|
|
| Open Source Auto Industry 
The auto industry today has some major flaws. You buy a new car for a large sum of money, after 10 or 12 years, the repair costs are more than the value of the car, so you toss it into a junkyard and buy a brand new car. The car companies are rewarded for making a car that is difficult to repair. In some cases, it seems like they are intentionally designed so that customers cannot work on them themselves. The cars must be taken to the dealer and the repair costs are outrageous. Here's the solution: in the aeronautics industry, aircraft are designed for ease of maintenance. Many aircraft are designed to last 100 years and to have parts that are easily replaceable. The concept of designing products for a maximum life and ease of maintenance and repair is known as sustainment. In the arms industry, many firearms are designed to maximize the compatibility of their parts. Parts for a Colt 1911 made in 2015 will be compatible with parts made in the 1930s. An AR-15 upper receiver made by Smith & Wesson is compatible with a lower receiver made by Bushmaster. Compatibility.Last, in the world of open source software, the intellectual property is built by volunteers all around the world who wish to create a better product for themselves and everyone else. Also, projects like the Adruino have created open source hardware and have dramatically driven down the costs of custom circuit boards by opening their designs to the free market. This is the beauty of open source information. What I want to do is to create a car company that uses the best of all of these worlds. Cars that are designed to last a lifetime because they are designed for ease of maintenance. Parts that will fit your car today, and in 50 years you will still be able to buy parts that fit. Last, all intellectual property will be open source. This means people from all over the world will be able to propose design improvements and create new 3D models using open source software. Also, this will open the door to the free market so manufacturers from all over the world will be able to manufacture parts that fit together. You can buy an engine from Honda and a transmission from Toyota and they will be compatible in the same car. Designing cars for sustainment and compatibility with open source information will revolutionize the auto industry. It will make cheap and reliable transportation available to everyone on the planet.Reward: To change the world 
Post a reply to this idea
|
|
|
|
|
|
|
| Block PC
This concept is pretty good, but I'm not great at expressing my ideas, so be patient with me.Picture a PC that's simply a cube. It will perhaps be worth $500-$700 and it will have the most basic functions as a PC, just enough RAM and graphic capacity to enable smooth web browsing functionality. Why is it so expensive then? It's going to be super adaptable. Hear me out.On all four sides and on top it will have some sort of connection mechanism (it could be a cartridge slot or an invisible magnetic interface). Now, companies can manufacture modules (for aesthetics, it can be a rectangular prism the same width and length of the cube) which interact with these interfaces. The modules can have extra memory, more RAM, a graphics card, a sound card, a DVD reader, various software, etc. and all these modules have their own price range. you simply buy these modules and attach them to your block PC to upgrade it. You can have up to 6 attachments which function TOGETHER. That being said, it is also possible to sell extension units to enable you to theoretically have infinite attachments if you needed it, therefore this block PC can be anything from a cheap basic computer to a supercomputer.For example, you buy the block PC first, after a while you want to play a game that was just released. You go to a store which will sell you a 'gaming module' - which includes the necessary RAM, Graphics card and other hardware to enable you to play top end games - for like $500-1000. You buy it and place it on top of your block PC and it magnetically seals (you could make a button that releases it) then it reprograms itself to use the new hardware and it turns into a gaming PC. If you need more power you can buy another gaming module, instead of needing to update your old module, you use both modules and you get twice the ram, etc.Furthermore, because the modules don't need too much hardware (because the block PC will have the motherboard, power supply etc.), you can trade and borrow it like a video game.The best part is, maybe in the future, the modules and the box PC can also interact with other devices like phones and TVs, so you can use specific software on other devices or hardware to boost them.I am no tech wiz, but I'm pretty sure today's technology is sufficient to create this. This has so much potential, that even I can't fully visualize it. Hopefully this idea helps you out. Good Luck!Reward: All I did was seed the idea, you deserve the credit for making it real. However, if possible I want some credit for inspiring you to create the device. If not public credit, could I have one of the first ever block PCs signed by you and maybe the other people involved in the creation of the product so I can brag about it to friends and family?
There are 11 replies to this idea
|
|
|
|
|
