Jeffery Hsia

47 posts

Jeffery Hsia

Jeffery Hsia

@jefhsia

CEO & Founder of DLY AI, PhD EE, Univ of Cam, AI Engineering

San Katılım Mayıs 2019
24 Takip Edilen509 Takipçiler
Jeffery Hsia
Jeffery Hsia@jefhsia·
@nft_dreww Thank you for sharing but it should probably be mentioned this is only related to NFTs, not your entire wallet, the approval can't drain your native ETH. And yeah, @PocketUniverseZ solves this, it would show the NFTs being drained from your wallet in the simulation.
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NFT_Dreww.eth
NFT_Dreww.eth@nft_dreww·
⚠️ This signature can drain your wallet ⚠️ If you're not paying close attention, this wallet signature can drain your wallet. Just because it's a "gasless transaction" and you aren't paying gas doesn't mean it's safe. Let's dive into why this is dangerous and how you can prevent your wallet from getting drained ⤵️⤵️ 1/ Message Signatures vs. Transaction Signatures 2/ The Risks of Existing Approvals 3/ How Scam Mechanisms Work 4/ Security Best Practices (@RevokeCash)
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Wonder of Science
Wonder of Science@wonderofscience·
Every second, the Sun ejects 1.5 million tons of material into space at hundreds of miles per second, but Earth's magnetic field protects it from the solar wind. 📽: NASA Goddard
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0xJeff
0xJeff@0xJeff·
What Investors Want Beyond an AI Agent Talked to hundreds of AI agent teams over the past months. Many fall into the same common traps. Here are some of the biggest mistakes—and how to avoid them. ———————————————— 1. Copying the First Mover @virtuals_io pioneered the AI agent tokenization narrative. They’ve partnered with top-tier teams and continue to build innovative agents. Their success? Masterful storytelling and narrative-building—securing them over 50% of the AI agent market share. Many teams assume they can replicate this by tokenizing an agent, pairing it with their own token, and launching on a new L1/L2—expecting instant PMF. This doesn’t work for two key reasons: • Too many agent tokens already exist—just launching another one won’t cut it. • The VIRTUAL/Agent LP pair structure is tricky, especially for early-stage projects with low liquidity. Alt:alt LP pairs are inherently fragile, leading to higher volatility and impermanent loss. Liquidity providers avoid them, resulting in low liquidity and extreme slippage. 🔹 What you should do instead: • Find a unique niche—solve a real problem in a specific sector. • Opt for alt:majors or alt:stables LP pairs—they’re structurally more robust, especially in volatile markets. ———————————————— 2. Founder / Co-Founder Doesn’t Know How to Sell This should be obvious, but many teams are built by devs who don’t know how to sell. As a founder, you are the #1 salesperson. If you’re not excited about your product—why would anyone else be? We’ve seen founder-led, team-driven marketing work time and time again—when teams actively engage on CT, constantly talking about their product. It’s organic marketing. People get curious, try it out, and give feedback. No need to burn cash or tokens for user acquisition. ———————————————— 3. Building a Product to Fit a Narrative Forking Compound, AAVE, OHM, or Solidly—just because they were hot at the time. Launching an AI agent—just because it’s trending. Building without understanding the problem you’re solving or who you’re serving is one of the fastest ways to fail. 🔹 Ask yourself before building: • Who is my actual customer? • Am I building this because of hype or because it solves a real need? • Am I forcing a product into a non-existent market? • Is my token the actual product? ———————————————— 4. Token Before the MVP Launching a token before the product is live. The token becomes the main focus. Even worse? The team starts shilling the token, chasing exchange listings, and ignoring product development. This never ends well. No product. No revenue. No traction. No reason for anyone to hold the token. 🔹 What you should do instead: • Find some form of PMF before launching a token. • Only launch a token if there’s a clear network effect and real value accrual. ———————————————— 5. Skipping the "V" in MVP MVP = Minimum Viable Product. But many teams skip the “Viable” part and launch a useless, minimal product that nobody cares about. An MVP should be a basic but functional product that gives early users something to try—so you can gather feedback and iterate. 🔹 What you should do instead: • Actually talk to users. • Understand what they need—then build a product they’d actually use. • Don’t get stuck on your own assumptions before proving real value. ———————————————— 6. No Clear KPIs, Goals, or Vision Some teams drift aimlessly—chasing trends, blaming the market, and reacting instead of executing a clear plan. 🔹 What you should do instead: • Set clear, measurable KPIs from day one. • Define what success looks like—what problems you’re solving and what milestones matter. • If something isn’t working—pivot. No one gets it right the first time. ———————————————— 7. Users vs. Investor Expectations Web3 projects have two products: • The token • The actual product This means you attract two types of supporters: • Degens—speculating on the token. • Actual users—who care about the product. Many projects fall into the KOL trap—paying shady influencers to shill their token. The result? A flood of degens who don’t care about your product. They ape in, dump, and call your project a scam when prices drop or airdrops disappoint. 🔹 What you should do instead: • Be strategic about who you’re marketing to. • Avoid shilling your token. Instead, clearly outline its tokenomics and value accrual—why it exists and how it benefits users. • Instead of wasting stables & tokens on KOLs, onboard real partners as stakeholders—people with skin in the game. Speculators and actual users have different needs. One wants to use the product. The other wants to buy low and sell high. Both will come—but make sure you're attracting and incentivizing the right one. ———————————————— Bottom Line Avoid these common mistakes, stay focused on real user needs, and build something that truly matters. The market rewards those who create genuine value—not just those who chase trends, hype, or short-term speculation. The best projects aren’t built overnight, and they definitely aren’t built by copying what worked for someone else. Take the time to understand your users, refine your product, and craft a sustainable strategy. Success in Web3 comes from innovation, execution, and resilience—not just launching a token or following a narrative. If you’re in it for the long haul, build for the long haul.
0xJeff@0xJeff

x.com/i/article/1895…

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SPACE LABS
SPACE LABS@SpaceLabsxyz·
We are now on Telegram! Join us for real-time updates, exclusive content, and be apart of the community to stay in the loop! Don’t miss out on all the exciting things to come. Join here: t.me/SpaceLabsXYZ
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SPACE LABS
SPACE LABS@SpaceLabsxyz·
Did you know? 🛰 The first satellite, Sputnik 1, launched by the Soviet Union in 1957, was about the size of a beach ball and took only 98 minutes to orbit Earth. Its radio signal was so simple yet powerful that anyone with the right equipment could tune in and hear it beep from space.
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SPACE LABS
SPACE LABS@SpaceLabsxyz·
How does a satellite antenna work for radar astronomy? 📡 Missed our latest article? Here's a quick recap: Electromagnetic Principles and System Architecture At its core, radar astronomy relies on the fundamental properties of electromagnetic waves. The process involves transmitting a beam toward a target and then analyzing the extremely weak echoes that return. The key components of a radar astronomy system include: Transmitter: High-powered transmitters (often up to 1 megawatt or more) generate either pulsed or continuous-wave signals. Pulsed systems provide excellent range resolution, while continuous-wave systems enable precise Doppler measurements. The transmitted power compensates for the rapid signal loss, which follows an inverse fourth-power law with distance. Antenna (Radar Telescope): Serving both as transmitter and receiver, large, high-gain antennas focus the radio beam and collect the faint echoes. Facilities such as the historic Arecibo Observatory, the Goldstone Solar System Radar, and Evpatoria Planetary Radar have utilized these techniques to achieve high-precision astrometric measurements and detailed imagery. Propagation Channel: As the radio waves traverse interplanetary space, their strength diminishes dramatically. This necessitates extremely sensitive receivers and sophisticated signal processing to extract meaningful data from echoes that may be millions of times weaker than the transmitted signal. Receiver and Signal Processor: State-of-the-art receivers, incorporating ultra-low-noise amplifiers and advanced digital signal processing (DSP) techniques (like coherent integration and matched filtering), capture and refine the weak return signals. These processes yield accurate measurements of distance, velocity, surface properties, and even subsurface structures.
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Curiosity
Curiosity@CuriosityonX·
How the Solar System moves through space..
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SPACE LABS
SPACE LABS@SpaceLabsxyz·
Read up on the newest Space Labs Article By @jefhsia 👨‍⚕️ Radar Astronomy: Probing the Universe with Active Radio Techniques 📡 @jefferyhsia/ec6a25fc1cae" target="_blank" rel="nofollow noopener">medium.com/@jefferyhsia/e…
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SPACE LABS
SPACE LABS@SpaceLabsxyz·
Breaking Down our Latest article written by @jefhsia Pt 2 - Crafting Our Cosmic Voice 🌌 Messages Beyond Earth The Arecibo Message (1974) With advancements in radio technology, humanity’s ambition to reach out to extraterrestrial civilizations took a bold step with the Arecibo Message. Designed by a team led by astronomer Frank Drake, this binary-encoded transmission included information about human DNA, our solar system, and a representation of the human form. Directed toward the M13 star cluster, this 1,679-bit message is a symbolic leap in our efforts to communicate across the cosmos, destined to arrive at its target in about 25,000 years.
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I.P. Morgan (ipmorgan.ip)
I.P. Morgan (ipmorgan.ip)@IP_Morgan1·
Intellectual Property is the untapped $61T asset class frontier. Story and IPFi will assetize it. On Day 1 of Story public mainnet, Story IPFi already has all core DeFi features built out, with multiple teams building towards more IP-specific services. IPFi is fundamentally interesting because it tries to uniquely capture human ingenuity in the widest form, trying to denominate it under a common unit of account represented in the form of tokens. IP injects new intangible value behind tokens, and will reinvigorate DeFi with these new representations of value. This is what excites me about working on IPFi at Story. Here's an overview to all things traditional DeFi and new IPFi on Story once mainnet goes live. This overview is more from the perspective of "what you can do and where you might be able to do them". Do explore all the dapps, even beyond the ones I mention below. Many of them don't use the exact same approach to their DeFi products, but I won't go through them in detail. Happy to highlight any community posts that do this though! 1. Decentralized Exchanges (DEX) DEXs allow you to trade tokens and provide liquidity to earn fees and other protocol incentives. Some of the tokens you will find, like the RWA royalty tokens and the playable ERC404 card tokens from Jutsu World (@JutsuTCG) will be on DEXs. Risk tip: Providing liquidity on a DEX creates impermanent loss risk. If you do not understand how this affects liquidity positions, make sure you educate yourself on this first. Builders here include PiperX (@PiperxProtocol), Story Hunt (@0xStoryHunt) and Standard Exchange (@standardweb3).
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SPACE LABS
SPACE LABS@SpaceLabsxyz·
Breaking Down our Latest article written by @jefhsia Pt 1 - Early Signals 📶 The Birth of Cosmic Communication The Advent of Radio Waves The story of interstellar communication begins with the discovery of radio waves, a form of electromagnetic radiation with wavelengths ranging from 1 millimeter to 100 kilometers. Traveling at the speed of light, radio waves became a cornerstone of human communication due to their ability to carry information through modulation techniques like AM (Amplitude Modulation) and FM (Frequency Modulation).
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SPACE LABS
SPACE LABS@SpaceLabsxyz·
Cosmic Call: Take Humanity’s Information to the Stars ☄️ Dr Jeffery has found some interesting topics to discuss in this weeks article 📰 Read here and let us know your thoughts: @jefferyhsia/1916e84c4305" target="_blank" rel="nofollow noopener">medium.com/@jefferyhsia/1…
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SPACE LABS
SPACE LABS@SpaceLabsxyz·
Thank you all for 100K Space is only made possible with everyone's support🤗 So who needs a golden ticket? Feeling generous today 🍾
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Jeffery Hsia
Jeffery Hsia@jefhsia·
@sighohwhy Yes mate, leave a like and I'll show you more fantastic tech works for both space and AI!
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Whyarewehere42
Whyarewehere42@sighohwhy·
@jefhsia Cool, did not know space labs founders were doing ai agents too, and in 3 mins 🔥
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Jeffery Hsia
Jeffery Hsia@jefhsia·
@SpaceLabsxyz IP nfts are really a game change for researchers, making it more transparent and accessible to everyone
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SPACE LABS
SPACE LABS@SpaceLabsxyz·
What are IP NFTs & Why you need to be paying attention - The New Era of Intellectual Property in Desci 📝 Intellectual Property NFTS are emerging as a core asset class within the burgeoning field of DeSci. They take a new approach to tokenizing and managing intellectual property rights, which provides new possibilities for researchers, creators, and investors. IP NFTs are poised to reshape how we interact with and value intellectual property. IP NFTs within DeSci Transparent Tracking of Research Contributions: IP NFTs provide transparent record’s of research contributions, from initial ideas and data sets to published findings. This enhances transparency and attribution, creating greater trust and accountability within the scientific community. Royalty Distributions: Smart contracts associated with IP NFTs can automate the distribution of royalties, ensuring creators are fairly compensated for their work. This streamlined process eliminates intermediaries and reduces administrative overhead. Fractional Ownership of Research IP: IP NFTs enable fractional ownership of valuable research intellectual property. This allows for collaborative funding models, democratizes access to potentially groundbreaking discoveries, and opens up investment opportunities for a wider audience. New Funding Models for Early-Stage Research: IP NFTs create new funding models for early stage research by allowing researchers to tokenize their intellectual property and attract investment directly from the community. This can help overcome traditional funding barriers and accelerate the pace of scientific advancement. Creation of Liquid Markets for Research Outputs: By representing IP rights as NFTs, it becomes possible to create liquid marketplaces for research outputs. This increased liquidity can facilitate the exchange of ideas and technologies, making a greater environment for innovation and collaboration. Our research findings at Space Labs will all be shared within our community in the form of IP NFT’s, more information will be shared at a later date on this topic, Stay tuned for owning a piece of our first IP NFT's.
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Liquid
Liquid@Liquid100x·
Why is WiFi always so slow?
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