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Y Combinator: 10 innovative directions worth exploring in the field of AI

Y Combinator: 10 innovative directions worth exploring in the field of AI

BlockBeatsBlockBeats2024/12/11 07:15
By:BlockBeats

This is the best era in history for builders. AI is having a profound impact and we are entering a golden age of construction.

Original source: Y Combinator

Original translation: TechFlow


The Golden Age of Construction


This is the best time in history for builders. We just witnessed an amazing scene: a giant robot "chopsticks" accurately grabbed a falling skyscraper from the air. This is not only a miracle of technology, but also a symbol of a huge leap in construction capabilities. Artificial intelligence (AI) is changing the way we work at an unprecedented speed, especially for builders, AI is having a profound impact. It can be said that we are entering a golden age of construction, which also provides us with a rare opportunity to create things that can truly make the country better. Here are some innovative directions that we think are particularly worth paying attention to and exploring in this golden age.


Government Software


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By Harj Taggar


Selling software to government is notoriously difficult, and most entrepreneurs won’t even consider entering the field. But if you can crack it, the rewards can be huge. For example, Palantir is one of the few startups that has successfully entered this market and is now valued at $125 billion.


Now may be a particularly good time to try. With fiscal deficits high, governments are eager to ease pressure by reducing spending and improving efficiency. At the same time, the rapid development of artificial intelligence technology has made it possible to automate many administrative tasks that cost governments billions of dollars each year.


Combining these two points, developing AI-based software to help automate government work can not only reduce expenses but also improve efficiency. In particular, large language models (LLMs) excel at handling repetitive administrative tasks such as filling out forms, reviewing applications, or summarizing documents. As users of government services, we all benefit from more efficient services, such as no more long lines at the DMV.


While government may sound like a less sexy area to start a business, if you are willing to dig deeper, we would love to hear your ideas.


Public Safety Technology


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By Garry Tan


Everyone should feel safe in their homes and on the streets. This is a basic security that a civilized society should provide to its citizens. Startups are already working in this area. For example, license plate cameras developed by Flock Safety (YC S17) have helped solve 10% of reported crimes in the United States, and their goal is to increase this to 25% by next year. Meanwhile, Abel Police (YC S24) reduces the time officers spend filling out paperwork from hours to minutes, saving them up to 25% of their time each day for actual policing.


Public safety technology is and will continue to make a real difference. We’d especially like to hear from you if you’re innovating in the following areas:


· Advanced Computer Vision:Developing computer vision-based technology that can identify suspicious activity or people in need of help from video streams while protecting individual privacy.


· Emergency Response Technology:Technology that improves the speed and coordination of emergency response is critical. If you have an idea that can get help to where it’s needed faster, we want to help you make it a reality.


· Community Safety Tools:Developing tools that improve community interactions with law enforcement, such as solutions that help neighbors look out for each other and stay informed about safety conditions.


· Efficient Law Enforcement Technology:Technology that helps law enforcement work more efficiently and fairly, such as workload management systems or tools that improve operational precision.


If your startup is ready to join the wave of innovation in this area, we’d love to talk to you.


Made in the USA


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By Jared Friedman


In the 19th century, Britain became the world’s wealthiest country by becoming the “world’s factory.” The United States replicated this success in the 20th century. However, over the past few decades, the United States has gradually abandoned this role. The hollowing out of manufacturing has not only exacerbated social and political divisions, but also put the United States in a geopolitically unstable position.


Bringing manufacturing back to the United States is one of the areas where there is currently strong bipartisan consensus. Elon Musk has shown us how feasible this goal is by building Tesla Gigafactories in Austin and Nevada. We believe that current technological advances provide more opportunities for a new generation of builders to emulate his success.


New robotic systems based on machine learning (ML) allow more production processes to be automated, thereby reducing the labor cost gap of outsourcing manufacturing to other countries. In addition, companies like SpaceX and Tesla have trained a whole generation of engineers who have mastered how to create an American company that produces physical products but operates as a startup.


We’ve already seen this model work. For example, Astranis (W16) builds telecommunications satellites in the heart of San Francisco, where warships were built for the US Navy during World War II. Gecko Robotics (W16), based in Pittsburgh, the old industrial heartland of the US, builds robots for industrial inspection. Solugen (W17) produces industrial chemicals in a large factory in Houston.


Stablecoin 2.0


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By Brad Flora and Harj Taggar


Earlier this year, we published a request for more stablecoin startups. From there, things have only gotten better for the stablecoin space. For a long time, the main challenge with stablecoins has been regulation, with several attempts to pass stablecoin regulation in the US failing. But now, the outlook for stablecoin regulation in the US is more positive, and we expect sensible legislation to be on the horizon.


This year, stablecoin payment transactions have surged, now accounting for more than a fifth of Mastercard’s payment volume. Nearly 30% of global remittances are done in stablecoins, and traditional financial institutions like Visa are also providing platforms for banks to issue their own stablecoins. Additionally, Stripe recently acquired a stablecoin startup, Bridge, for $1 billion, which will undoubtedly attract more investors and capital to the space.


Therefore, now is one of the best times to launch a stablecoin startup. We are particularly interested in ideas in the following directions:


· Services for enterprises to help them hold and manage stablecoins more easily.


· Provide developers with easy-to-use tools to quickly integrate stablecoin functionality.


If you are exploring innovations related to stablecoins, we are very much looking forward to communicating with you.


Large Language Models for Chip Design (LLMs for chip design)


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Author: Garry Tan


Every breakthrough in AI drives the need for more powerful chips to support the training of larger models. In this technological race, no country wants to fall behind. The design and manufacture of chips is now not only an economic issue, but also the key to survival in the post-AI era. OpenAI's O1 model shows us that large language models (LLMs) with reasoning capabilities can drive major breakthroughs in science and engineering. We are very interested in any team that uses LLMs to improve chip design.


We are particularly interested in teams that focus on designing ASICs (application-specific integrated circuits) and FPGAs (field-programmable gate arrays). Traditionally, designing customized digital systems requires a lot of development, design, and testing costs, so the research and development of FPGAs and ASICs has always been a high-cost, high-threshold field. With the emergence of large language models, these costs are falling significantly, making more types of specialized computing possible.


Currently, most computers use the Von Neumann architecture, which processes programs and data through a single shared memory and operates through serial instruction fetch and execution cycles. The advantage of this architecture is high flexibility and easy reprogramming of the system. However, for specific tasks (such as cryptocurrency mining, data compression, or specialized encryption tasks), by optimizing algorithms and hardware design, it is possible to achieve a 5 to 100 times increase in computing speed while reducing energy consumption by 10 to 100 times.


Below is a diagram provided by Taner Sadikoglu showing the difference in data flow between an optimized FPGA system and a traditional CPU.


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Given the orders of magnitude performance gains that FPGAs and ASICs can deliver, optimizing this process with LLMs could be extremely valuable and create a huge business opportunity for startups.


Fintech 2.0


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By Dalton Caldwell


The past two years have been challenging for Fintech startups. The collapse of Silicon Valley Bank led to regulators tightening restrictions on new startups and investors retreating from the space. However, we believe this is about to change and that now is the best time to start a Fintech startup.


In the past, the hardest part of starting a financial startup was getting an agreement with a bank or other regulated partner. Now, with the emergence of service providers such as Stripe and the popularity of new technologies such as stablecoins, this process is becoming easier.


The rapid development of AI tools will inevitably drive changes in the financial industry. For small startups without the burden of legacy systems, this change brings structural advantages, allowing them to quickly build future global financial products.


We believe that now is the ideal time to create a new generation of fintech companies based on existing infrastructure. We hope to see innovative ideas around insurance, investment banking, wealth management, international payments and other fields.


New space companies


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By Jared Friedman and Dalton Caldwell


The cost of accessing space is falling rapidly, having dropped more than 10-fold since SpaceX’s first launch in 2006. Today, a startup can build and launch a satellite with just a seed round of funding.


As access to space becomes as routine and low-cost as commercial aviation, shipping, or cargo transportation, this will unlock many new business opportunities. Can you imagine how many kilograms of payload are launched into space today? How will that number grow in one year, five years, and ten years?


While starting a space company may seem ambitious, it’s not necessarily more difficult than starting a software company. YC has funded several space companies, including Astranis, Relativity Space, and Stoke, and their success rate may even exceed that of companies in other fields.


AI-aided engineering tools


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Author: Diana Hu


Engineering tools for the physical world have made little real progress for decades. CAD/CAM software used by mechanical engineers, EDA tools used by electrical engineers, and CFD tools used by aerospace engineers—these tools still rely on complex numerical solvers and physics simulations. These tools are not only computationally expensive, but also require deep expertise, sometimes even a Ph.D. to use effectively.


We believe that a new generation of AI-driven tools will change all that.


By infusing new AI models with the reasoning power of solving math and physics problems, we can help engineers design and build physical systems—planes, buildings, circuits, chips, satellites—faster and with higher quality.


We look to founders to develop AI-assisted engineering tools to drive this change and become the driving force of the next generation of computer-aided engineering (CAE).


One million jobs 2.0


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By Dalton Caldwell


We want to fund startups that can create one million jobs that require humans to do the work and do not rely on AI to replace them.


Historically, whenever there has been a major change in technology, the types of jobs people do have changed. For example, in the past, many people were farmers, but with the spread of mechanization, the agricultural labor force has been greatly reduced. Likewise, professions such as elevator operators and typists are disappearing.


However, technological change often creates new professions that are better equipped and provide greater value to humanity. In this new AI-driven world, these professions may include giving more people the tools to run their own local businesses, or to make a living by providing services to others online or offline.


Many AI futurists are uncertain about what the future of professions will look like, and we want to fund founders who can answer that question.


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Disclaimer: The content of this article solely reflects the author's opinion and does not represent the platform in any capacity. This article is not intended to serve as a reference for making investment decisions.

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