According to @BullTheoryio, an Ethereum upgrade dubbed Fusaka is claimed to go live on Dec 3, lifting block gas capacity to 150M from 45M and adding PeerDAS and Verkle Trees to make Layer-2 transactions cheaper and verification lighter, which they say could raise ETH fee burn and demand. Source: @BullTheoryio. There is no official Ethereum Foundation or AllCoreDevs confirmation of a mainnet upgrade named Fusaka or a Dec 3 date in publicly documented materials through late 2024, and Verkle Trees did not have a finalized mainnet activation timeline in those sources. Sources: Ethereum Foundation blog; Ethereum AllCoreDevs updates. The claim that a prior upgrade called Pectra triggered a 50% weekly ETH rally conflicts with recorded upgrade history, where Shanghai/Capella occurred in April 2023 and Dencun in March 2024, with no mainnet Pectra executed in that period. Source: Ethereum Foundation blog release history. Trading takeaway: treat Dec 3 as an unverified catalyst; before positioning, confirm an official announcement plus client release notes with a mainnet fork block number across multiple clients such as Geth and Nethermind, and monitor ETH spot, funding, and options implied volatility for rumor-driven swings. Sources: Ethereum client teams’ release process documented by Geth and Nethermind; Ethereum Foundation blog; @BullTheoryio.

According to @sns, the .sol subdomain registrar is now live and open for registrations, enabling users to claim subdomains under existing .sol names, source: @sns on X, x.com/sns/status/1987809145819406538. On Solana, each registration and update is an on-chain transaction that requires SOL to pay network fees, source: Solana Documentation, docs.solana.com/transaction_fees. Solana destroys 50% of all transaction fees by protocol design, so registrar usage directly contributes to incremental SOL fee burn, source: Solana Documentation, docs.solana.com/transaction_fees. The Solana Name Service supports hierarchical subdomains that map human-readable .sol names to on-chain addresses used across wallets and dApps, providing scalable identity and routing for users and brands, source: Solana Name Service Docs, docs.bonfida.org/solana-name-service/sns-sol-domains/subdomains. As registrations and updates occur, this registrar becomes a new on-chain activity vector tied to SOL fee payments and burns, which traders can track to assess short-term demand within the Solana ecosystem, source: @sns on X, x.com/sns/status/1987809145819406538 and Solana Documentation, docs.solana.com/transaction_fees.

According to @cryptorover, Ethereum ETH just posted its highest monthly transaction count ever, indicating surging on-chain activity, source: Crypto Rover on X, Nov 5, 2025. Under Ethereum’s EIP-1559, higher usage can lift the base fee and increase ETH burned, tightening net supply when demand is elevated, source: Ethereum.org EIP-1559 documentation. The post did not provide exact transaction or fee figures, so traders should verify the metric before positioning, source: Crypto Rover on X, Nov 5, 2025.

According to @ItsDave_ADA, Solana’s circulating supply increased about 53% in three years from 354.9M to 543.5M, highlighting dilution risk for non-stakers (source: @ItsDave_ADA on X). Solana’s official documentation confirms there is no hard cap and specifies an initial 8% inflation that decays 15% annually to a long‑term rate of 1.5%, with 50% of transaction fees burned to reduce net issuance (source: Solana Documentation). Cardano’s documentation states ADA has a fixed maximum supply of 45 billion with rewards drawn from a finite reserve rather than perpetual inflation (source: Cardano Documentation). The Bitcoin whitepaper sets a 21 million supply cap via a programmed halving schedule, creating predictable issuance scarcity (source: Bitcoin Whitepaper). For trading, this means SOL spot holders who do not stake face ongoing dilution roughly equal to net issuance, while staking captures inflationary rewards that can partially offset dilution under normal conditions (source: Solana Documentation). Relative‑value traders can evaluate SOL versus capped‑supply assets like ADA and BTC when liquidity tightens since issuance mechanics differ materially and affect long‑term dilution profiles (source: Cardano Documentation; Bitcoin Whitepaper; Solana Documentation). Traders should monitor SOL’s circulating supply, current inflation rate, and fee burn to gauge net issuance before taking SOL spot or perp exposure (source: Solana Explorer and Solana Documentation).

According to Miles Deutscher, Solana's fee burn decreased to $177,000, marking its lowest point in recent months. This decline indicates a reduction in network activity, which could impact traders relying on Solana's transaction volume for short-term gains. As traders reassess their strategies, monitoring Solana's network fees could provide insights into potential market re-entry points.