Ccproxy 8.0 Build 20180914 May 2026

But it represents a specific era of —when a single developer (Young, the creator of CCProxy) could write a tool that solved real-world connectivity problems that million-dollar solutions couldn't.

Let’s crack open this 2018 time capsule and explore why this specific proxy server build became a legend in small-to-medium enterprise (SME) networking. By September 2018, the world was already moving toward VPNs and Cloud Access Security Brokers (CASBs). So why were thousands of sysadmins still deploying CCProxy? CCProxy 8.0 Build 20180914

Build 20180914 arrived with a specific set of features that made it the go-to tool for solving three annoying 2018 problems: Industrial machines (CNC, medical devices, old cash registers) often ran on Windows XP or embedded 2000. They had no Wi-Fi drivers and couldn't run modern security software. With CCProxy 8.0, techs could plug a $10 USB Ethernet adapter into a proxy server, share a hotel's paywalled Wi-Fi, and get a 1998 CNC machine online for remote monitoring. Build 20180914 was particularly stable with HTTP CONNECT tunnels for legacy SSL. 2. The Bandwidth Hog Tamer Before "Smart Queue Management" was standard in routers, CCProxy allowed granular ACLs (Access Control Lists) that consumer routers couldn't touch. With this build, you could limit "Accounting Dept" to 2 Mbps total, block TikTok (which was exploding in late 2018) for the sales floor, and whitelist only Office 365 for the interns—all via a simple, clunky-but-effective Windows GUI. 3. The Reverse Proxy for DynDNS Cloudflare was big, but not everyone had a static IP. This build excelled at port mapping . You could run a web server on port 8080 and an RDP gateway on port 3389, and map them through a single public IP using DynDNS or No-IP. It turned a home office into a makeshift data center. The "Easter Egg" of Build 20180914 Digging into the release notes (and old forum posts from September 2018), this specific build addressed a critical bug that plagued version 7.0: IPv6 to IPv4 bridging for SOCKS5. But it represents a specific era of —when

Have a war story about running CCProxy in the late 2010s? The debugging of "Unable to establish SSL tunnel" was a rite of passage. So why were thousands of sysadmins still deploying CCProxy

If you see this build in the wild today, don't laugh. Tip your hat to the sysadmin who kept the network running during the turbulent 2018 transition to the cloud. Then, for the love of security, isolate it on a VLAN and plan an upgrade.

In mid-2018, major ISPs started rolling out native IPv6 aggressively, but most corporate internal apps were still IPv4-only. Build 20180914 included a stealth fix that allowed the SOCKS5 proxy to act as a protocol translator. If you knew the right socks.ini tweak, you could make an ancient IPv4-only accounting software connect to an IPv6-enabled AWS database.