News

0%

Skip to content

Edition of Tuesday, November 10, 2026

News
  • Market Updated at 9:00 PM . See all prices
  • BTCUS$ 73,692ETHUS$ 2,051
  • BTC73,692-2.23%, down
  • ETH2,051-3.91%, down
  • SOL83.43-3.79%, down
  • XRP1.06-4.01%, down
  • BNB680-1.70%, down
  • DOGE0.0683-2.51%, down
  • TRX0.3180+0.06%, up
Bitcoin

Bitcoin Developers Integrate Proposals to Lower Transaction Fees

Brasília time 1 min read

Bitcoin Developers Integrate Proposals to Lower Transaction Fees
Photo: Isokivi, CC BY-SA 3.0, Wikimedia Commons

Three new technical specifications aim to optimize transaction size and reduce network operational costs.

The Bitcoin repository incorporated three new technical proposals between November 2 and November 4. Documents BIP458, BIP459, and BIP460 introduce signature aggregation mechanisms to optimize data processing on the network.

This technology allows for combining signatures from distinct transaction inputs into a single set. The full aggregation method can reduce the weight of ten signatures from 640 bytes to just 64 bytes. This change decreases the total transaction size in virtual bytes.

Simulations show a reduction of up to 14% in fees for joint payments with ten inputs and ten outputs. In scenarios involving the consolidation of 100 inputs into a single output, projected savings could reach 27%. The actual impact depends on the configuration of each transaction.

The full implementation of these proposals still requires additional steps. The process demands a soft fork on the network and technical updates to digital wallets. There is no set deadline for the activation of these changes in the main protocol.

Efficiency in the data structure could increase the processing capacity of the Bitcoin network and reduce cost pressure during periods of high demand.

Spotted an error? Write to suporte@criptoico.com.br.

More from today

Around the same time

Keep reading

More in Bitcoin

See the section

Privacy preferences

criptoiconews.com.br does not use cookies. What is listed below stays in your browser. Only the anonymous visitor identifier is sent to our server, once a day.

Saved in this browser: nothing.