Woron | Scan 109 Software Exclusive
Contemporary SIM cards employ strict access control conditions (ACCs). Reading sensitive elementary files requires verification of administrative PINs or specific cryptographic keys (ADM keys) controlled exclusively by the network carrier. Without these keys, Woron Scan 109 will receive a 94 04 (Address missing/File not found) or 69 82 (Security status not satisfied) APDU error response from the card's operating system. Forensic Use Cases
For digital forensics, the software provides raw parsing of:
: A Phoenix/Smartmouse programmer or a standard USB SIM card reader.
In the late 1990s and early 2000s, GSM networks relied heavily on the to authenticate a mobile device to a cellular tower. This algorithm was found to have structural cryptographic flaws. Woron Scan capitalised on these vulnerabilities by executing a series of targeted queries to the SIM card. By analyzing the responses, the software could successfully deduce the secret Ki key in a matter of hours.
Note: The software is often associated with "Silver Card" or "Green Card" cloning hardware. Please ensure you are only using this software on SIM cards you own or have explicit permission to modify. Unauthorized cloning of SIM cards is illegal in many jurisdictions. woron scan 109 software exclusive
Windows 7, Windows 10, or Windows 11 (64-bit configurations are standard, though some legacy frameworks require running the software in compatibility mode or via a dedicated Virtual Machine).
Because this software is obsolete and hosted primarily on unverified abandonware sites or file-sharing forums, many downloads are disguised Trojan horses or info-stealers. Always run downloaded executables inside an isolated, sandboxed environment.
Once the Ki key and IMSI are successfully extracted, they can be written onto a blank, programmable wafer card (such as a Gold Card, Silver Card, or Green Card). This effectively duplicates the original SIM. Technical Specifications and Requirements
Used with a SIM card programmer to read essential identification and security keys. Forensic Use Cases For digital forensics, the software
: A user would place a SIM card into a Phoenix/Smartmouse card reader connected to a PC. The "Scan"
is a legacy, specialized software tool historically used by telecom enthusiasts and security researchers to read, clone, and backup GSM SIM card data , specifically targeting older encryption algorithms like COMP128v1.
Woron Scan 1.09 remains one of the most recognized legacy software utilities in the field of telecommunications research, SIM card analysis, and GSM security auditing. Developed during the era of Comp128v1 encryption, this tool allowed researchers to interface directly with Subscriber Identity Module (SIM) cards via smart card readers.
If you are still using legacy capture tools, you are leaving resolution, security, and speed on the table. The is a statement: precision is no longer a feature—it’s a privilege. Woron Scan capitalised on these vulnerabilities by executing
A common question from IT managers is: How is this more secure than an open-source solution? The answer lies in the exclusive update channel. The Woron Scan 109 Software Exclusive phones home only to a whitelisted update server with TLS 1.3 encryption. Each update is signed with a hardware-specific key, making it nearly impossible to install compromised firmware.
The 109 version is famous for its efficiency in "cracking" the Ki (Authentication Key). For older SIM cards (Comp128v1), Woron Scan 109 can often find the Ki in significantly less time than its predecessors by using a series of specific "attests" to narrow down the hexadecimal possibilities. 2. Deep SIM Interrogation
When users search for a "Woron Scan 1.09 software exclusive," they are usually looking for a version of the software packaged with specific enhancements:
Extracting archived or deleted short messages from the card's internal storage.
Used by the network to identify the subscriber.
| Metric | Standard Scan Software | Woron Scan 109 Exclusive | | :--- | :--- | :--- | | Scan-to-Process Latency | 1.4 sec | | | Color Depth (per channel) | 16-bit | 32-bit float | | Batch Stability (1k scans) | 3.2% drift | 0.04% drift | | File Output Options | 12 formats | 21 formats (incl. RAW-109) |