The crypto market in 2024 has generally lacked groundbreaking narratives compared to previous years. While new technologies and tools have continuously emerged, most have underperformed except for a few hot sectors. This is partly due to the downturn in crypto market sentiment and partly reflects a broader slowdown in Web3 innovation.
However, the crypto market often sees narratives that burst into prominence after lying dormant. Last year’s inscription sector, for example, experienced a dramatic rise from obscurity. Additionally, market capital tends to favor new concepts. Under the investment logic of “trading the new, not the old,” it becomes essential to stay updated on emerging trends. With this in mind, we’ve compiled the major narratives and new technologies that have surfaced this year to help investors prepare for upcoming opportunities.
Bitcoin Ecosystem
Bitcoin Runes
Bitcoin Runes is a protocol for creating fungible tokens on the Bitcoin blockchain. Unlike other token standards like BRC-20 and SRC-20, which also operate on Bitcoin, Runes does not rely on the Ordinals protocol. Instead, it offers a simpler and more efficient approach by leveraging established Bitcoin blockchain models like UTXO and the OP_RETURN opcode.
Here’s how Bitcoin Runes compare to BRC-20 tokens:
- Operational Model: Runes uses Bitcoin’s Unspent Transaction Output (UTXO) model, while BRC-20 tokens rely on the Ordinals protocol, which attaches data directly to individual satoshis.
- Token Transfers: Runes employs a transfer mechanism where transactions create new UTXOs based on data stored in the OP_RETURN field. In contrast, BRC-20 transfers require creating new inscriptions for each transaction.
- Token Minting: Runes can be minted through open or closed processes, and developers may opt for pre-mining. BRC-20 tokens, however, can only be minted via open processes, limiting initial distribution flexibility.
- Management: The Runes protocol is compatible with the Bitcoin Lightning Network and supports SPV wallets. BRC-20 tokens are only compatible with wallets that support the Ordinals protocol.
Fractal Bitcoin
Fractal Bitcoin is a Layer 1 solution designed to scale the Bitcoin network. Unlike other scaling technologies, it uses a tree-like recursive structure called the Blockchain Scaling Protocol (BCSP). By adding hierarchical layers, it aims to improve transaction speed and efficiency.
In summary, Fractal Bitcoin is a fork of Bitcoin Core v24.0.1, essentially a smaller Bitcoin chain with adjusted parameters. Key differences include block time, difficulty adjustment mechanism, total token supply (set at 210 million), initial block reward, halving cycles, and the activation of the OP_CAT opcode.
Notable ecosystem projects include Cat Protocol, Pizza Swap, Uni Worlds, Satspump.fun, and Infinity AI.
Bitcoin NFTs: Bitcoin Stamps
Bitcoin Stamps are digital artworks generated through the Bitcoin Stamps protocol, a method for embedding digital art into the Bitcoin blockchain. The protocol encodes data in Unspent Transaction Outputs (UTXOs), ensuring immutability by permanently adding it to the blockchain.
Two main protocols are used:
- SRC-20: This token standard is built on the open Counterparty protocol. It embeds arbitrary data into spendable transactions, differing from the Ordinals protocol, which places data in the witness section.
- SRC-721: This standard reduces the cost of creating detailed NFTs by using a layered storage approach for images. It indexes color palettes to minimize file size, allowing high-quality images to be produced affordably.
TON Ecosystem
The Open Network (TON) is a decentralized internet platform comprising multiple components: TON Blockchain, TON DNS, TON Storage, and TON Sites. The TON Blockchain serves as the core protocol connecting these elements into a cohesive ecosystem.
TON aims to achieve broad cross-chain interoperability while operating within a highly scalable and secure framework. It is designed to handle millions of transactions per second (TPS), targeting eventual adoption by hundreds of millions of users.
The TON Blockchain is envisioned as a distributed supercomputer or “superserver,” providing products and services that support the decentralized future of the internet.
Key ecosystem projects include:
- Memecoins: Notcoin, DOGS, Catizen, Hamster Kombat
- DeFi: DeDust, STON.fi, Tonstakers, Stakee, Whale Liquid, EVAA
- Oracle: RedStone
Restaking
Restaking allows users to stake the same tokens on a primary blockchain and other protocols to earn additional rewards while securing multiple networks. In exchange for higher slashing risks, users gain extra incentives for securing additional protocols. This approach was pioneered by EigenLayer as a decentralized method for managing staked assets.
Restaking goes beyond liquid staking by enabling users to stake assets multiple times on their native blockchain and other protocols. For example, EigenLayer lets Ethereum stakers reuse their staked ETH to secure other applications built on the network. Stakers can choose which additional services to support and earn extra yields, agreeing to grant EigenLayer additional slashing rights beyond those of the base Ethereum staking contract.
In essence, restaking protocols provide a set of smart contracts that allow staked tokens to be reused and staked again, thereby extending security to applications beyond the original blockchain.
Leading projects include EigenLayer, Ether.fi, Puffer Finance, Swell, Renzo, and AltLayer. Other chain-specific restaking initiatives include Picasso (Solana restaking) and Babylon (Bitcoin staking).
New Meme Coin Trends
According to CoinGecko data, the total market capitalization of cryptocurrencies was approximately $1.34 trillion on September 14, 2023, with the meme coin sector accounting for about $20.8 billion. By September 30, 2024, the total crypto market cap had grown to around $2.242 trillion, while the meme coin sector reached approximately $55.4 billion.
Additionally, there are now eight meme coins with market caps exceeding $900 million.
Popular launch platforms include:
- Solana’s Pump.fun
- Ethereum’s Ethervista
- Tron’s SunPump
- Bitcoin’s Ticket.fans
- Burve Protocol
- Dexscreener’s Moonshot
- Base’s We.Rich
Notable meme coins include Neiro, WIF, Turbo, MGAG, TRUMP, Kamala Horris (KAMA), MooDeng, and TERMINUS.
Token Standards
ERC404 Protocol
ERC404 is an experimental, hybrid ERC-20/ERC-721 protocol that enables native liquidity and fragmentation. It allows NFTs to be divided and traded like tokens, creating a interchangeable system between NFTs and fungible tokens.
Pandora was the first project built on the ERC-404 standard, minting 10,000 Replicant NFTs linked to 10,000 ERC-20 tokens. After purchasing PANDORA tokens, users received NFTs in their wallets. The token price peaked at $32,000 per unit on February 9 but has since fallen to around $1,500.
The ERC-404 standard remains experimental and faces several challenges before it can become mainstream. New standards often require significant technical upgrades across blockchain networks and applications, and they may introduce security risks due to potential vulnerabilities.
Atomicals Protocol
Atomicals is a free, open-source protocol for creating digital objects on Bitcoin or any other blockchain using the UTXO model. Each digital object, called an “atom,” consists of a chain of digital ownership following simple rules.
The protocol supports minting, transferring, and updating various static or dynamic digital objects, including fungible tokens and NFTs. Atoms are created through Bitcoin transactions and are compatible with any Bitcoin wallet, requiring no separate chain, Layer 2 network, or third-party service.
ARC-20, an experimental token standard for fungible tokens on Bitcoin, is built on the Atomicals protocol.
Zero-Knowledge Solutions
ZKThreads
Layer 2 developer StarkWare, in collaboration with Cartridge, introduced ZKThreads, a new scaling framework that uses zero-knowledge proof-enabled execution sharding to improve the scalability of decentralized applications on Starknet. This initiative builds on StarkWare’s sharding vision introduced in 2021.
ZKThreads is a zero-knowledge framework designed to enhance the performance and scalability of DApps. It leverages Starknet’s capabilities to create a standardized environment for developing and running interoperable applications on the blockchain.
Key features include:
- Data Handling: ZKThreads stores state and transaction data off-chain while using zero-knowledge proofs (ZKPs) to validate transactions. This differs from traditional zk-rollups, which move computation off-chain but keep transaction data on-chain.
- Interoperability: The framework prioritizes interoperable applications, reducing fragmentation and ensuring smooth interaction between DApps within the same ecosystem. Other solutions, like zkEVM, focus more on compatibility.
- Verification Mechanism: ZKThreads uses STARK proofs to verify the correctness of batched transactions and state changes. These proofs are validated against the DApp’s specified state. In contrast, zk-rollups like zkSync use zk-SNARK or zk-STARK proofs verified on-chain.
Conclusion
This year has seen fewer breakout narratives, with only meme coins and the TON ecosystem standing out. Other areas, such as Bitcoin ecosystems, restaking, and scaling solutions, have lacked significant wealth effects. Some analysts attribute this to the abundance of ecological projects across market sectors and limited liquidity. For new narratives to thrive, they may require more capital support. Investors should consider positioning themselves early, as opportunities often favor the prepared.
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Frequently Asked Questions
What is the significance of Bitcoin Runes?
Bitcoin Runes offers a more efficient way to create fungible tokens on the Bitcoin blockchain by leveraging existing models like UTXO and OP_RETURN. It simplifies token minting and transfers compared to BRC-20, making it easier for developers to issue tokens without relying on the Ordinals protocol.
How does restaking work?
Restaking allows users to stake their assets on multiple protocols simultaneously, earning additional rewards while helping to secure other networks. This is achieved through smart contracts that enable the reuse of staked tokens, though it comes with increased slashing risks.
Why are meme coins gaining popularity?
Meme coins have gained traction due to their viral nature, community-driven marketing, and the potential for high returns. Platforms like Pump.fun have made it easier to launch these tokens, attracting retail investors seeking quick gains in a bullish market.
What are the risks of experimental token standards like ERC404?
Experimental standards like ERC404 may introduce security vulnerabilities and require widespread technical adoption. Since they are not yet mature, users should exercise caution due to potential smart contract risks and market volatility associated with early-stage innovations.
How does ZKThreads improve scalability?
ZKThreads enhances scalability by processing transactions off-chain and using zero-knowledge proofs for validation. This reduces the burden on the main chain, allowing for higher throughput and lower fees while maintaining security through cryptographic verification.
What is the future of TON Ecosystem?
The TON Ecosystem aims to become a decentralized internet platform with high scalability and cross-chain interoperability. With support for millions of transactions per second and a growing suite of applications, it has the potential to attract widespread adoption if it continues to develop its infrastructure and community.