Ethereum Scalability Issues Solved: Bitcoin Solaris Dual Layer Blockchain Processes Transactions in 2 Seconds Advanced Tech

Ethereum’s transition to Proof-of-Stake and the rise of Layer-2 solutions have improved network efficiency, but fundamental scaling limitations persist. Despite widespread adoption, Ethereum’s base layer remains constrained by throughput, finality time, and the overhead of layered architecture. This forces users to rely on rollups, sidechains, and complex bridging systems to transact affordably and quickly.
Bitcoin Solaris offers a streamlined alternative: a high-speed, dual-layer blockchain capable of processing transactions with 2-second finality, eliminating the congestion and fragmentation Ethereum still battles. With a hybrid consensus model and native mobile mining support, it presents a full-stack solution for the next generation of decentralized applications and financial tools.
Dual-Layer Architecture Designed for Scale
The Bitcoin Solaris blockchain introduces a dual-layer design — not as a workaround, but as a foundational feature:
The Base Layer operates as a secure, independent blockchain. It manages validation, storage, and the broader ledger while using Proof-of-Stake (PoS) and Proof-of-Capacity (PoC) for efficient and inclusive consensus.
The Solaris Layer is built on Solana-based infrastructure, focusing on smart contract execution, decentralized applications, and real-time transactions. This layer processes operations using Proof-of-History (PoH) and Proof-of-Time (PoT) to ensure precise sequencing and throughput.
What makes this model powerful isn’t the separation — it’s the integration. These two layers don’t function in isolation. They communicate and scale together, allowing Bitcoin Solaris to process transactions with sub-second ordering and finality consistently within two seconds—far beyond Ethereum’s base chain averages, which can range from 12 seconds to over a minute under load.
Helios Consensus Mechanism: A Hybrid Engine for Performance
At the heart of Bitcoin Solaris’s efficiency is its proprietary Helios Consensus Mechanism (HCM). It combines:
PoS for decentralized validator selection
PoC to allow energy-efficient mining via storage
PoH to timestamp transaction sequences rapidly
PoT to maintain strict temporal integrity
This design allows the network to validate, confirm, and finalize transactions in just a few seconds — without relying on external scaling solutions or increasing block size. Unlike Ethereum’s rollups or Layer-2s, Bitcoin Solaris achieves scalability within its core protocol.
Integrated Mining and Cross-Layer Consensus
Miners in Bitcoin Solaris don’t just chase hash power — they actively support consensus across both layers of the blockchain. Their roles include:
Base Layer participation using computational and storage resources to validate transactions
Solaris Layer validation, where smart contracts and high-speed transfers are processed with timestamp accuracy
The system adapts mining difficulty and role distribution based on network demand, balancing throughput with resource use. This dual-function approach means miners earn from both chains — and more importantly, they contribute to a seamless, fast user experience.
It also opens the door for mobile participation. With the soon-to-launch Nova App, users can mine from smartphones, allocating small portions of storage and idle CPU to participate in consensus, validate blocks, and earn BTC-S directly.
Fixed Supply and Transparent Economics
Bitcoin Solaris uses a capped model — 21 million BTC-S will ever exist. It avoids inflationary emissions and ensures predictable supply over time. The network’s presale structure reflects this transparency:
Phase 2 price: 2 USDT per BTC-S
Next phase: 3 USDT per token
Total presale allocation: 4.2 million tokens (20% of supply)
While this isn’t a price promotion, it reflects how the network phases are structured for equitable distribution before open exchange listings begin. No lottery systems, no insider deals — just progressive access.
Audited and Open to All
Bitcoin Solaris has completed full audit verification through:
Cyberscope Audit
Freshcoins Audit
KYC Verification
Smart contracts, consensus operations, and token mechanics are fully visible on-chain.
Want to know more? Crypto Legends recently covered Bitcoin Solaris’s architecture and transaction performance in a full video walkthrough!
Ethereum showed the world what programmable blockchains could do. But its base structure remains hard to scale cleanly. Bitcoin Solaris brings a fresh architecture, native performance, and a two-second confirmation layer that doesn’t require workarounds or add-ons.
For developers, validators, and everyday users alike, it delivers the experience people thought Ethereum would. Only faster.