Four More Talks Added to the 2021 Hackaday Remoticon Lineup

An update on Hackaday’s Remoticon.2:

We’ve already unveiled multiple keynote speakers and a slate of fascinating presenters that will be showing off everything from reverse engineering vintage calculators to taking those first tentative steps on your CAD journey for this year’s Remoticon. You’d be forgiven for thinking that’s everything you’ll see at the conference, but there’s still plenty to announce before the two-day virtual event kicks off on November 19th. Normally we’d be promising to make sure you get your money’s worth, but since tickets are cmpletely free, we’re shooting a bit higher than that.

Jeroen Domburg (aka [Sprite_tm]): Rickrolling Buddha: A Deep Dive in Reverse Engineering and Thoroughly Pwning an Unknown Chip

Sergiy Nesterenko: Don’t Flip My Bits: Electronics in Spaaaace

Vaibhav Chhabra: M19 Initiative – A Case of Open Innovation & Distributed Manufacturing at Scale

Arsenijs Picugins: Laptop-Be-Done

Four More Talks Added to the 2021 Hackaday Remoticon Lineup

DIY Badge for Remoticon.2

While we’ll have to another year for Supercon, prolific badge maker Thomas Flummer is helping to bring the communal hardware hacking spirit to Hackaday’s upcoming virtual conference:

If you would like a badge for Remoticon.2, this project is for you. It’s a design in KiCad, with a bit of space for you to add in whatever you would like to have on your badge (and maybe already have parts for), but still in a look that will make it be part of the visual identity of Remoticon.2

So, compared to a badge that are handed out at an in-person event, this will require a little bit of effort ahead of time. If you want to have a badge for the event, you will need to send if for production fairly soon.

This years color theme matches OSHParks purple PCBs very nicely, and the fine silkscreen details will come out great, as they use a high DPI printing technique.

The KiCad project includes a badge design with a grid of regular 0.1″ spaced pads, but the idea is that you remove all those and add in some circuitry that you think would be cool to have on your badge. And with the current state of silicon parts supply, probably something you already have or at least have found in stock somewhere.

This is ment to to be a fun little extra thing, so no need to spend too long on doing the perfect design, but maybe try to remix something you did previously, or experiment with that little part that you never got to use and is just sitting there on the shelf.

The important part is having fun and sharing with each other.

There are shared projects of this variant at https://oshpark.com/shared_projects/gRSf01dV and the simple version with 0.1″ spaced holes are at https://oshpark.com/shared_projects/YJqAizIf if you don’t want to make your own changes to the files.

DIY Badge for Remoticon.2

Your Last Chance to Enter the Hackaday Prize!

The final entry round of the Hackaday Prize begins today, and the theme is… anything! While we’ve guided you through work-from-home, robots, displays, and supportive devices, there are countless great ideas that don’t fit in those boxes. So for this round, just show us what you got!

Entering the Reactive Wildcard round is easy. Publish a page about your project over on Hackaday.io and use the left sidebar “Submit-to” menu on that page to add it to the Hackaday prize. The point is to build a better future, and we can’t wait to see what you think that looks like. Need some inspiration? Check out the four challenge update videos below to see what others have been entering so far this year.

What’s at stake here? Ten entries in this round will each receive a cash prize of $500 and move onto the final round. There, they content with finalist from the other four rounds for the $25,000 Grand Prize, and four other top prizes. There is also the geek cred of making the finals, a priceless achievement, even if we do say so ourselves.

Read more…

Your Last Chance to Enter the Hackaday Prize!

Last chance for the Redefine Robotics challenge

There are still a few days left until the Redefine Robotics challenge deadline on Monday, September 27th:

Supplyframe DesignLab: 2021 Hackaday Prize

Challenge 4: Redefine Robots

Entry Period 7:01 a.m. P.D.T on August 23, 2021 – 7:00 a.m. P.D.T on September 27, 2021

Finalists Announced 10/4

Rethink robotics with this challenge, utilizing hardware to create an assistant, a companion, or something else entirely! 

Whether it’s a friendly digital face to keep you grounded, or a functional robotic arm to assist you in your projects, we want to see the droids and robots of the future! How can robotic companions or assistants help us thrive in this new normal? Your designs should utilize robotics in a unique way, as a personal assistant, a friendly companion, or something else entirely!  

Last chance for the Redefine Robotics challenge

IKEA Wardrobe Holds Entire Hardware Workspace

Robin Kearey writes about this clever use of space:

If you’re like us, you probably don’t finish a typical hardware project in one sitting. This doesn’t have to be a problem if you’re fortunate enough to have a dedicated workbench for your hacking activities; you simply leave your current project there, ready to continue when you have time again. But this is not always a workable option if you, or a housemate, needs to use the same desk for other tasks as well.

[!BATTA!] over at IKEAhackers ran into this problem, and solved it by building a complete electronics workstation inside a wardrobe. The base of this project is a storage unit called PAX, which is designed to store clothes and shoes but which also works just fine with project boxes. [!BATTA!] installed a variety of shelves and drawers to organize their collection of boxes and tools.

Not content with simple storage, [!BATTA!] decided to add a workbench, using a sturdy sliding tray that carries a working surface and a reinforced back panel to hold parts bins. Metal braces were added to prevent wobbliness, and the whole structure was bolted to a wall to prevent it from tipping over. When the workbench is not in use, the tray simply slides inside so the doors can be closed for a nice, clean look.

We really like the many clever storage solutions spread around the work area, such as a magnetic rail to hold hand tools and a “honeycomb” of PVC tubes for storing cables. Compact LED strips provide suitable lighting while a power strip with both mains and USB sockets brings juice to the tools and projects.

Read more…

IKEA Wardrobe Holds Entire Hardware Workspace

3D Printed Synth Kit Shares Product Design Insights

Donald Papp writes about Oskitone on Hackaday:

We’ve always been delighted with the thoughtful and detailed write-ups that accompany each of [Tommy]’s synth products, and the background of his newest instrument, the Scout, is no exception. The Scout is specifically designed to be beginner-friendly, hackable, and uses 3D printed parts and components as much as possible. But there is much more to effectively using 3D printing as a production method than simply churning out parts. Everything needed to be carefully designed and tested, including the 3D printed battery holder, which we happen to think is a great idea.

Read more…

3D Printed Synth Kit Shares Product Design Insights

Ferrofluid Display Gets New, Better Driver Circuitry

From Jim Heaney on Hackaday:

In 2019 [Simen] and [Amud], two students from the University of Oslo, set out to design a unique open-source display. The result was Fetch, a display that uses electromagnets to suspend ferrofluid on 252 “pixels” across the screen. After some delays due to COVID, they have recently unveiled version 2.0 of the display on their project’s page.

The new boards feature a PCA9685 IC, which allows for the control of up to 16 channels of 12-bit PWM over i2C, perfect for the size of the display. Since this IC can’t source enough current to drive the electromagnets, it was paired with a ULN2803 Darlington Transistor Array, capable of delivering up to 500mA to each electromagnet.

Read more…

Ferrofluid Display Gets New, Better Driver Circuitry

Last Chance to Reimagine Supportive Tech for the Hackaday Prize is This Weekend

This is the final weekend to enter your supportive tech project in the 2021 Hackaday Prize. To goal is to find ways to make building or using electronics easier.

Accessibility is one obvious approach to this challenge. But you can also consider the example of reference designs in datasheets. Manufacturers know you don’t want to re-invent the wheel to use their switch-mode power supply so they give you information on how to lay it out on the PCB and what parts to choose. Now take that idea and run with it. This could be a modular design that takes the wizardry out of building electronic projects. But it could just as easily be a aimed at the end user — perhaps lab equipment that’s normally expensive and requires expertise to operate but you’ve reimagined it to have most of that expertise built in.

Need some more help figuring out what this is all about? Let’s look at some of the projects that have already been entered. With devices all around us that have superb cameras and dazzling screens, [Timo] realized it wouldn’t take much to turn one into an inspection microscope, which is just what’s been done with nothing more than a 3D-printed stand and a desk lamp.

[Alain] put his electronics knowledge, and the availability of cheap modules, to great use for his non-verbal son. The PECS Communication Board has a grid of sixteen images, each is a button to act as input. He makes the point that tablet apps exist for this, but durability and cost are both issues that his approach helps address.

There are already a ton of other great entries for this round of the Hackaday Prize, but it wouldn’t be complete without yours. Ten will be chosen to receive $500 each and move on to the finals with a $25,000 grand prize on the line. Start your project right now on Hackaday.io and use the left sidebar drop down menu on your project page to enter it.

Read more from Hackaday…

Last Chance to Reimagine Supportive Tech for the Hackaday Prize is This Weekend

Gladys West Modeled the Earth So That We Can Have GPS

Al Williams writes on Hackaday:

The name Gladys West is probably unfamiliar, but she was part of creating something you probably use often enough: GPS. You wouldn’t think a child who grew up on a sharecropping farm would wind up as an influential mathematician, but perhaps watching her father work very hard for very little and her mother working for a tobacco company made her realize that she wanted more for herself. Early on, she decided that education was the way out. She made it all the way to the Naval Surface Warfare Center.

While she was there she changed the world with — no kidding — mathematics. While she didn’t single-handedly invent satellite navigation, her work was critical to the systems we take for granted today.

Read more on Hackaday…

Gladys West Modeled the Earth So That We Can Have GPS