The ICC sometimes uses FTP servers to distribute:
Example format for accessing an ICC FTP server might look like: 10161oo244 icc ftp server new
ftp://ftp.icc-cricket.com
But that exact subdomain is not publicly documented. The ICC sometimes uses FTP servers to distribute:
| Feature | Legacy ICC FTP | 10161oo244 ICC FTP Server New | |----------------|------------------------|-----------------------------------| | Encryption | None (cleartext) | TLS 1.2 / 1.3 (FTPS) | | Concurrent sessions | 5 | 50 | | Resume interrupted transfers | Manual restart | Automatic byte-range resume | | User management | System accounts | Virtual users with ACLs | | Logging | Minimal | Full with SNMP traps | | IPv6 support | Partial | Full RFC 2428 compliant | Example format for accessing an ICC FTP server
Before we explore the FTP server, it is crucial to understand the alphanumeric code 10161oo244. In proprietary industrial systems, such codes often refer to:
The addition of "icc ftp server new" suggests that this version (10161oo244) introduces a completely overhauled FTP server module within an ICC environment. The "new" flag indicates deprecation of older, less secure, or slower FTP services.
ftp -A -p 990 10161oo244.icc.domain.local
# User: icc_svc_ftp
One standout feature is the intelligent queue. If a remote client disconnects mid-transfer, the 10161oo244 server saves the state. Upon reconnection, it resumes from the last verified block (byte-range resumption), not from the start. This is vital for large PLC (Programmable Logic Controller) backup files.