The year 2025 has passed its halfway mark, with Bitcoin having already achieved new all-time highs. Traditional financial giants like BlackRock and national strategic reserve funds have entered the market, treating Bitcoin as a hedge asset. Major corporations are also following MicroStrategy's lead in making Bitcoin part of their strategic reserves.
However, this embrace from traditional finance hasn't fully benefited the internal BTC network. Despite the external excitement, Bitcoin's on-chain activity has entered an ice age.
The Current State of Bitcoin's Network Activity
According to The Block's latest data:
- The 7-day moving average of Bitcoin transactions has dropped to $317,000
- This marks a 19-month low since October 2023
- Weekly transactions have decreased from 270,000 (October 2023) to 250,000 (present) despite BTC's price rising from $27,000 to $100,000
This inactivity presents a significant challenge for Bitcoin miners who rely on transaction fees. The 2024 halving reduced block rewards to 3.125 BTC, making transaction fees their financial lifeline. Currently, some miners are accepting transactions below 1 sat/vB to stay operational.
The Bitcoin Core Proposal: Unlimited Transactions
A recent Bitcoin Core proposal has sparked discussions about potentially thawing Bitcoin's frozen network. This joint statement from 31 developers suggests:
- Node software should minimize transaction intervention
- More economically viable transactions should be relayed and included in blocks
The policy shift could significantly impact:
- On-chain activity
- Miner revenue
- Inscription ecosystem
Understanding Transaction Relay
Transaction relay is the process by which Bitcoin nodes propagate transactions across the network. Historically, nodes followed strict rules—particularly regarding data-heavy transactions (like inscriptions). The new proposal advocates for "flexible relay," allowing more freedom in transaction propagation.
Implications for Inscriptions and Miners
This policy change relates directly to OP_RETURN, Bitcoin's data-carrying function:
- Currently limited to 80 bytes
Used for storing various data types:
- File hashes
- NFT metadata
- BRC-20 token information
The Ordinals protocol leveraged OP_RETURN in 2023 to enable:
- Inscriptions (similar to NFTs)
- BRC-20 tokens
- This innovation temporarily boosted Bitcoin's on-chain activity
The proposal could indirectly benefit OP_RETURN by:
- Reducing node intervention
- Potentially expanding data limits
- Improving transaction propagation efficiency
Potential Outcomes
If implemented, users might experience:
- Enhanced ability to store complex data
- Improved NFT functionality
- Increased miner revenue from higher fees
Community Reactions
The proposal has divided the Bitcoin community:
Supporters argue:
- It returns to Satoshi's permissionless spirit
- Benefits miner economics
- Doesn't compromise Bitcoin's monetary function
Opponents worry about:
- Network bloat
- Reduced node decentralization
- Deviation from Bitcoin's primary purpose as money
Notable voices:
- Crypto KOL 0xTodd supports the proposal
- Core developer Luke Dashjr strongly opposes it ("NACK")
Technical Considerations
The proposal:
- Only adjusts relay policies (not consensus rules)
- Requires minimal technical changes
- Could be implemented via Bitcoin Core updates
However, potential risks include:
- Client fragmentation (some nodes may resist)
- Increased blockchain size
- Possible centralization pressures
Looking Ahead
The proposal's fate depends on:
- GitHub code reviews
- Node operator adoption
- Community consensus
Possible outcomes:
- Rapid adoption could bring a new "inscription spring"
- Continued resistance might prolong Bitcoin's ice age
- Extreme division could lead to client forks
The debate continues as Bitcoin's ecosystem awaits its potential thaw.
FAQ Section
Q: How does this proposal differ from previous Bitcoin upgrades?
A: Unlike consensus changes (like SegWit), this only adjusts transaction relay policies, making it technically simpler to implement.
Q: Why are miners particularly interested in this change?
A: With reduced block rewards, miners need more transaction fees. The proposal could increase fee-paying transactions, especially from inscription activities.
Q: What's the main concern about expanding OP_RETURN functionality?
A: Opponents worry it could turn Bitcoin into a data storage chain, compromising its primary function as digital money and increasing node operation costs.
👉 Learn more about Bitcoin's latest developments
👉 Understand how transaction fees impact miner economics
Disclaimer: This content is for informational purposes only and does not constitute financial advice.