A Solar Freakin’ Walkway

Looking to add a little pizzazz to your back garden? Are those strings of lights hung in the trees looking a little dated? Why not try lighting your garden path with DIY solar-powered pavers?

If [jfarro]’s project looks like a miniature version of the much-touted solar freakin’ roadways concept, rest assured that there are huge differences. For one, these lighted pavers actually work — trust me on this; I live not far from the demo site for the Solar Roadways and the degree to which it underwhelms cannot be overstated. Granted, a garden path is a lot simpler to engineer than a road, but many of the challenges remain.

Using recycled glass blocks that are usually reserved for walls and windows, [jfarro] figured out how to attach Neopixel rings to the underside and waterproof them with a silicone conformal coating. The 12 lighted pavers he built draw considerable current, so a 45-watt solar array with charge controller and battery were installed to power the pavers. An Arduino and a motion sensor control the light show when someone approaches; more complicated programs are planned.

Hats off the [jfarro] for taking on a project like this. We don’t often see builds where electrical engineering meets civil engineering, and even on a small scale, dealing with dirt, stone, and water presents quite a few challenges. Here’s hoping his project lasts longer than the Solar Roadways project did.

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Intelligent Roadways Pave Way To The Future

smart roadway with illuminated tiles

The idea of a road is relatively simple – a durable path from point A to point B. Development of roadways usable for wheeled carriages has been perfected over the centuries. The Romans, for instance, used a base layer of crushed limestone that would let water flow out, preventing clay soil from turning into mud. Some Roman roads were topped with six sided capstones, also known as pavers, many of which still exist today.

The invention of the horseless carriage necessitated roadways that could be used at high speeds. Tarmac, asphalt and concrete roads followed, and thus ends our short venture into the history of roads. Roadways simply haven’t changed much since then. Sure, we’ve painted some lines on them, even etched grooves in some to prevent accidents, but the core technology of the road is the same as it was a hundred years ago. Until now. Consider the Intelligent Roadway.

[Scott] is an electrical engineer, and had dreamed of solar powered roadways as a child. But it wasn’t until the realization of global warming did [Scott] and his wife, [Julie] start to take the concept seriously. Stick around after the break to find out just how smart [Scott’s] roadway of the future is.

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Megabots, Colliders, Rockets, Tunnels Underground, And Other Big Dumb Ideas Will Save Us

Humanity is a planetwide force. We have the power to change our weather. We have the power to change the shape of the land. We have the power to selectively wipe a species from this earth if we choose.  We’ve had this power for a while and we’re still coming to terms with it. Many of us even deny it.

With such power, what do we do? We have very few projects which are in line with our ability. Somewhere in the past few years, I feel like most of us have lost our audacity. We’ve culturally come to appreciate the safe bet too much. We pull the dreamers and doers down. We want to solve the small problems first, and see if we have time for the big problems later. We don’t dream big enough, and there is zero reason for this hesitation. We could leverage our planetwide power for planetwide improvements. Nothing is truly stopping us. No law, no government, nothing.

To put it simply, as far as technology goes, everything is still low-hanging fruit. We’ve barely done anything. Even some of our greatest accomplishments can happen randomly in nature. We’ve not left our planet in any numbers or for any length of time. Our cities are disorganized messes. In every single field today, the unexplored territory is orders larger than the explored. Yet despite this vast territory, there are very few explorers. People want to optimize the minutia of life. A slightly faster processor for a slightly smaller phone. It’s okay.

Yet that same small optimization applied to a larger effort could have vast positive impact. Those same microprocessors could catalog our planet or drive probes into space. The very same efforts we spend on micro upgrades could be leveraged if we just look at the bigger picture then get out of our own way. All that is lacking is ambition. Money, time, skill, industry, and people are all there, waiting. We have the need for and have the resources to support ten thousand Elon Musks, not just the one.

Big projects make us bigger than our cellphones and Facebook. When you see a rocket launch into the sky, suddenly, “the world” becomes, simply, “a world.” Order of magnitude improvements reduce the order of our perception of previously complex problems. They should be our highest goal. Whatever field you’re in, you should be trying to be ten times better than the top competitor.

However, there are some societal changes that have to occur before we can.

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The Most Brilliant Use Of Crowdfunding Yet: Medical Research

Since the rise of Kickstarter and Indiegogo, the world has been blessed with $100 resin-based 3D printers, Video game consoles built on Android, quadcopters that follow you around, and thousands of other projects that either haven’t lived up to expectations or simply disappeared into the ether. The idea of crowdfunding is a very powerful one: it’s the ability for thousands of people to chip in a few bucks for something they think is valuable. It’s a direct democracy for scientific funding. It’s the potential for people to pool their money, give it to someone capable, and create something really great. The reality of crowdfunding isn’t producing the best humanity has to offer. Right now, the top five crowdfunding campaigns ever are two video games, a beer cooler, a wristwatch with an e-ink screen, and something to do with Bitcoin. You will never go broke underestimating people.

[Dr. Todd Rider] wants to change this. He might have developed a way to cure nearly all viral diseases in humans, but he can’t find the funding for the research to back up his claims. He’s turned to IndieGoGo with an audacious plan: get normal people, and not NIH grants, to pay for the research.

The research [Dr. Rider] has developed is called the DRACO, the Double-stranded RNA Activated Caspase Oligomerizer. It works by relying on the singular difference between healthy cells and infected cells. Infected cells contain long chains viral double-stranded RNA. The DRACOs attach themselves to these long strands of RNA and cause those cells to commit suicide. The research behind the DRACO was published in 2011, and since then [Dr. Rider] has already received funding from more traditional sources, but right now the project is stuck in the ‘funding valley of death’. It’s easy to get funding for early research, but to get the millions of dollars for clinical trials it takes real results – showing efficacy, and proving to pharmaceutical companies or VCs that the drug will make money.

So far, results are promising, but far from the cure for HIV and the common cold the DRACO promises to be. [Dr. Rider] has performed a few tests on cell cultures and mice, and the DRACOs have been effective in combating everything from the common cold, to the flu to dengue hemorrhagic fever.

The IndieGoGo campaign is flexible funding, meaning all the money raised will go towards research even if the funding goal is not met. Right now, just over $50,000 has been raised of a $100,000 goal. That $100k goal is just the first step; [Dr. Rider] thinks he’ll need about $2 Million to test DRACOs against more viruses and hopefully show enough progress to get additional traditional funding. That $2 Million is a little less than what Solar Roadways raised, meaning no matter what [Dr. Rider] will make one important medical discovery: people are very, very, very dumb.

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Where Are They Now: Terrible Kickstarters

Kickstarter started out as a platform for group buys, low-volume manufacturing, and a place to fund projects that would otherwise go unfinished. It would be naive of anyone to think this would last forever, and since these humble beginnings, we’re well into Peak Kickstarter. Now, Kickstarter, Indiegogo, and every other crowdfunding platform is just another mouthpiece for product launches, and just another strategy for anyone who needs or wants money, but has never heard of a business loan.

Of course there will be some shady businesses trying to cash in on the Kickstarter craze, and over the last few years we’ve done our best to point out the bad ones. Finding every terrible Kickstarter is several full-time jobs, but we’ve done our best to weed out these shining examples of the worst. Following up on these failed projects is something we have been neglecting, but no longer.

Below are some of the most outrageous Kickstarters and crowdfunding campaigns we’ve run across, and the current status of these failed entrepreneurial endeavors.

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Hackaday Links: May 17, 2015

Here’s a worthwhile Kickstarter for once: the Prishtina Hackerspace. Yes, that’s a Kickstarter for a hackerspace in Kosovo. Unlike most hackerspace Kickstarters, they’re already mostly funded, with 20 days to go. If we ever get around to doing the Istanbul to Kaliningrad hackerspace tour, we’ll drop by.

Codebender is a web-based tool that allows you to code and program an Arduino. The Chromebook is a web-based laptop that is popular with a few schools. Now you can uses Codebender on a Chromebook. You might need to update your Chromebook to v42, and there’s a slight bug in the USB programmers, but that should be fixed in a month or so.

Here’s a great way to waste five minutes. It’s called agar.io. It’s a multiplayer online game where you’re a cell, you eat dots that are smaller than you, and bigger cells (other players) can eat you. [Morris] found the missing feature: being able to find the IP of a server so you can play with your friends. This feature is now implemented in a browser script. Here’s the repo.

The FAA currently deciding the fate of unmanned aerial vehicles and systems, and we’re going to live with any screwup they make for the next 50 years. It would be nice if all UAV operators, drone pilots, and everyone involved with flying robots could get together and hash out what the ideal rules would be. That’s happening in late July thanks to the Silicon Valley Chapter of AUVSI (Association for Unmanned Vehicle Systems International).

SOLAR ROADWAYS!! Al Jazeera is reporting a project in the Netherlands that puts solar cells in a road. It’s just a bike path, it’s only 70 meters long, and it can support at least 12 tonnes (in the form of a ‘fire brigade truck’). There’s no plans for the truly dumb solar roadways stuff – heating the roads, or having lanes with LEDs. We’re desperately seeking more information on this one.

Hackaday Links: January 26, 2019

The news this week was dominated by the novel coronavirus outbreak centered in Wuhan, China. Despite draconian quarantines and international travel restrictions, the infection has spread far beyond China, at least in small numbers. A few cases have been reported in the United States, but the first case reported here caught our eye for the technology being used to treat it. CNN and others tell us that the traveler from Wuhan is being treated by a robot. While it sounds futuristic, the reality is a little less sci-fi than it seems. The device being used is an InTouch Vici, a telemedicine platform that in no way qualifies as a robot. The device is basically a standard telepresence platform that has to be wheeled into the patient suite so that providers can interact with the patient remotely. True, it protects whoever is using it from exposure, but someone still has to gown up and get in with the patient. We suppose it’s a step in the right direction, but we wish the popular press would stop slapping a “robot” label on things they don’t understand.

Also in health news, did you know you’re probably not as hot as you think you are? While a glance in the mirror would probably suffice to convince most of us of that fact, there’s now research that shows human body temperature isn’t what it used to be. Using medical records from the Civil War-era to the 1930s and comparing them to readings taken in the 1970s and another group between 2007 and 2017, a team at Stanford concluded that normal human body temperature in the USA has been slowly decreasing over time. They proposed several explanations as to why the old 98.6F (37C) value is more like 97.5F (36.4C) these days, the most interesting being that general overall inflammation has decreased as sanitation and food and water purity have increased, leading the body to turn down its thermostat, so to speak. Sadly, though, if the trend holds up, our body temperature will reach absolute zero in only 111,000 years.

Wine, the not-an-emulator that lets you run Windows programs on POSIX-compliant operating systems, announced stable release 5.0 this week. A year in the making, the new version’s big features are multi-monitor support with dynamic configuration changes and support for the Vulkan spec up to version 1.1.126.

Any color that you want, as long as it’s amorphous silicon. Sono Motors, the German start-up, has blown past its goal of raising 50 million euros in 50 days to crowdfund production of its Sion solar-electric car. The car is planned to have a 255 km range on a full charge, with 34 km of that coming from the solar cells that adorn almost every bit of the exterior on the vehicle. Living where the sun doesn’t shine for a third of the year, we’re not sure how well this will pay off, but it certainly seems smarter than covering roads with solar cells.

And finally, here’s a trip down memory lane for anyone who suffered through some of the cringe-worthy depictions of technology that Hollywood came up with during the 70s, 80s, and 90s. Looking back through the clips shown in “copy complete” reminds us just how many movies started getting into the tech scene. It wasn’t just the sci-fi and techno-thrillers that subjected us to closeups of scrolling random characters and a terminal that beeped every time something changed on the screen. Even straight dramas like Presumed Innocent and rom-coms like You’ve Got Mail and whatever the hell genre Ghost was got in on the act. To be fair, some depictions were pretty decent, especially given the realities of audience familiarity with tech before it became pervasive. And in any case, it was fun to just watch and remember when movies were a lot more watchable than they are today.