Ideas

Subscribe Inventions, methods, algorithms, solutions or answers.

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  (18,815)   ◻ Adversarial companies:  Adversarial companies are adversarial companies designed to topple international organisations funded by governments (+) [en]
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  (18,822)   ■ Remote Talk Cap:  Making a narrow angle modulated light emitter and receiver headband, connectable via bluetooth to the phone, would make it possible to communicate with people at line of sight, directly choosing with one's head (like a laser pointer), whom to talk to. (+) [en]
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  (18,826)   ◻ Instant job warehouse:  A warehouse with a coffee shop, supermarket, machinery owned by the people that you can work at without a job interview (+) [en]
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  (18,826)   ◻ Labour, financial marketplaces are good:  Amazon is an example of a market place and it is good (+) [en]
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  (18,826)   ■ Water & Bacteria Perfume:  Ad Campaign "Symba" to Protect Water Sources (+) [en]
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  (18,851)   ■ Loving Systems:  Philosophy of all life as an energetic pattern that weaves into fractal networks (+) [en]
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  (18,854)   ◻ All inclusive travel card:  Use a card to travel on all transport options - tickets are associated with your credit card (+) [en]
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  (18,860)   ■ Bubblechute:  Shoot an explosive ahead into water on the collision-course to disperse and soften the impact. (+) [en]
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  (18,870)   ◻ Chain of necessity or chain of distribution:  In a group effort there are people who contribute more than others - there are those who contribute time and those who contribute money. There are others who do one off help. We should reward all these people fairly. (+) [en]
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  (18,869)   ◻ Autonomous distribution and hosting:  I have a number of files that I would like to keep available such as backups and a wordpress blog that I want to keep hosted (+) [en]
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  (18,872)   ◻ Database proxy:  One way to get decentralisation for free is to write a Postgres database server which is a simple text based protocol and distribute the resulting queries to peers P2P (+) [en]
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  (18,873)   ◻ Graph manipulation to queries:  Typically with an information system there are two ways of writing systems - one is predominantly through mutating queries and the other is through manipulation of objects in memory such as references between objects. ORMs blur the lines a bit. What if we could silently transform one form to another (+) [en]
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  (18,876)   ◻ Layered problem language:  Imagine we could define behaviour or code about an attribute of a large system in isolation from other concerns and have them tied together automatically into a whole. (+) [en]
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  (18,877)   ◻ Accounting systems integrated with banks:  Running accounts for a business or organisation is time consuming and is largely spent cross referencing information. This is a task for computers not humans (+) [en]
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  (19,688)   ■ Partial Space Elevator:  Don't tether the Earth-facing end of space elevator: let it hang in the atmosphere, and arrive to it with less fuel. (+) [en]
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  (18,884)   ■ Addresser App:  Generalized URL address and lookup field for desktops, that opens addresses with appropriate apps and installs them when needed. (+) [en]
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  (18,885)   ◻ Query everything:  I should be able to search my entire computer and all data connected to me from one search box (+) [en]
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  (18,886)   ◻ Accommodation app:  There is short term, long term accommodation..I want to change my place of residence on a whim without having to worry about contracts or moving lots of stuff (+) [en]
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  (18,900)   ◻ Paint on Elephants:  Paint elephants, and enjoy the curiosity about their behavior. (+) [en]
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  (18,945)   ■ Dog Glider:  Dog flies a glider, it launches by sliding down hill. (+) [en]
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  (18,957)   ■ Sunrise WakeUp Screen:  Simulate sunrise with computer screen. (+) [en]
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  (18,967)   ◻ Abstratasking:  Just like multi-tasking, but in another dimension. (+) [en]
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  (18,989)   ◻ Biopoints of Failure:  Just like JWST (James Webb Space Telescope) teams enumerated all possible signle-points-of-failure to compute spacecraft risk, enumerate all human organism (or bio-organism) points of failure, and strategize to reduce its failure risk. (+) [en]
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  (18,990)   ■ multi-calendural:  a calendar is your way of telling people your rythm (+) [en, CN, RU, JA, LT]
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  (18,992)   ◻ library twin project for the post-apocalyptic world:  we don't know what the future holds, but we see trends. and we can see probabilities for these trends. knowledge Foundation for people of the future is in danger, what do we keep what do we discard and what do we have? (+) [en, CN, RU, JA, LT]
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  (19,005)   ■ Burners:  Process drama in the forest (+) [en]
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  (19,016)   ◻ Astelliard:  Billiard with asteroids: apply trajectory intelligence and domino effect to move large asteroids through a sequence of small ones. (+) [en]
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  (19,084)   ◻ FrienDA:  Friend-to-friend NDA (Non-Disclosure Agreements). (+) [en]
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  (19,084)   ◻ Search for Non-Ribonucleic Life (NRL):  Search for Non-Ribonucleic Life, as a complement to SETI. (+) [en]
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  (19,090)   ◻ Work interface:  As a user of someone's work I don't need to care how it is implemented I just want some thing satisfied. Similar how computer programming interfaces work, I want to depend on someone else's implementation or work that they do and use it (+) [en]
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  (19,104)   ■ “Trade” Vs. “buy/sell”:  Differences and dualities (+) [en]
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  (19,105)   ◻ Open Signed Talks:  Invitation to combine resources with Ideas for something better! (+) [en]
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  (19,121)   ◻ From 1,1/4 to 2/15? 1.25 to 2.25 = a jump? A cycle?:  two different reality-reader-interface code, so what? (+) [en]
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  (19,122)   ◻ Dynamic bus routing:  For a bus service to be profitable it needs to have a certain number of customers or users of the bus. The bus also must service people where they need the bus. I propose an app where people can use the day before taking a bus journey and they can can say at what time they need to be somewhere before then a algorithm plots a bus route to pick up all those people. (+) [en]
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  (19,122)   ◻ Money packages:  Ask a computer what you can get by putting in a money amount in and it shall tell you a package of goods and services that when combined offer something useful to you in return for that money.. so if you put enough cash for a home renovation it shall show you ideas for a house renovation and be fully costed. If you have certain electronics it shall recommend what electronics to buy based on what you have such as accessories. (+) [en]
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  (19,127)   ◻ Failure due to not enough critical mass:  For some thing to be successful, it needs critical mass. If a company doesn't get enough customers, it shall shut down. Same with websites and blogs, if they don't get visitors the creators or author loses interest or loses money for long enough they stop. (+) [en]
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  (19,128)   ◻ Stack pattern match:  Imagine you have a reference implementation of a btree and a reference implementation of a locking manager and a security manager and you want to tie them together. You could add code calls from one to the other but what if there is a better way? The better way for extensibility is to match stack function calldepths to code snippets that run whenever the pattern is matched. For example when a btree is split you might want to acquire locks or release locks in a certain order. We can do pattern matching around the callsite of a btree split and return values and do the right locking and security behaviours without needing to change the API of either. Essentially you have parallel multiple return values. (+) [en]
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  (19,130)   ◻ Can A* be used to generate algorithm sourcecode?:  I thought of an idea to use a* algorithm to "walk" toward a solution that solves a programming problem. Each neighbour can be a weighted list of programming tasks such as if statement, for each, assignment, recursive call. How do you map example data structures transformations to code that fulfils the changes to the data structure? You need a cost function that decreases when the output gets nearer to the solution. What does the cost function for code solving a problem look similar to? (+) [en]
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  (19,132)   ◻ Transitive Pull model - impedence of work and profit:  Every action of work should benefit the employer and by extension employees. How to algorithmically identify cost effective work tasks so everything a worker does pulls towards profit? I think this is an algorithmic problem. Effects of work can be represented as a graph of cause and effect. If you don't do administration or what causes your business to earn money, you go out of business. Work done is not priced unless you're a billable employee. Need some method valuing work and estimating compexity in terms of time used to calculate price (+) [en]
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  (19,153)   ■ N-Love Net:  An on-line "tinder-like" service to match larger groups for "love graphs". (+) [en]
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  (19,159)   ◻ Invariant optimisation code movement:  Imagine I have a nested loop and I do lots of work in this nested loop. Wouldn't it be more efficient to do some of this work incrementally such as when objects are created? (+) [en]
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  (19,160)   ◻ Object removal:  Can we remove subobjects an replace them with direct memory access mappings? (+) [en]
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  (19,163)   ◻ Business welfare:  Most companies such as restaurants fail. I propose we cause businesses to be radically simpler by having common infrastructure for business operations so it's not all private. Everyone benefits when businesses provide services to people. (+) [en]
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  (19,166)   ■ Black Mirror:  Unlocking openness through a tiny mirror painted in black (+) [en]
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  (19,183)   ◻ Wiki of App Models:  Wiki of apps in general (web or stand-alone), with both public and private models published. (+) [en]
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  (19,177)   ◻ Money to scalability:  How much compute, storage and network does $5 get you, how about $15, or $100 or $1000 or $100,000 (+) [en]
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  (19,184)   ◻ Errors have resumable error codes:  I was told how to get the Nth product on Stackoverflow, he also told me how to get the product number from a product! Which you must understand how useful that is. Error messages can be completely retried and resumed with this information. I only need to log or print out a special error code and the user can retry from where they left off! (+) [en]
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  (19,195)   ◻ The irreversibility of commitment:  If you decide to do something, you need to exist with the fact you did it. You cannot get egg from a baked cake. In other words, when you get a job or start a business you are committed to it. I want to remove this feeling that I cannot relax due to commitments.. (+) [en]
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  (19,194)   ■ A bug: youtube player MUTE/UNMUTE order automatically when an AD streams suddenly to avoid hearing it!:  A feature to turn on when you listen to a relaxing track that mutes adss (+) [en]
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  (19,197)   ◻ Guaranteed return:  From an investors perspective, if someone wants to do something and they think it shall create lots of money, I kind of want to give them money in return for a guaranteed return of whatever they earn. We need some form of economic obligation to return this return. The current mechanism is debt, but this doesn't really work in both parties' interests due to the punitive effects of debt (+) [en]
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  (19,212)   ◻ Capped debt:  The problem with debt is if something fails, the debt provided an unlimited risk, we want failure to have a minimum cost. (+) [en]
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  (19,219)   ◻ Minimum flow rate minimum pay:  The problem with minimum pay is the Iron Law of Wages is that everything leads to 0 over time. Imagine a flexible pricing system where the pricing is set to set a minimum break even for the supplier (+) [en]
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  (19,219)   ◻ Skill and Command allocation system:  A list of people, their skill profiles and then a button to allocate and offer of work to them, based on their skills. Another section of the app, which is a list of problems, and a report on the problem from many people's perspective's such as Google Doc. (+) [en]
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  (19,221)   ◻ Money valuation as a continuous wave function like the stock market:  Imagine being capable of affording something really expensive one minute but not the next? This is how dynamic production could be (+) [en]
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  (19,235)   ◻ Using the CPU efficiently:  This idea is ideas on how to use the CPU efficiently, to use CPU to solve problems and use the resource what it is capable of (+) [en]
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  (19,266)   ◻ Benefit inbox:  A website that lists benefits or advantages, that you can subscribe to with one click (+) [en]
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  (19,269)   ◻ Multi-Business Startup:  A startup, where each funding round is like a logical different startup, but uses the key component created in the previous funding round, as an enabler for the next round, often jumping to another industry in each round. (+) [en]
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  (19,313)   ◻ Dog Sniff Schools:  Billions of dogs - unused resource -- Massively teach dogs to sniff out diseases, and substances, and improve public health :) (+) [en]
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  (19,321)   ◻ The Map of Mathematical Models:  A referencible repository of mathematical models. (+) [en, fr]
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  (19,345)   ◻ Technology Maps ™:  Apply the principles of generating driving directions from a road map to automate generation of technological procedures from a map-like knowledge base. (+) [en]
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  (19,403)   ◻ Linear Fuel Lines Launch System:  Just like gravity assist, but "fuel-assist" - fuel positioned in the rocket path to be ingested and used. (+) [en]
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  (19,424)   ◻ Order-to-Make E-commerce:  An online shop selling licenses to CAD drawings along with manufacturing services from local manufacturing shops. (+) [en]
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  (19,665)   ◻ City Skates Standard:  Swappable Body Vehicles standard for car bodies swappable in minutes, for modern city life, and private car body ownership. (+) [en]
• -1
  (18,633)   ◻ Boredom expert:  Someone who studies your psyche to work out what you should be doing (+) [en]