James Ward gave a great presentation on Heroku.  The server of choice for Facebook developement.  He commented on some attendees not being familiar with all the buzzwords he used.  So we thought of a Buzzword Bingo game. 

I think having a handout with the most common buzzwords especially any the speaker is likely to use would be useful.  I have always thought having a handout about the speaker and topic would be a good idea.  I have never had the time to actually create such a useful document though. 

Expand on this thought a bit to make it fun.  Create a bingo card with each square being a likely buzzword.  Include in the square a definition of the word.  Hand out pennies as bingo tokens.  As the attendees hear each buzzword they cover the box with a penny.  First one to bingo gets a prize. 

The card gives the attendees something to refer to to help them figure out what the speaker is saying. 

Views: 65

Comment

You need to be a member of Codetown to add comments!

Join Codetown

Comment by Michael Levin on February 24, 2012 at 10:01am

What a great idea, Dan. Maybe we can do this at the next GatorJUG meeting.

Happy 10th year, JCertif!

Notes

Welcome to Codetown!

Codetown is a social network. It's got blogs, forums, groups, personal pages and more! You might think of Codetown as a funky camper van with lots of compartments for your stuff and a great multimedia system, too! Best of all, Codetown has room for all of your friends.

When you create a profile for yourself you get a personal page automatically. That's where you can be creative and do your own thing. People who want to get to know you will click on your name or picture and…
Continue

Created by Michael Levin Dec 18, 2008 at 6:56pm. Last updated by Michael Levin May 4, 2018.

Looking for Jobs or Staff?

Check out the Codetown Jobs group.

 

Enjoy the site? Support Codetown with your donation.



InfoQ Reading List

Presentation: Empower Your Developers: How Open Source Dependencies Risk Management Can Unlock Innovation

Celine Pypaert discusses the ubiquitous nature of open-source software and shares a blueprint for securing modern applications. She explains how to prioritize high-risk vulnerabilities using exploitability data, the role of Software Bill of Materials (SBOM), and the importance of bridging the gap between DevOps and Security through clear accountability and automated governance.

By Celine Pypaert

Zendesk Says AI Makes Code Abundant, Shifting the Bottleneck to “Absorption Capacity”

Zendesk argues that GenAI shifts the bottleneck in software delivery from writing code to “absorption capacity”, which is the organisation’s ability to define problems clearly, integrate changes into the wider system, and turn implementation into reliable value. As code becomes abundant, architectural coherence, review capacity, and delivery flow become the main constraints.

By Eran Stiller

Claude Code Used to Find Remotely Exploitable Linux Kernel Vulnerability Hidden for 23 Years

Anthropic researcher Nicholas Carlini used Claude Code to find a remotely exploitable heap buffer overflow in the Linux kernel's NFS driver, undiscovered for 23 years. Five kernel vulnerabilities have been confirmed so far. Linux kernel maintainers report that AI bug reports have recently shifted from slop to legitimate findings, with security lists now receiving 5-10 valid reports daily.

By Steef-Jan Wiggers

Article: Using AWS Lambda Extensions to Run Post-Response Telemetry Flush

At Lead Bank, synchronous telemetry flushing caused intermittent exporter stalls to become user-facing 504 gateway timeouts. By leveraging AWS Lambda's Extensions API and goroutine chaining in Go, flush work is moved off the response path, returning responses immediately while preserving full observability without telemetry loss.

By Melvin Philips

New Rowhammer Attacks on NVIDIA GPUs Enable Full System Takeover

Security researchers have demonstrated a new class of Rowhammer attacks targeting NVIDIA GPUs that can escalate from memory corruption to full system compromise, marking a significant shift in hardware-level security risks.

By Craig Risi

© 2026   Created by Michael Levin.   Powered by

Badges  |  Report an Issue  |  Terms of Service