In this article, we explore what Wayfinder is, the role it plays in transforming gameplay in the Parallel TCG ecosystem and the utility of its native token, PROMPT.

 (DeFi) are opening new avenues for both traders and gamers. 

 (PROMPT) is one such protocol that leverages autonomous 

, known as "Wayfinder Shells," to navigate across multiple blockchains. 

With the power to execute complex tasks like swapping tokens, deploying 

 and even minting NFTs using simple natural language commands, Wayfinder paves the way for seamless blockchain tasks across multiple chains. In this article, we dive into what Wayfinder is to look at its key features, the role it plays in transforming gameplay in the 

 ecosystem and the utility of its native token, PROMPT.

Imagine commanding an AI to handle all your cryptocurrency tasks — swapping tokens, deploying smart contracts or executing sophisticated DeFi strategies — with just a few simple instructions. Wayfinder aims to make that vision a reality. 

This omni-chain AI protocol lets users control autonomous AI agents, referred to as Wayfinder Shells, that travel across blockchains such as Ethereum, Solana and Base to perform tasks ranging from asset transfers to NFT minting and advanced DeFi strategies. With its user-friendly natural language interface, the platform eliminates the need for complex coding, making it accessible to both beginners and experienced developers.

Wayfinder is the brainchild of the team behind 

, a blockchain-based sci-fi trading card game that uses immersive storytelling to drive fan engagement. Its developers saw an opportunity to enrich gameplay in their upcoming title, 

, a survival simulation game featuring autonomous AI avatars. 

By integrating AI agents into their game, they aim to create dynamic, interactive experiences that adapt to player actions. One key figure is 

 (known as @templecrash on X), the founder of Parallel and Wayfinder, whose vision for blending digital gaming with sophisticated AI has been instrumental in shaping the protocol.

Wayfinder operates by employing “Wayfinding Paths,” which are predefined workflows designed to guide its AI agents across various blockchains. When a user issues a command, these paths are triggered, allowing the Wayfinder Shell to execute specific tasks, such as transferring assets, minting NFTs or deploying smart contracts. Each agent comes with a dedicated 

, ensuring the secure management of assets during transactions. 

Additionally, a community-driven knowledge graph continually feeds new information into the system, enhancing the agents’ ability to learn and optimize operations over time.

Wayfinder’s omni-chain compatibility means it can seamlessly interact with a broad range of blockchain networks, making cross-chain operations nearly effortless. Use cases for Wayfinder extend beyond DeFi and gaming, and include applications in smart contract deployment and digital asset management, all controlled via natural language commands. This level of automation and interoperability simplifies complex processes and allows users to focus on strategy, rather than technical details.

The PROMPT token is at the heart of the Wayfinder ecosystem. Serving as both a 

, PROMPT is used to create and upgrade Wayfinder Shells, stake for proposing new Wayfinding Paths and pay gas fees within the network. The token also empowers community governance by allowing stakeholders to participate in decision-making, influencing future developments and technical upgrades. 

, allocating 45% of its total supply of 1 billion tokens to community members who have staked Parallel’s PRIME token or completed other tasks.

Wayfinder represents a significant leap forward in combining AI with blockchain, offering users an intuitive platform to execute complex tasks through simple commands. The project not only empowers innovative gameplay with titles such as 

 but also drives efficiency across the crypto ecosystem. Bybit 

 Perpetual futures contract in its Innovation Zone, allowing Bybit users to trade with up to 25x leverage. Head to the 

Intermediate

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Wayfinder (PROMPT): AI agent ecosystem founded by web3 game Parallel

Discover BlackRock’s BUIDL, a tokenized money market fund issuing a yield-bearing stablecoin backed by U.S. Treasuries and offering daily dividend payouts.

 (RWAs) are one of the fastest-growing niches in the crypto world. RWAs allow institutional entities to bring various 

 (TradFi) assets to an on-chain environment. These may include commodities, equities, bonds, cash equivalents and more. According to DefiLlama, the 

 as of early April 2025, and a clear leader of this niche has emerged by now in the form of BlackRock’s tokenized money market fund, BUIDL.

Launched in March 2024 by the world’s top asset manager, BUIDL has already amassed a TVL 

 as of the time of this writing (Apr 15, 2025). In this article, we’ll take a closer look at this category leader launched by BlackRock via Securitize, a major provider of RWA tokenization services.

 (BUIDL) is a tokenized money market fund launched in March 2024 by BlackRock, Inc., the world’s largest investment management firm by assets under management (AUM).

 The New York–based behemoth of the investment finance world launched the fund via Securitize, one of the leading providers of asset tokenization.

BUIDL invests in short-term cash and cash equivalent assets, such as Treasury bills, certificates of deposit and commercial paper. It may suit investors who’d like to use their spare cash for low-risk and quick — even if modest — returns.

BUIDL was initially launched on the Ethereum blockchain. By the end of 2024, it had expanded to several more chains, including 

 (POL). A year after its launch, in March 2025, the fund also added 

As of Apr 15, 2025, BUIDL has accumulated a TVL of around $2.37 billion, making it the largest asset in the RWA category as defined by the DefiLlama portal. This figure represents nearly 20% of the category’s total TVL of $11 billion.

BUIDL was tokenized and launched as a USD-pegged 

. Investment in the fund delivers daily accrued dividends. As such, BUIDL operates as a yield-bearing stablecoin. Besides providing rate stability, these stablecoins regularly accumulate rewards for investors. The rewards, however, aren't added to each unit of BUIDL held, as the stablecoin itself has a fixed rate of $1 at all times. The accrued dividends are paid out separately in BUIDL tokens to investors every month.

Unlike many other stablecoins, BUIDL isn't traded on the crypto market. In essence, it acts as a certificate of your investment in the fund.

Investing in BUIDL is possible exclusively via Securitize. The minimum investment amount is $5 million, and the fund is open to Qualified Purchasers. Under US securities law, Qualified Purchasers are entities, such as individuals and family offices, who have at least $5 million in investments.

BUIDL boasts a number of significant benefits, including the following:

Despite its numerous merits, investment in the BUIDL fund carries certain risks:

For high–net worth individuals and institutional investors, BUIDL represents a great alternative to traditional money market funds. Its blockchain-native nature will certainly appeal to any investor who'd like to keep their assets on-chain while enjoying the security and regular yields provided by the investment titan BlackRock.

As the niche of tokenized treasuries gains momentum, we may see similar products launched by major TradFi players. For now, BUIDL represents one of the rare options for tokenized money market fund investors, and its niche-leading TVL confirms that the market has enthusiastically embraced this novel product.

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BlackRock’s BUIDL: A guide to tokenized yield-bearing funds

Tether has partnered with OCEAN mining pool to decentralize Bitcoin block-building.

Daily top performer — Render Network (RENDER)

The S&P 500 rose 0.79%, led by real estate, utilities, and staples, amid tariff exemption news. Earnings reports are now in focus for insights on tariff impact. Gold dipped 0.7% to $3,213.69 after hitting a record $3,245.42, as improved risk sentiment weighed. Goldman Sachs raised its 2025 forecast to $3,700, citing strong central bank demand and recession risks. The Coindesk Indices, which tracks the broader crypto market, are down by 0.77%, with Bitcoin and Ether up by 1.17% and 2.75%, respectively in the past 24 hours. Trade these markets and more with up to 500x leverage on Bybit MT5 using this 

Today's top performer is RENDER, up 4.03%, following THINK Agents' partnership with Render Network to enhance AI with decentralized compute.

Render Network (RENDER), launched in April 2020, is a decentralized platform on Solana that connects creators with idle GPU power for rendering and AI tasks, offering a cheaper, flexible alternative to traditional GPU services. THINK Agents has 

 with Render Network to leverage its decentralized GPU power, enabling more expressive and capable AI agents as part of building an intelligent internet.

Check out the latest prices, charts, and data of 

 with OCEAN mining pool to decentralize Bitcoin block-building. The stablecoin issuer will direct its Bitcoin hash rate to OCEAN’s pool, supporting the decentralization of the block-building process. OCEAN's DATUM protocol enables miners to build their own block templates, reducing reliance on centralized pools and enhancing censorship resistance. Tether’s Bitcoin mining operations are spread across countries like Uruguay, Paraguay, and El Salvador, where it has invested $500 million in Bitcoin mining. Although OCEAN currently mines a small percentage of Bitcoin blocks, Tether's partnership is expected to significantly boost its hashrate and contribute to decentralizing Bitcoin’s network.

Yesterday, Bitcoin spot ETFs saw $35.2M in outflows, all from non-GBTC funds, while GBTC had no flow.

 is now live as of April 15, with no action needed for existing users. New users can join by signing up and installing the browser extension to start earning points toward an airdrop.

Beginner

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Tether teams up with OCEAN mining pool to promote decentralization of Bitcoin block-building

Leverage USDC across Bybit Spot, Derivatives, Options and DeFi integrations to balance risk, access liquidity and capitalize on passive income strategies.

 reflects the importance of these versatile assets in crypto investment, as they provide investors with a reliable option to counteract market volatility while maintaining liquidity. This guide focuses on USDC, one of the most trusted stablecoins, and describes how Bybit’s ecosystem enables investors to use USDC to expand their wealth through diverse products. From purchasing USDC using multiple methods to checking out innovative investment opportunities, this article details step-by-step insights and essential tips for using USDC to maximize your returns on Bybit. 

 is a cryptocurrency stablecoin that’s pegged to the US dollar at a 1:1 ratio and fully backed by cash and short-term US Treasury reserves. It’s issued by Circle and is widely used within payments, investments and DeFi.

Bybit makes it easy to buy USDC through multiple user-friendly options — whether you're after a quick purchase with fiat, or prefer a more hands-on approach with 

Bybit provides a wide range of investment opportunities to help you tap into the stability of USDC while exploring different trading and growth strategies. 

Bybit Spot trading involves buying and selling cryptocurrencies at the current market rate. For USDC holders, this can be a way to rebalance portfolios and take advantage of market opportunities.

 allow experienced traders who understand the complexities of 

 trading and derivatives to speculate on the future price of cryptocurrencies without actually owning the underlying asset. USDC is used as the settlement currency, providing liquidity while limiting exposure to volatility.

 provide strategic flexibility by offering the right, but not the obligation, to buy or sell an asset at a predetermined price.

 offers a low-risk investment avenue so you can earn interest on your USDC deposits. These products generally provide a fixed or flexible annual percentage yield (APY).

 (DeFi) with the reliability and user-friendly experience of centralized platforms. Using USDC in this framework allows investors to stake their holdings on-chain, and to earn rewards directly from blockchain protocols.

 on Bybit enables investors to supply USDC to 

 and earn rewards in return. This process is essential for maintaining market fluidity and, in return, offers attractive yields based on transaction fees and incentive programs.

 allow you to leverage your USDC holdings to access additional capital, enabling you to invest further without liquidating your assets. This can be particularly beneficial if you have a long-term bullish view on the crypto market, but require liquidity for other investments.

USDC is a key stablecoin that plays a pivotal role in modern crypto investment strategies. Bybit’s wide range of USDC-based products spans spot trading, derivatives, options, savings, on-chain earn, liquidity mining and crypto loans, providing investors with a versatile tool kit to navigate risk and build wealth. With top-notch security measures and a wealth of educational resources, Bybit helps users make calculated plays and adapt their strategies in the ever-volatile crypto market.

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A guide to growing your wealth with USDC on Bybit

Crypto

Bitcoin

Bitcoin is built upon blockchain. But it has its complexities. Read about Bitcoin and the issue of scalability on the blockchain here.

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Bitcoin is a decentralized electronic cash system that makes peer-to-peer payment possible without going through an intermediary. The original Bitcoin software was developed by Satoshi Nakamoto, released under the MIT license in 2009, following the Bitcoin whitepaper, 

Bitcoin: A Peer-to-Peer Electronic Cash System

. Bitcoin is the first successful implementation of a distributed cryptocurrency. Ten years after Bitcoin was born, as of December 2019, it has about 18 million Bitcoins in circulation and it has reached about a 132 billion 

In Bitcoin, a transaction is a collection of inputs and outputs transferring the ownership of Bitcoins between payer and payee. Inputs instruct the network which coin or coins the payment will draw from. Those coins in the input have to be unspent, which means they have not been used to pay someone else.

Outputs provide the spendable amounts of Bitcoins that the payer agrees to pay to the payees. Once the transaction is made, the outputs become the unspent amounts to the payee; they remain unspent until the current payee pays someone else with the coin.

When, for example, Alice needs to pay Bob 10 BTC, Alice opens her Bitcoin wallet, and scans or copies Bob’s transaction address and creates a transaction with a 10 BTC payment to Bob. Once the transaction is digitally signed and submitted, it is sent to the Bitcoin blockchain network:

Once the transaction is broadcasted to the Bitcoin network, the bookkeeper node, usually a full node in a P2P network that receives the transactions, will validate it according to Bitcoin protocol rules. If the transaction is valid, the bookkeeper will add it to the transaction pool and relay the transaction to the peers in the network. In a Bitcoin network, every 10 minutes, a subset of network nodes, called “mining nodes” or miners, will collect all valid transactions from the transaction pool and create the candidate blocks. They also create a Coinbase transaction for themselves to get rewarded and collect transaction fees, in the event they win the mining race and add the block to the chain, all nodes will verify the new block and add it to their own copy of the blockchain. Magically, Bob will be able to see the payment from Alice and 10 BTC in his wallet.

One of the major concerns in the Bitcoin network, or in general for any PoW-based blockchain is scalability. By design, every transaction has to be verified by all nodes, and it takes about an average of 10 minutes to create a new block with the block size limited to 1 MB. Block size and frequency limitations further constrain the network’s throughput. As a result, a Bitcoin block is able to accommodate around 2700 transactions on average.

With today’s payment systems, VISA is able to handle on average around 2,000 

 (tps), the daily peak rate is around 4,000 tps. Paypal handled an average of 115 tps in late 2014, around 10 million transactions per day.

Clearly, achieving Visa-like capacity on the Bitcoin network isn’t feasible today. To achieve the network’s higher performance and better scalability, it requires increasing the network’s transaction processing limit and making the software enhancements for the Bitcoin network.

There is the blockchain scalability trilemma regarding its capability to address scalability, decentralization, and security, without compromising any of them. The trilemma claims that it is almost impossible to achieve all three properties in a blockchain system.

The following diagram is an illustration of the scalability trilemma in the blockchain:

The key challenge of scalability is finding a way to achieve all three at the base layer. The design choices of Bitcoin favor decentralization and security, while making a sacrifice in scalability.

There are many Bitcoin scalability solution proposals, it can further be divided into On-chain scaling and Off-chain scaling.

On-chain solutions, sometimes also called layer 1 solutions, are to look for solutions to address scalability and performance issues at the base layer of the Bitcoin blockchain network. With on-chain scaling, It refers to the solution of the latency of the network. It provides a way to be able to handle more transactions in the blockchain, Segwit is an example of that by processing more transactions in a block of 1MB. Or just simply by raising the blocksize, as Bitcoin Cash did.

Segwit is a Bitcoin Improvement Proposal number BIP14, it is short for segregated witness, which means to separates the digital signature for the transaction. It was first introduced by Developer Pieter Wiulle at the Scaling Bitcoin conference in December 2015. The purpose of SegWit was to prevent nonintentional Bitcoin transaction malleability, allow optional data transmission, and to bypass certain protocol restrictions.

A Bitcoin transaction comprised of three things: a transaction input, a transaction output, and an amount with digital signatures.

The transaction input is the Bitcoin address from who sent it.

The transaction output is the Bitcoin address to who receives it.

The amount is the amount of Bitcoin that was sent with a digital signature that verifies the sender is eligible to send the coins.

The transaction identifier changes if the digital signature changes. It turns out that Bitcoin’s code allows digital signatures to be altered when a transaction is still unconfirmed. Once a transaction is added to the network, the transaction, including the signature, becomes immutable. The signature alteration is done in a way that if you run a mathematical check on it, it is still valid by the network. However, when you run a hashing algorithm on it, it gives a different result.

Previous tx: p9k5ee39a430901c91a5917b9f2dc19d6d1a0e9cea205b009ca73dd04470b9a6

scriptSig: 304502206e21798a42fae0e854281abd38bacd1aeed3ee3738d9e1446618c4571d10

90db022100e2ac980643b0b82c0e88ffdfec6b64e3e6ba35e7ba5fdd7d5d6cc8d25c6b241501

scriptPubKey: OP_DUP OP_HASH160 201371705fa9bd789a2fcd52d2c580b65d35549d

The input in this transaction imports 20 BTC from output #0 in transaction p9k5e… Then the output sends 20 BTC to a Bitcoin address (expressed here in hexadecimal 2013… instead of the normal base58). When the recipient wants to spend this money, he will reference output #0 of this transaction in an input of his own transaction.

• Previous tx — an identifier of the previous transaction to the address A;

• Index — input number (here we have only one input number 0);

• scriptSig — first part of the validation script (contains a transaction signature);

• Value — the number of Bitcoins to send in satoshi (one bitcoin = 100 millions satoshi) — 20 bitcoins in the example;

• scriptPubKey — second part of the validation script, which also contains the receiver address B.

To verify that one can spend the amount of the previous transaction, it needs to check combine the scriptSig of a new transaction with the scriptPubKey of the previous transaction, to make sure the result is true and valid.  scriptPubKey simply checks the equality of the public key and the validity of the signature – OP_CHECKSIG

In a Bitcoin transaction, txid is a sha256d hash of all the fields of the transaction data. The value of txid depends on scriptSig.

During a mining node process transaction, the node can mutate scriptSig that the signature will stay valid, the transaction will have the same effect, but txid will change.

For example, one can add a OP_NOP operation (that does nothing). Or for some sophistication, one can add two operations: OP_DUP OP_DROP (the first one is duplicating the signature on the stack, and the second one removes it again). The signature is still valid, but txid changes.

Another example like signature value was “3”, but we can change it to “03” or “3+7-7”. Mathematically, it’s still the transaction value with a valid signature, but there are different hash results since hashing depends on how you write the value and not the value itself.

 for an existing transaction can be problematic for a number of reasons:

If you want to build second layer solutions on top of the Bitcoin network, like the network, you need to make sure no one can alter the first layer since it relays on it.

Modifying txid can cause issues if you’re spending or accepting unconfirmed funds.

In SegWit, all the malleable information is separate from the transaction into a separate “witness data”. When computing txid, it will not include this malleable information, in this case, the identifier will never be able to change, the problems will be fixed. Here is an Segwit transaction output example:

0014a4b4ca48de0b3fffc15404a1acdc8dbaae226955

30450221008604ef8f6d8afa892dee0f31259b6ce02dd70c545cfcfed8148179971876c54a022076d771d6e91bed212783c9b06e0de600fab2d518fad6f15a2b191d7fbd262a3e01

039d25ab79f41f75ceaf882411fd41fa670a4c672c23ffaf0e361a969cde0692e8

We can see that there is witness information, the data include all the malleable information. Sigscript have much less hash information compared to the previous example without the Segwit transaction. This also means it reduces a Bitcoin transaction size and improves transaction speeds by removing the witness data from the original portion and appending it as a separate structure at the end.

Node performance – The transaction size is reduced, the Bitcoin network is less congested so that nodes can verify blocks, or transactions, quicker.

Transaction malleability – As we discussed, with Segwit,  the signature moved from the transaction data to a witness data block. Transaction id (txid) is immutable and protects transaction data from being hacked.

Linear scaling of signature hashing operations – By reducing transaction size, we can add more transaction data for a certain transaction as a batch. Segwit separates transaction signatures out from transaction data so that each byte of a transaction only needs to be hashed no more than twice.

Increased security for multi-signature transactions – SegWit provides two different scripts; one to a public key and another directs payments to a script hash. With combine these scripts, Segwit boosts security by enabling a multi-signature transaction.

Building on top – SegWit is great for the Bitcoin development of second layer protocols, like its lightning network. SegWit activation also boosted development work on other features such as MAST (which enables more complex Bitcoin smart contracts), Schnorr signatures (which would enable another transaction capacity boost) and TumbleBit (an anonymous top-layer network).

Protects Lightning Network – Lightning Network Micropayment channels rely on double-signed transactions to lock the initial deposits. To start a Lightning Network payment, the funds from both parties are sent to one double-signed address. To prevent cheating, the transaction should be double-signed before any funds are actually sent there. Both parties need to synced to collect the outputs of transactions from to the main blockchain. This required transaction id is immutable, that is where SegWit comes to the rescue.

SegWit, in theory, can double Bitcoin’s throughput to approximately six TPS. While it is very important for Bitcoin network improvement, but this theoretical doubling of transaction throughput still remains too low for mainstream use of Bitcoin as a payment system.

Another proposal to improve Bitcoin’s scalability on-chain is to increase the block size. The idea is superficially simple: increasing the block size from today’s 1 MB to, for example, 8 MB would increase transaction throughput eight-fold. Some of the altcoins, like Bitcoin Cash. The BCH blocks were initially 8MB, currently a BCH block is at 32MB. This is similar to the vertical scaling approach to add more transactions in one block. However, Increasing the block size means blockchain can be many times larger and that would require better computing capacity in order to process large-sized blocks. At the same time, this would decrease the security of the network to some extent due to the decrease of effective honest hash power. This may also lead to a scenario where a network is concentrated into a few rich hands and, thus, may ultimately compromise decentralization and security, the main tenets of the blockchain.

One is security concerns. It is a common belief that the network is more secure if more network nodes participate in transaction processing in the blockchain. With the wider distribution of altcoin chains, fewer nodes will operate on any given blockchain. This may make the blockchain less secure, since a smaller altcoin network may be more vulnerable to network attacks. Let us say, we have about 10,000 nodes on the larger network, it will require at least 5,001 nodes (or called 51%) to be compromised to launch an attack on the network. If we slice 10,000 nodes into 50 smaller chains, each chain comprises 200 nodes, and it only requires 101 nodes to take down any smaller chain, which is what we call a 1% attack problem. Another issue is cross-chain integration. Although there are some solutions for handling cross-blockchain integration, the overall complexity of integrating smaller chains and altcoins will increase drastically.

Segwit2x was a proposed compromise to the block size debate back in 2017. It suggested that Segwit will be activated as a first step, and after that, the block size will be increased to 2mb. This proposal was not accepted by the majority of the Bitcoin network.

Similar to the rationales for an on-chain solution, the Bitcoin community is also actively looking for off-chain solutions, sometimes called layer 2 solutions. In off-chain scaling, the solution is to build extra layers on top of the Bitcoin blockchain and to do process all kinds of transactions with two participants. These transactions could then be batched and sent as one transaction on the blockchain. One of these off-chain solutions is called the Lighting network.

In Jan 2016, a white paper- The Bitcoin Lightning Network: Scalable Off-Chain Instant Payments was submitted by Joseph Poon and Thaddeus Dryja. Here the contours of the Lightning Network were described.

Lightning is a decentralized network using smart contract functionality in the blockchain to enable instant payments across a network of participants.

The Lightning Network is a “Layer 2” payment solution that scales blockchains and enables trustless instant payments by keeping most transactions off-chain.  It builds a network of so-called payment channels, in which two parties commit a transaction and pay each other only. The process is instant, and the transaction does not need to be validated, relayed, and stored by every node of the Bitcoin network, but only between two participants.  

By moving payments off-chain, the cost of maintaining channels is reduced over the volume of payments in that channel, enabling micropayments and small-value transactions for which the on-chain transaction fees would otherwise be too expensive to justify. Furthermore, the Lightning Network scales the off-chain transaction throughput with modern data processing and latency limits – payments can process very fast.

Let’s take a look at how the Lightning Network works.

Initially, Alice holds the A1 commitment transaction, and Bob holds the B1 commitment transaction.

The revocation key for A1, K A1, is owned only by Alice;

The revocation key for B1, K B1, is owned only by Bob.

Suppose Alice and Bob, each owns 10 BTC in their account. Alice wants to send 2 BTC to Bob.

Alice and Bob both deposit equal amounts of money, in our case, 10 BTC and each put a lock on it.  This action of depositing equal amounts of money in a common box is recorded on the Blockchain in the form of a ‘payment channel’ and thereafter a payment channel is open between those two people.

Alice creates a new Bob’s transaction, B2, which allocates 8BTC to Alice and 12 BTC to Bob.

Bob creates a new Alice’s transaction, A2, which allocates 8 BTC to Alice and 12 BTC to Bob.

Bitcoin Blockchain Performance and Scalability

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