Platform Updates: High Fidelity get closer to being useable

High Fidelity, the San Francisco-based startup from Second Life founder Philip Rosedale, has raised another $11 million in funding in a round led by Paul Allen’s Vulcan Capital. The funding was noted in a SEC filing that went through today and was confirmed to TechCrunch by Rosedale.

Founded in 2013, High Fidelity is building deployable virtual worlds, combining the ease of rolling out a VM instance on a modern cloud platform with the interactivity of Minecraft and the immersion of virtual reality. Over the course of several hours at High Fidelity HQ yesterday, Rosedale demonstrated the state of the startup’s tech and the vision he has for turning it into a viable business.

Get the rest at Tech Crunch here

FETC 2015 Wrapup

I spent most of last week at the annual FETC conference in Orlando Florida. I took particular note of the gaming, 3D environments, & maker focus. I was very encouraged by the emphasis this conference took regarding gaming in particular. Below are some notes & observations:

* Several Keynotes – the most insightful in my eyes (& the real show stopper for me) was Jane McGonigal’s regarding games & gamers
– This is basically the Keynote she delivered (many of the same ideas & slides)–G1w

* MakeBlock – I Seen this before and really like it –

* Birdbrain – They had a small but well attended booth – seen their new Hummingbird board based on Arduino (it can actually be programmed with the Arduino IDE when the kids area ready to move from Scratch blocks to a syntax)

* MinecraftEDU – Talked to them quite a bit as well, Booth looked awesome ->

* NexEd was in the incubator pavilion … We talked quite a bit about “sandbox learning” – I was impressed with this product!

* WeatherSTEM – key ideas: sensors, data, the internet of things & mashing up data

* FETC had Makerbot CEO Keynote on Thursday – 3D printers are finally seem to be on the rise in K-12 circles.
Screen Shot 2015-01-27 at 9.15.23 AM

The 3D Printer Kit for the Budding Engineers

The QU-BD is a low priced 3D printer (at only $199) ideally aimed at middle school and high school student engineering projects.  The 3D printer comes un-assembled and un-calibrated, giving students the opportunity to learn about gear ratios, servos, pulleys, and electronics all in one project.


Greenbush Labs: Duct Tape Robotics Project

The “Duct Tape Robotics” projects originated at the Greenbush Education Service Center to serve as a platform for encouraging kids to use easily accessible everyday resources like duct tape, cardboard, and paperclips coupled with widely available electronics parts like servos, light sensors, LED’s and Arduino boards to create cool and useful robotics projects. Below is a proecjt we call the “Trap” :-D


Screen Shot 2014-07-14 at 9.36.42 AMScreen Shot 2014-07-14 at 9.36.27 AM Screen Shot 2014-07-14 at 9.36.20 AM Screen Shot 2014-07-14 at 9.36.12 AM Screen Shot 2014-07-14 at 9.36.05 AM Screen Shot 2014-07-14 at 9.35.57 AM Screen Shot 2014-07-14 at 9.35.41 AM Screen Shot 2014-07-14 at 9.35.30 AM

How Better Tech Education Can Unlock a Half-Trillion Dollar Opportunity – via re/code

A great piece by re/code and Hadi Partovi of … Teaching kids to code is a big deal … particularly that:

“Technology is changing the world around us,” Partovi said. “But we’re leaving behind the vast majority of our children who aren’t getting basic knowledge about how to participate in the new world.”

“Ninety percent of schools don’t offer computer science classes — that seems to me un-American,” – Hadi Partovi

read the rest here !