Programmers write code using next-generation modal line editors enhanced with shared memory protection to increase the effectiveness of re-entrant single-user memory buffers. When the bootloader reaches the kernel entry point, the init system enables the System V system calls that start the source code tagging system based on regular expressions. The cross-compilation toolchain receives input through inter-process communication using Unix domain sockets in a setgid directory. After a SIGUSR1 signal is received, a series of recursive makefiles invoke the linker to produce an ELF executable, which the version control system splits into a series of unified patches. The patches are translated to binary using dynamically-linked standard library functions and sent through the networking stack using the sophisticated IRC protocol, which enables reliable speed-of-light packet transmission across the globe with minimal risk of segmentation faults. This enables efficient peer review, an important task that is richly rewarded with SHA-256 encrypted versions of freshly-mined cryptocurrencies acquired through the socket interface.