Bitcoin Solaris Leverages Mobile Adoption to Disrupt the Crypto Mining Landscape

For years, crypto mining has been gated behind hardware, capital, and complexity. Bitcoin Solaris opens that gate — with an energy-efficient, phone-friendly design

Crypto mining has long been dominated by resource-heavy protocols and large-scale operators. But with the burgeoning realm of mobile technology and the growing consciousness towards energy consumption, analysts are pointing towards a new vein of infrastructure as the next major shift in the mining landscape—and Bitcoin Solaris stands at the vanguard of this evolving tide.

As we delve deeper into the realm of cryptocurrencies, we’re encountering a turning point. The traditional Bitcoin protocol, renowned for its robust security and decentralized nature, has been largely inaccessible to the majority of web3 users due to its high hardware requirements. On the other hand, protocols like Ethereum, having transitioned to Proof-of-Stake, still favor large-scale operators and specialized technical knowledge. This leaves a vast segment of potential users—those who wish to contribute to the crypto ecosystem despite limited capital, technical expertise, or access to powerful hardware—on the fringes of the action.

Enter Bitcoin Solaris, a protocol designed to be as light and accessible as the mobile devices that billions of people carry every day. According to projections based on app rollout, token distribution, and blockchain accessibility, Bitcoin Solaris could realistically capture up to 5% of the global crypto mining market by 2025. In an industry where giants like Binance and Huobi hold multi-percent market shares, such a figure underscores the magnitude of Bitcoin Solaris’s potential impact.

Unlike protocols that demand high-powered GPUs, specialized ASIC rigs, or significant staked capital, Bitcoin Solaris runs directly from mobile devices, allowing users around the world to contribute to the network and earn rewards in an energy-efficient manner, regardless of their technical aptitude.

Rethinking Mining for a Mobile World

The majority of crypto mining today still relies on hardware-intensive infrastructure. Bitcoin, despite its name recognition, is limited by ASIC rigs and high electricity consumption, rendering it fundamentally unsuited for the average user. While Ethereum has shifted to Proof-of-Stake, that model still favors large holders and centralized validators, making it difficult for smaller contributors to participate meaningfully. This leaves a huge segment of potential users—those who want to earn crypto but don’t have access to capital, hardware, or complex staking mechanisms—on the sidelines.

Bitcoin Solaris changes that equation with a system designed for phones. Its upcoming Nova App allows users to mine BTC-S tokens by allocating small portions of their device’s storage and idle CPU, all while consuming less energy than a single lightbulb during operation. The mining process is lightweight, energy-efficient, and requires no additional equipment. Once active, the app runs in the background and distributes rewards automatically, enabling users to contribute to the network effortlessly.

Considering that there are over 6 billion smartphone users globally, even modest uptake of the Nova App could shift the BTC-S market share quickly. In a world where a 1% market share usually belongs to large-scale entities, the potential for a mobile-based protocol to capture 5% is a testament to the scale of the shift in crypto infrastructure.

10,000 TPS and Built for Scale

Of course, performance also matters. Bitcoin Solaris supports over 10,000 transactions per second, with sub-second finality—performance that surpasses even the centralized payment giants. This makes it suitable not only for personal mining and staking, but also for micro-transactions, mobile payments, and high-frequency usage, which are becoming increasingly important as the crypto space evolves.

These features are all powered by the network’s dual-layer architecture and its Helios Consensus Mechanism, which blends energy-efficient consensus types with strong validator diversity, allowing the network to operate at scale without sacrificing decentralization or accessibility.

A Fixed Supply and Accessible Presale

At the core of the project is BTC-S — a token with a total capped supply of 21 million, modeled after Bitcoin’s scarcity and designed to be easily divisible for small-scale contributions. A full 20% of that supply (4.2 million tokens) is allocated to the public presale, a move that aims to provide broad participation in the project’s success.

Bitcoin Solaris is now in Phase 2 of its presale, with tokens priced at 2 USDT each. These are liquid tokens with no lockups, immediately usable once the Nova App launches. Early adopters who acquired BTC-S during Phase 1, which concluded in early August, purchased tokens at 1 USDT. With Phase 2 still open for a limited time, users have a final chance to access tokens at this price point before exchange listings and broader market exposure.

The project’s infrastructure has also been fully audited by multiple independent firms, including Solidity Finance, which specializes in smart contract security, and ChainMagic, a firm focused on blockchain economics and token models. The mining logic, staking structure, token issuance, and reward schedule are all on-chain, open-source, and verifiable. There are no central nodes or third-party control points. Network participants validate, mine, and earn directly