We're not going to have faster processors. Instead, making software run faster in the future will mean using parallel-programming techniques. This will be a huge shift.
G-WAN (~100 KB) makes it a breeze, by transparently parallelizing legacy procedural code:
› Unique Value
G-WAN is much smaller, faster and safer than the next best:
- Web servers,
- Web application servers,
- Web acceleration servers,
- KV stores & noSQL databases.
G-WAN scales with 4-5x less CPU & RAM resources and serves 3-4x more requests than Lighttpd or Nginx.
› Parallelism Made Easy
G-WAN makes existing procedural source code and libraries scale with:
- zero-configuration,
- first-class continuations,
- wait-free (no delay, no locks),
- async. client BSD socket calls.
DNS lookups are asynchronous in all libraries and C, C#, Java, Js, or PHP scripts used from G-WAN.
› Leveraging Legacy
Build the multi-Core future with scripts using your programming language:
- C, C++, D, asm (inline or not),
- Objective-C / Objective-C++,
- Google Go, Javascript,
- Python, Lua (more soon)
G-WAN makes C/C++ libraries fly:
#pragma link "sqlite3"
G-WAN powers the next-generation, massively-scalable "EON PaaS" (Platform as a Service), which is capable of deploying the latest Web 2.0/3.0 Applications, and supporting a variety of development frameworks.
To do more, buy more servers, or upgrade your LAN and use G-WAN, the only Web server able to scale on multi-Core CPUs.
The critical resource in a modern economy is not food, but power. When power is restricted for whatever reason, governments have to decide which users have priority: factories, hospitals, shops or consumers. [...] Developed economies have not experienced this sort of thing on a regular basis since the 1970s. But that could be the outcome if they are forced into default.
