Venom Foundation Unveils Comprehensive Blockchain Fee Analysis: Sub-Cent Transactions Now Reality While Legacy Networks Still Charge Dollars

Venom Foundation, the organization behind the next-generation, Layer-0 and Layer-1 Venom blockchain, has released a comparative study analyzing transaction fees across ten leading blockchain networks. The research revealed a stark 99.9% cost differential between legacy proof-of-work chains and modern scalable architectures, raising critical questions about mass adoption barriers in the $3 trillion crypto market.

The report, titled "How Transaction Fees Across 10 Leading Blockchains Affect Their Usability and Adoption Potential," examines fee structures, throughput capabilities, and consensus mechanisms across Bitcoin, Ethereum, Solana, BNB Chain, Avalanche, TRON, Cardano, Polygon, Cosmos, and Venom. Data was compiled using 7-day moving averages from on-chain analytics platforms as of early October 2025.

Key Findings:

• Legacy networks remain expensive: Bitcoin averages $1.10 per transaction, while Ethereum sits at $1.85—making them unsuitable for microtransactions and emerging market use cases.
• Massive efficiency gap: Modern PoS networks such as Solana ($0.00025), TRON ($0.001), and Venom (<$0.001) operate at minimal costs.
• Speed matters: Networks achieving 100,000+ TPS, such as Venom and Polygon, demonstrate that scalability no longer requires security trade-offs.
• Dynamic sharding breakthrough: Venom’s asynchronous architecture enables sub-2-second finality while maintaining fees below one-tenth of a cent.

"As blockchain technology becomes the foundation of more and more real-world infrastructure, transaction costs become a critical factor for blockchain adoption," said Christopher Louis Tsu, CEO of Venom Foundation. "Our research shows that while first-generation networks excelled at creating digital scarcity, next-generation architectures are unlocking everyday utility, from remittances in developing nations to high-frequency DeFi trading."

The study demonstrates how network congestion, block size limitations, and consensus mechanisms create dramatic fee fluctuations. During periods of high demand, Bitcoin and Ethereum fees can spike to multiple dollars, while dynamically sharded networks like Venom maintain stable sub-cent costs regardless of load.

With regulatory clarity emerging globally and institutional adoption accelerating, low-fee, high-throughput networks are securing stronger positions and will increasingly be utilized in payments, gaming, IoT, and tokenized assets. The research notes that as Ethereum continues its scaling roadmap through Layer-2 solutions, convergence may occur—but warns that the architectural advantages of purpose-built scalable chains may prove decisive.

The full research report is available at the link.