Beyond Bitcoin: Bitcoin Solaris Unveils Dual Layer Blockchain with 10,000 TPS Capability

The below article is Sponsored Content. Finbold does not verify any claims, statistics, or information contained in this article. Finbold does not conduct due diligence on featured projects nor endorse any investments mentioned and expressly disclaims any liability. RISK WARNING: Cryptocurrencies are high-risk investments and you should not expect to be protected if something goes wrong. Don’t invest unless you’re prepared to lose all the money you invest. ( Click here to learn more about cryptocurrency risks.) By accessing this Site, you acknowledge that you understand these risks and that Finbold bears no responsibility for any losses, damages, or consequences resulting from your use of the Site or reliance on Sponsored Content. Click here to learn more . Beyond Bitcoin: Bitcoin Solaris Unveils Dual Layer Blockchain with 10,000 TPS Capability Bitcoin set the foundation for digital scarcity and decentralized money — but scalability was never part of its design. With a throughput limit of about seven transactions per second and no smart contract support, it works as a store of value, but struggles as an active infrastructure layer. In 2025, projects need more than proof-of-concept security. They need speed, flexibility, and global accessibility. That’s where Bitcoin Solaris steps in. Built from the ground up to outperform legacy chains, it introduces a dual-layer blockchain capable of sustaining over 10,000 transactions per second (TPS) without compromising on decentralization or security. By combining a proprietary blockchain with a Solana-based execution layer, Bitcoin Solaris creates a network architected for real-world usage. Dual-Layer Design: Separation That Scales Bitcoin Solaris operates on two deeply integrated layers: The Base Layer is the network’s secure backbone. It handles block production, ledger integrity, and consensus using Proof-of-Stake (PoS) and Proof-of-Capacity (PoC). The Solaris Layer is built on Solana infrastructure and optimizes for speed. It processes smart contracts, DApp execution, and high-frequency transactions using Proof-of-History (PoH) and Proof-of-Time (PoT). Rather than forcing a single protocol to do everything, Bitcoin Solaris distributes tasks across these layers. This allows it to maintain the energy efficiency and decentralization of traditional blockchains while delivering the transaction speed and throughput needed by modern apps and users. Helios Consensus: Multi-Mechanism Efficiency The network is powered by the Helios Consensus Mechanism (HCM) — a hybrid model that merges key components from existing systems while introducing new logic to coordinate the layers: PoS manages validator selection and network security PoC allows miners to use storage rather than compute to participate PoH provides timestamping for transaction sequencing PoT ensures consistent finality with minimal delay This hybrid engine enables Bitcoin Solaris to achieve two critical outcomes: extremely fast transaction confirmation (sub-2 seconds on average) and seamless interaction between both layers. For users, this means sending a token, staking, or interacting with a smart contract happens almost immediately — without worrying about congestion, spikes, or confirmation failures. To see how Bitcoin Solaris delivers its 10,000 TPS performance in real time, Crypto Volt breaks it down in this overview . Built for Real Participation, Not Just Performance One of Bitcoin Solaris’s most notable features is how it brings mining back to the people. With the soon-to-launch Nova App, users will be able to contribute to the network directly from their smartphones. The app allows: Background mining via idle CPU and storage Reward accrual in real time Full integration with staking and balance tracking Mining isn’t outsourced to a few large players or centralized pools. Thanks to PoC, mobile devices can contribute to consensus with minimal energy usage. And thanks to cross-layer mining support, the app contributes to both transaction throughput and network security. Token Model: Capped, Transparent, and Underway Bitcoin Solaris has a fixed supply: 21 million BTC-S tokens, mirroring Bitcoin’s scarcity principle but improving distribution. Only 4.2 million tokens (20%) are available during the presale. The project is currently in Phase 2, with tokens priced at 2 USDT. After this, Phase 3 will increase the price to 3 USDT. There are no random discounts, auctions, or multi-stage vesting contracts — just straightforward access while supply lasts. Despite being on early stage, Bitcoin Solaris has already undergone full third-party audits and KYC verification to establish trust: Cyberscope Audit Freshcoins Audit KYC Verification Smart contract logic, validator behavior, and consensus mechanics are fully verifiable — there are no off-chain dependencies or custodial systems. Bitcoin paved the way, but it also revealed what next-generation networks must solve: throughput, participation, and real-world utility. Bitcoin Solaris addresses all three with a modular, scalable approach and modern tools that work on mobile, on desktop, and in the real economy. With 10,000 TPS, a fixed token supply, and global accessibility, it’s not just faster than Bitcoin — it’s more usable. Website: https://bitcoinsolaris.com/ X: https://x.com/BitcoinSolaris Telegram: https://t.me/Bitcoinsolaris