Facebook releases real-time Web server tech as open source
- 11 September, 2009 05:04
- Comments
Facebook is releasing as open source a Web server technology because it wants to make it easier for developers to create applications that let users post status updates in real time, a functionality popularized by Twitter.
The Web server framework that Facebook will offer as open source is called Tornado, was written in the Python language and is designed for quickly processing thousands of simultaneous connections, the company said Thursday.
"Tornado is a core piece of infrastructure that powers FriendFeed's real-time functionality, which we plan to actively maintain. While Tornado is similar to existing Web-frameworks in Python ... it focuses on speed and handling large amounts of simultaneous traffic," wrote David Recordon, Facebook's open programs manager, in the Facebook Developer blog.
"We believe in releasing generically useful infrastructure components as open source ... as a way to increase innovation across the Web," he added.
Twitter is the best-known application for people to post real-time updates on their thoughts, status and whereabouts, and Facebook has been tweaking its site to tap into this trend.
For example, Facebook revamped its profiles to make the stream of friend notifications and status updates more prominent.
It also added an option to let members display this stream and other parts of their profiles more broadly to everyone on Facebook, not just to hand-picked friends and members on mutual Facebook networks.
Recognizing that the large network of developers who build applications for Facebook is also interested in creating applications for real-time updates, Facebook in April released its Open Stream API.
This API (application programming interface) lets developers build applications that access these Facebook notifications and help users manage them.
Join the CIO Australia group on LinkedIn. The group is open to CIOs, IT Directors, COOs, CTOs and senior IT managers.
- Bookmark this page
- Share this article
- Got more on this story? Email CIO
- Follow CIO on twitter
- ASIC Optimises and Promotes Network Automation Using HP Software
- NetApp FAS6240 Clustered SAN Champion of Champions
- Securing the Promise of Virtualisation
- Transforming Virtualised Infrastructure: The Key to Enabling Mission-critical Databases and Applications
- Webroot® SecureAnywhere™ Business - Endpoint Protection Overview
-
Why change management doesn’t work
-
Larry Page wants to see your medical records
-
Dual-Persona Smartphones Not a BYOD Panacea
-
After two-year hiatus, EFF accepts bitcoin donations again
-
CIOs struggle to deliver timely mobile business apps: survey
-
Spear-Phishing Email: Most Favored APT Attack Bait
This research paper presents findings on APT-related spear phishing from February to September 2012. We analysed APT-related spear-phishing emails collected throughout this period to understand and mitigate attacks. The information we gathered not only allowed us to obtain specific details on spear phishing but also on targeted attacks. We found, for instance, that 91% of targeted attacks involve spear-phishing emails, reinforcing the belief that spear phishing is a primary means by which APT attackers infiltrate target networks. -
In Control at Layer 2: A Tectonic Shift in Network Security
Network hacking and corporate espionage are on the rise and set to intensify. Information security risks remain commonplace, and most organisations need to increase vigilance. This paper has analyses the realistic threats to fibre optic Ethernet networks – both at the LAN and WAN level. Read now. -
Saving Time and Money with Savvy Use of Flash in Automated Storage Tiering
In a sluggish economy, getting the best ROI on every IT dollar spent is the top priority for almost every business. Storage budgets in most IT environments continue to remain flat or are capped as a percentage of the overall IT spend, while data storage requirements continue to grow at an unsustainable pace. Download now to learn about the benefits of using flash in automated storage tiering.















