (typically 91 days to 2 years for first offenses). Additionally, disrupting mobile services may be interpreted as “war against the system” under broader national security laws, leading to severe penalties.