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Creepy humanoid robot moves using 1,000 eerie artificial muscles

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Clone Robotics, a Polish-American company, has recently unveiled its groundbreaking humanoid robot, Protoclone, sparking both fascination and unease across the internet. This eerily lifelike android represents a significant advancement in biomimetic robotics, closely replicating human anatomy and movement in ways never before seen.

With its unsettlingly realistic movements, Protoclone is pushing the boundaries of what we expect from robots, raising both intrigue and questions about the future of robotics.

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Creepy humanoid robot moves using 1,000 eerie artificial muscles

Protoclone (Clone Robotics) (Kurt “CyberGuy” Knutsson)

The anatomy of this robot

Protoclone stands at an impressive 6 feet tall and boasts a skeleton made of 206 polymer bones, mirroring the human skeletal structure. What truly sets this robot apart is its muscular system, featuring over 1,000 artificial muscles powered by Clone Robotics’ proprietary “Myofiber” technology.

Creepy humanoid robot moves using 1,000 eerie artificial muscles

Protoclone (Clone Robotics) (Kurt “CyberGuy” Knutsson)

HUMANOID ROBOTS BUST DANCE MOVES ALONGSIDE HUMANS

The muscle behind the machine

The Myofiber system is a revolutionary approach to robotic movement. Each artificial muscle consists of a mesh tube containing an air-filled balloon. When hydraulic fluid is pumped into the balloon, it expands, causing the mesh to contract, much like a human muscle. This system is powered by a 500-watt electric pump, Protoclone’s mechanical “heart,” capable of circulating fluid at a rate of 40 liters per minute.

Creepy humanoid robot moves using 1,000 eerie artificial muscles

Protoclone (Clone Robotics) (Kurt “CyberGuy” Knutsson)

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Sensory sophistication

Protoclone’s nervous system is equally impressive, featuring four depth cameras in the skull for vision, 70 inertial sensors for joint position awareness and 320 pressure sensors for force feedback. This advanced sensory network allows the robot to process visual input and learn by observing human activities.

Creepy humanoid robot moves using 1,000 eerie artificial muscles

Protoclone (Clone Robotics) (Kurt “CyberGuy” Knutsson)

CHINA’S NEWEST HUMANOID ROBOT IS READY TO SERVE LIKE NEVER BEFORE

A glimpse into the future or a sci-fi nightmare?

The recent video release of Protoclone in action has garnered millions of views and sparked intense online debate. In the footage, the faceless android is seen suspended from the ceiling, its limbs twitching and moving in an unsettlingly human-like manner.

While some viewers have expressed awe at the technological achievement, others have reacted with discomfort or even hostility. Comments range from comparisons to “sleep paralysis demons” to references to dystopian science fiction scenarios.

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Creepy humanoid robot moves using 1,000 eerie artificial muscles

Protoclone (Clone Robotics) (Kurt “CyberGuy” Knutsson)

The road ahead

Despite its impressive capabilities, Protoclone is still in early development. Currently, it requires suspension for stability and lacks the ability to stand or balance independently. Clone Robotics plans to launch production with 279 units, named “Clone Alpha,” with pre-orders opening in late 2025.

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Creepy humanoid robot moves using 1,000 eerie artificial muscles

Protoclone (Clone Robotics) (Kurt “CyberGuy” Knutsson)

Kurt’s key takeaways

While Protoclone’s current iteration may be more unsettling than practical, it’s clear that we’re on the cusp of a new era in robotics. As these technologies continue to advance, we’ll likely see more refined and capable humanoid robots entering our homes and workplaces. The question remains: Are we ready for this future, and how will it reshape our relationship with technology?

Does the appearance and movement of Protoclone fascinate or unsettle you? Let us know by writing us at Cyberguy.com/Contact.

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Cointelegraph Bitcoin & Ethereum Blockchain News

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What is yield farming?

Yield farming, also known as liquidity mining, is a decentralized finance (DeFi) strategy where cryptocurrency holders lend or stake their assets in various DeFi protocols to earn rewards. These rewards often come in the form of additional tokens, interest or a share of transaction fees generated by the platform. 

In the yield farming ecosystem, individuals known as liquidity providers (LPs) supply their assets to liquidity pools, smart contracts that facilitate trading, lending or borrowing on DeFi platforms.

By contributing to these pools, LPs enable the smooth operation of decentralized exchanges (DEXs) and lending platforms. In return for their participation, LPs earn rewards, which may include:

  • Transaction fees: A portion of the fees generated from trades or transactions within the pool.
  • Interest payments: Earnings from lending assets to borrowers.
  • Governance tokens: Native tokens of the platform that often grant voting rights on protocol decisions and can appreciate in value.

Key components of yield farming

  • Liquidity pools: These are collections of funds locked in smart contracts that provide liquidity for decentralized trading, lending or other financial services. Users deposit their assets into these pools, enabling various DeFi functions.
  • Automated market makers (AMMs): AMMs are protocols that use algorithms to price assets within liquidity pools, allowing for automated and permissionless trading without the need for a traditional order book.
  • Governance tokens: Tokens distributed to users as rewards for participating in the protocol. These tokens often grant holders the right to vote on changes to the protocol, influencing its future direction.

Yield farming vs. traditional financial yield mechanisms

Yield farming in DeFi differs significantly from traditional financial yield mechanisms:

  • Accessibility: DeFi platforms are typically open to anyone with an internet connection, removing barriers associated with traditional banking systems.
  • Potential returns: While traditional savings accounts offer relatively low interest rates, yield farming can provide substantially higher returns. However, these higher yields come with increased risks, including market volatility and smart contract vulnerabilities.
  • Intermediaries: Traditional finance relies on centralized institutions to manage funds and transactions. In contrast, DeFi operates on decentralized protocols, reducing the need for intermediaries and allowing users to retain control over their assets.

Is yield farming profitable in 2025?

As of February 2025, yield farming remains a profitable strategy, though it is less lucrative than in previous years due to reduced token incentives and heightened competition among liquidity providers. 

That being said, the DeFi sector continues to expand rapidly, with the total value locked (TVL) reaching $129 billion in January 2025, reflecting a 137% year-over-year increase.

Projections suggest that this figure could escalate to over $200 billion by the end of 2025, driven by advancements in liquid staking, decentralized lending and stablecoins.

This growth, fueled by innovations in liquid staking, decentralized lending and stablecoins, is creating new and potentially lucrative yield farming opportunities.

Moreover, the macroeconomic environment plays a crucial role in shaping DeFi yields. In 2024, the US Federal Reserve implemented rate cuts, lowering its policy rate by half a percentage point for the first time in four years. 

This monetary easing has historically increased the attractiveness of DeFi platforms, as lower traditional savings rates drive investors toward alternative high-yield opportunities. As a result, despite overall yield compression, some DeFi platforms still offer double-digit annual percentage yields (APYs), far surpassing traditional financial instruments.

However, note that yield farming isn’t just about earning passive income — it’s a cycle of reinvesting rewards to maximize gains. Farmers earn tokens as rewards and often reinvest them into new liquidity pools, creating a fast-moving loop of capital flow or token velocity. 

This cycle helps DeFi grow by keeping liquidity high, but it also introduces risks. If new users stop adding funds, some farming schemes can collapse like a Ponzi structure, relying more on fresh liquidity than on real value creation.

How does yield farming work?

Embarking on yield farming within the DeFi ecosystem can be a lucrative endeavor. This step-by-step guide will assist you in navigating the process, from selecting a platform to implementing effective risk management strategies.

How does yield farming work

Step 1: Choosing a platform

Selecting the right DeFi platform is crucial for a successful yield farming experience. Established platforms such as Aave, Uniswap and Compound are often recommended due to their reliability and user-friendly interfaces.

Additionally, platforms such as Curve Finance, which specializes in stablecoin trading with low fees and minimal slippage, and PancakeSwap, operating on the BNB Smart Chain (BSC), which offers lower transaction fees and a variety of yield farming opportunities, are also worth considering.

Step 2: Selecting a liquidity pool

When selecting a liquidity pool for yield farming, it’s essential to evaluate the tokens involved, the pool’s historical performance and the platform’s credibility to mitigate risks, such as impermanent loss, which will be discussed later in this article.

Did you know? Annual percentage yield (APY) accounts for compounding interest, reflecting the total amount of interest earned over a year, including interest on interest, while annual percentage rate (APR) denotes the annual return without considering compounding.

Step 3: Staking and farming tokens — How to deposit and withdraw funds

Engaging in yield farming involves depositing (staking) and withdrawing funds:

Depositing funds:

  • Connect your wallet: Use a compatible cryptocurrency wallet (e.g., MetaMask) to connect to the chosen DeFi platform.
  • Select the liquidity pool: Choose the desired pool and review its terms.
  • Approve the transaction: Authorize the platform to access your tokens.
  • Supply liquidity: Deposit the required tokens into the pool.

Withdrawing funds:

  • Navigate to the pool: Access the pool where your funds are staked.
  • Initiate withdrawal: Specify the amount to withdraw and confirm the transaction.
  • Confirm the transaction: Approve the transaction in your wallet to receive your tokens back.

Yield farming on Uniswap

Step 4: Risk management tips

Mitigating risks is essential in yield farming:

  • Stablecoin pools: Participating in pools that involve stablecoins like Tether’s USDt (USDT) and USD Coin (USDC) to reduce exposure to market volatility.
  • Diversification: Spread investments across multiple pools and platforms to minimize potential losses.
  • Research and due diligence: Investigate the security measures, audits and reputation of platforms before committing funds.

DeFi yield farming calculator: How to estimate returns

Yield farming calculators estimate returns by factoring in capital supplied, fees earned and token rewards, with several tools aiding projections.

To accurately estimate potential returns in yield farming, calculators require inputs such as the amount of capital supplied to a liquidity pool (liquidity provided), the portion of transaction fees distributed to liquidity providers (fees earned) and any additional incentives or tokens granted by the protocol (token rewards). By inputting these variables, calculators can project potential earnings over a specified period.

Several platforms provide tools to assist in estimating DeFi yields:

  • DefiLlama: Offers comprehensive analytics on various DeFi protocols, including yield farming opportunities.
  • Zapper: Allows users to manage and track their DeFi investments, providing insights into potential returns.
  • Yieldwatch: A dashboard that monitors yield farming and staking, offering real-time data on earnings.
  • CoinGecko’s APY calculator: Breaks down annual percentage yield across different timeframes, helping estimate earnings based on principal and APY percentage.

Yieldwatch offers real-time data on earnings

Did you know? In yield farming, frequent compounding boosts returns. Manual compounding requires reinvesting earnings, while automated compounding reinvests them for you. The more often it happens, the higher your APY.

Understanding impermanent loss in yield farming

Impermanent loss occurs when the value of assets deposited into a liquidity pool changes compared to their value if held outside the pool. 

This phenomenon arises due to price fluctuations between paired assets, leading to a potential shortfall in returns for LPs. The loss is termed “impermanent” because it remains unrealized until the assets are withdrawn; if asset prices revert to their original state, the loss can diminish or disappear.

In AMM protocols, liquidity pools maintain a constant ratio between paired assets. When the price of one asset shifts significantly relative to the other, arbitrage traders exploit these discrepancies, adjusting the pool’s composition. This rebalancing can result in LPs holding a different proportion of assets than initially deposited, potentially leading to impermanent loss.

Consider an LP who deposits 1 Ether (ETH) and 2,000 Dai (DAI) into a liquidity pool, with 1 ETH valued at 2,000 DAI at the time of deposit. If the price of ETH increases to 3,000 DAI, arbitrage activities will adjust the pool’s balance. Upon withdrawing, the LP might receive less ETH and more DAI, and the total value could be less than if the assets were simply held, illustrating impermanent loss.

The impermanent loss formula

For detailed strategies on managing impermanent loss, refer to Step 4 of card 3 in this article.

The future of yield farming

The early days of sky-high, unsustainable returns fueled by inflationary token rewards are fading. Instead, DeFi is evolving toward more sustainable models, integrating AI-driven strategies, regulatory shifts and crosschain innovations.

1. Real yield replaces inflationary rewards

DeFi is moving away from token emissions and toward real yield — rewards are generated from actual platform revenue like trading fees and lending interest. In 2024, this shift was clear: 77% of DeFi yields came from real fee revenue, amounting to over $6 billion. 

2. AI-driven DeFi strategies

AI is becoming a game-changer in yield farming. DeFi protocols now use AI to optimize strategies, assess risks, and execute trades with minimal human input. Smart contracts powered by AI can adjust lending rates in real-time or shift funds between liquidity pools for maximum efficiency. 

3. Regulations

With DeFi’s expansion, regulatory scrutiny is ramping up. Governments are pushing for frameworks to protect investors and prevent illicit activities. While increased oversight might add compliance hurdles, it could also attract institutional players, bringing more liquidity and legitimacy to the space. 

4. Crosschain yield farming

Single-chain ecosystems have limited features. Crosschain yield farming and interoperability solutions are breaking down barriers, allowing users to move assets seamlessly across blockchains. This opens up more farming opportunities and reduces reliance on any single network’s liquidity. 

What’s next?

Several emerging trends are reshaping yield farming. Liquid staking lets users stake assets while still using them in DeFi. Automated vaults simplify farming by dynamically shifting funds for optimized returns. Decentralized index funds offer exposure to multiple assets through a single token, reducing risk while maintaining yield potential.

In short, yield farming is becoming more sophisticated, sustainable and interconnected. The days of easy money are gone, but the opportunities for smart, long-term strategies are only getting better.

Yield farming vs staking: Key differences

The primary distinction between yield farming and staking is that the former necessitates consumers depositing their cryptocurrency cash on DeFi platforms while the latter mandates investors put their money into the blockchain to help validate transactions and blocks.

Yield farming necessitates a well-considered investment strategy. It’s not as simple as staking, but it can result in significantly higher payouts of up to 100%. Staking has a predetermined reward, which is stated as an annual percentage yield. Usually, it is approximately 5%; however, it might be more significant depending on the staking token and technique.

The liquidity pool determines the yield farming rates or rewards, which might alter as the token’s price changes. Validators who assist the blockchain establish consensus and generate new blocks are rewarded with staking incentives.

Yield farming is based on DeFi protocols and smart contracts, which hackers can exploit if the programming is done incorrectly. However, staking tokens have a tight policy that is directly linked to the consensus of the blockchain. Bad actors who try to deceive the system risk losing their money.

Because of the unpredictable pricing of digital assets, yield farmers are susceptible to some risks. When your funds are trapped in a liquidity pool, you will experience an impermanent loss if the token ratio is unequal. In other words, you will suffer an impermanent loss if the price of your token changes when it is in the liquidity pool. When you stake crypto, there is no impermanent loss.

Users are not required to lock up their funds for a set time when using yield farming. However, in staking, users are required to stake their funds for a set period on various blockchain networks. A minimum sum is also required in some cases.

The summary of the differences between yield farming and staking is discussed in the table below:

Yield farming vs. staking

Is yield farming safe?

Every crypto investor should be aware of the risks, including liquidation, control and price risk related to yield farming.

Liquidation risk occurs when the value of your collateral falls below the value of your loan, resulting in a liquidation penalty on your collateral. When the value of your collateral diminishes or the cost of your loan rises, you may face liquidation.

The difficulty with yield farming is that small-fund participants may be at risk because large-fund founders and investors have greater control over the protocol than small-fund investors. In terms of yield farming, the price risk, such as a loan, is a significant barrier. Assume the collateral’s price falls below a certain level. Before the borrower has an opportunity to repay the debt, the platform will liquidate him.

Nevertheless, yield farming is still one of the most risk-free ways to earn free cash. All you have to do now is keep the above mentioned risks in mind and design a strategy to address them. You will be able to better manage your funds if you take a practical approach rather than a wholly optimistic one, making the project worthwhile. If you have a pessimistic view of yield farming, on the other hand, you’ll almost certainly miss out on a rich earning opportunity. 



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The strategic crypto reserve will fuel ecosystem growth

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Opinion by: Tim Haldorsson, founder of Lunar Strategy

When US President Donald Trump announced the US strategic crypto reserve on March 2, the immediate focus fell on the price surges of the included coins. Behind the market excitement lies a much bigger story that extends far beyond the named assets themselves. 

The real opportunity lies not in holding Bitcoin (BTC), Ether (ETH), XRP (XRP), Solana (SOL) and Cardano (ADA) — it’s in building on these newly legitimized platforms.

This government endorsement creates fertile ground for an entire ecosystem of projects, unleashing innovation across multiple sectors while creating investment opportunities that could define the next wave of blockchain adoption.

Projects on legitimized platforms are ready for growth

The strategic reserve announcement fundamentally changed the risk profile for projects building on these networks. Developers quietly building on Ethereum, Solana and Cardano now find themselves on government-approved foundations. This validation removes significant uncertainty — a crucial factor for attracting users and capital.

When a nation plans to hold these assets in reserve, it signals a long-term commitment to their viability. For projects building on these networks, this increases confidence that their underlying platform won’t face existential regulatory threats. Infrastructure projects particularly stand to benefit; layer-2 scaling solutions for Ethereum, developer tooling for Solana and interoperability solutions for Cardano can now operate with greater certainty about their foundation’s future.

The early evidence already supports this shift. After the announcement, Cardano’s ecosystem saw renewed attention, with significant whale accumulation and increased trading volume across its decentralized finance (DeFi) protocols. Projects such as Minswap and Liqwid Finance experienced growing interest as users gained confidence in the network’s long-term viability. Ethereum and Solana ecosystems are seeing similar effects, with capital flowing to projects that leverage their unique strengths.

Gaining investor attention

Not all projects will benefit equally from this validation. Specific sectors are positioned to capture disproportionate growth as retail and institutional investors recalibrate their approach to these now-endorsed chains.

DeFi applications stand out as immediate beneficiaries. With multiple networks now government-backed, crosschain DeFi protocols that facilitate liquidity between Ethereum, Solana and Cardano are seeing renewed interest. The government’s implicit endorsement of multiple chains reinforces the vision of a multichain future rather than a winner-take-all scenario.

Infrastructure projects that connect these networks will also thrive. Crosschain bridges, already vital for a fragmented blockchain landscape, become even more critical when multiple networks have official backing. Projects building on identity solutions could also see significant interest — these government-approved networks make ideal foundations for digital identity systems requiring trust and stability.

Recent: Does XRP, SOL or ADA belong in a US crypto reserve?

Finally, the blockchain gaming sector, which had already shown strong growth with 7.4 million daily active wallets by the end of 2024, could accelerate as developers flock to these legitimized platforms. Games built on Solana’s speed or Cardano’s security can point to government endorsement as a credibility booster when seeking partners or users.

Assessing project potential through key metrics

For investors looking to capitalize on this ecosystem growth, several key metrics separate promising projects from mere speculation.

Total value locked (TVL) provides a window into genuine usage and trust. Projects showing significant TVL growth after the announcement demonstrate real traction. Developer activity remains another critical indicator: Ethereum remains the most important developer ecosystem, with thousands of active monthly contributors. At the same time, Solana experienced the fastest developer growth in 2024, particularly in emerging markets like India.

User adoption metrics tell an equally important story. Daily active wallets, transaction volumes and community growth reveal whether a project captures actual market share or generates hype. Strong partnerships also signal project strength — those securing collaborations with established institutions gain credibility and distribution channels.