Bitcoin Solaris Offers Earnings from Participation, Not Price Speculation

Bitcoin Solaris is going to reward network contributions directly. Its upcoming Nova App will enable mobile mining. It will allow users to earn BTC-S tokens by allocating 1–5 GB of smartphone storage and idle CPU.

In the ever-evolving landscape of cryptocurrency, where new projects are constantly emerging, aiming to capture the attention of investors and disrupt the industry, Bitcoin Solaris has become a hot topic of conversation. As the project is set to launch on major exchanges at 20 USDT after a successful presale on Phase 4 at 4 USDT for a 5X return, many are comparing it to XRP, a coin that has long been a prominent name in crypto, and is famous for its role in cross-border settlement solutions and its high-profile regulatory challenges.

With legal clarity improving and institutional adoption on the rise, many view XRP as a reliable long-term asset. However, its potential for outsized returns looks pretty limited. XRP’s circulating supply exceeds 55 billion tokens. Much of its price action now relies on external regulatory or partnership milestones.

In this environment, analysts and early-stage investors are identifying Bitcoin Solaris as a protocol that mirrors Bitcoin’s early economic mechanics. It has a fixed supply, user-level mining rewards, and an entry point that offers 5X upside before exchange listings begin.

Bitcoin Solaris is going to reward network contributions directly. Its upcoming Nova App will enable mobile mining, allowing users to earn BTC-S tokens by allocating 1–5 GB of smartphone storage and idle CPU. There is no staking requirement, validator setup, or reliance on centralized custody. Participants simply run the app while their phone is idle, most often while charging, and receive tokens based on uptime.

This stands in sharp contrast to XRP, which offers no staking, yield, or participation-based rewards for everyday holders. With BTC-S, value accrues from protocol-level activity, not passive holding or external price catalysts.

Bitcoin Solaris runs on a two-layer architecture. The Base Layer uses Proof-of-Stake (PoS) and Proof-of-Capacity (PoC) to maintain security, while the Solaris Layer, responsible for mining and smart contract execution, operates on Proof-of-History (PoH) and Proof-of-Time (PoT). This structure enables the network to process over 10,000 transactions per second with 2-second finality, ensuring seamless reward distribution at scale.

Where XRP focuses on speed for institutional settlement, Bitcoin Solaris delivers that same throughput for decentralized, individual-level mining rewards. It enables global participation in a system designed to scale with actual user activity.

Bitcoin Solaris has completed a full suite of independent verifications. The Cyberscope audit confirmed smart contract security and token logic, the Freshcoins audit validated the infrastructure supporting mobile mining, and full KYC verification was completed to confirm governance transparency.

This level of accountability makes Bitcoin Solaris one of the few early-stage crypto projects combining accessibility with compliance and audit-backed integrity.

Bitcoin Solaris is currently in Presale Phase 4, with BTC-S priced at 4 USDT and a listing price of 20 USDT for a 5X return. Of the fixed 21 million BTC-S tokens, 4.2 million (20%) are available for purchase during the presale phase. The project has capped the supply permanently—no inflation or discretionary token issuance will occur post-launch.

This fixed pricing window and transparent emission structure are key reasons why early investors see BTC-S as a rare opportunity to enter a decentralized protocol at its foundational stage—something no longer possible with XRP or other high-cap assets.

In a recent feature, Crypto Nitro highlighted why institutional and independent investors alike are reconsidering their XRP-heavy allocations in favor of Bitcoin Solaris. The video outlines BTC-S’s mobile mining model, fixed supply advantages, and the significance of the 5X price gap.