G-WAN better uses CPU Cores
to make the Internet of Things
fly thousand times higher!
Leverage the fastest servers and
the fastest many-core CPUs
to do much more with much
lower operating costs!
- G-WAN v17.01 is up to 453 times faster than Nginx v1.24.0 (Intel Core i9 CPU, uncached 100-byte file, Ubuntu 24.04 LTS),
- G-WAN is a 2009-2025 zero-configuration, zero-vulnerability (vs. Apache, Nginx) HTTP(S) Web Application server,
- G-WAN + SLIMalloc make C/C++/C#/Java/Go/Lua/Php/Js/Rust memory-safe, while speeding-up servlets. (at the moment, version available to long-term registered users and large-accounts)
G-WAN Caching Reverse-Proxy Transparently Boosts Your Backend Servers
G-WAN caches static files and dynamically-generated contents, querying your backend-servers ony to fill and update its cache as needed:
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G-WAN Caching Reverse-Proxy was first presented at the 2012 ORACLE Open World (OOW) in San Francisco (45,000-visitors). A G-WAN laptop (caching 27 no-SQL Cisco UCS) featured "social-gaming" where visitors played with 300 million bots in the streets of San Francisco. G-WAN has delivered a constant 1.2 billion TPS. |
G-WAN Caching Reverse-Proxy accelerates your favorite Web framework (Ruby on Rails, Django, Angular, Asp.Net, Meteor, Laravel, Express, Spring, React, Vue...) or CMS (WordPress, Content Hub, Wix, Joomla, Drupal, Shopify, Magneto, Typo3, PrestaShop, Squarespace...).
G-WAN protocol handlers can also cache SQL and noSQL databases, Key-Value stores, etc. – all you have to do is to deploy G-WAN in front of your backend-servers, and use the protocol(s) expected by the client and server sides.
As multicore grows, software is exponentially CPU-bound, and efficiency matters exponentially – especially on broadband networks handling AI, Crypto mining, and the telemetry of 20 BN connected objects (car, watch, TV, smartphone, computer, etc.) expected to grow to 40 BN by 2030 (doubling in 5 years).
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.
Initialization & Maintenance Scripts
Config Backup Alert Monitoring Healing Async. Jobs
Handler Scripts
Content-Type
HTML
CSS
JS
FLV
MP4
PDF
Connection
Rewrites
Filter
Custom Errors
Caching
Protocol
DNS
NTP
HTTP
SMTP
POP3
LDAP
Servlet (edit & play) Scripts
asm C C++ C# D Go Java Javascript Lua Objective-C Perl PHP PH7 Python Ruby Scala
Ø-conf. virtualized Code Compute Storage Network
G-WAN runs C, C# or Java with less CPU and less RAM while handling more requests than other servers. Other languages (Go, PHP, Python, Ruby, JS...) benefit from G-WAN's multicore architecture.
Use /usr/lib's thousands of libraries without writing complex interfaces: #pragma link "sqlite3"
Plug C/C++ libraries to support more protocols
G-WAN powers the mathematically-proven as secure, massively-scalable Global-WAN Cloud able to protect today's critical infrastructure and tomorrow's Internet of Things (IoT) with post-quantum security (PQE).
And, with raising energy costs, this increasingly large performance-gap paid by end-users will force all to migrate to the Cloud:
Why we didn't have 10GHz in 2005? CPU performance growth as we have known it hit a wall in 2003. Most people have only recently started to notice. Concurrency is the next major revolution in how we write software.
