Bitcoin Solaris is taking the crypto world by storm! With its cutting-edge dual-layer architecture, it has set out to deliver an astounding throughput of 10,000 transactions per second (TPS). Simultaneously, this creates a massive transactional breakthrough from Bitcoin’s current 7 TPS that could change the entire speed and scalability landscape of transactions. With a focus on security, scalability, and environmental sustainability, Bitcoin Solaris leverages the proven power of Bitcoin’s consensus mechanisms alongside innovative technology to deliver a hyper-efficient Decentralized Exchange.
Dual-Layer Architecture and Security
Bitcoin Solaris also employs a dual-layer architecture, integrating the processing of transactions and activities from the main blockchain in order to optimize speed and efficiency. The Solaris Layer, infrastructure based on Solana’s architecture that enables operation at such high speeds thanks to Proof-of-History (PoH) and Proof-of-Time (PoT) technologies. This off-chain design facilitates almost instantaneous and inexpensive transactions without risking the security and integrity of the primary chain.
The architecture prioritizes security and simplicity. Bitcoin Solaris builds off a proven and tested framework. It pours all of the different security layers together to develop a more resilient and dependable users environment. Independent firms have fully audited the infrastructure, ensuring transparency and adherence to industry best practices.
Bitcoin Solaris includes integrating full identity verification to ensure a high level of transparency and security. This feature specifically is meant to create a more trustworthy ecosystem for users as well as keep unwanted malicious users off the network. This emphasis on security and transparency highlights Bitcoin Solaris’s dedication to creating a trusted, user-friendly cryptocurrency platform.
Helios Consensus Mechanism (HCM)
At the heart of Bitcoin Solaris is the Helios Consensus Mechanism (HCM), a hybrid protocol that combines four distinct mechanisms: Proof-of-Stake (PoS), Proof-of-Capacity (PoC), Proof-of-History (PoH), and Proof-of-Time (PoT). This design configuration uniquely allows for optimized transaction validation and block creation processes. By interconnecting these different mechanisms, HCM hopes to improve the network’s efficiency, security, resiliency and performance.
Proof-of-Stake (PoS) chooses validators according to how many tokens they own. This embarrassing system disincentivizes people from using the network and makes it more vulnerable to attacks. Proof-of-Capacity (PoC) allows mining to be done through unused storage capacity, decreasing the dependence on energy-intensive hash power.
Proof-of-History (PoH) timestamps transaction sequences to provide a consistent ordering and efficient processing of transactions. Proof-of-Time (PoT) guarantees fixed block intervals allowing for a more stable and predictable presence of the network. These four mechanisms come together within HCM to enact a powerful approach of achieving consensus. This architecture provides the best-in-class performance and security.
Tokenomics and Presale Details
Bitcoin Solaris has a total token supply of 21 million BTC-S tokens, in line with Bitcoin’s scarcity model. As it stands now, 4.2 million tokens, or 20% of the total supply, has been dedicated to the presale.
The presale is currently in Phase 2, with each token now costing 2 USDT. During this presale, early adopters will get the chance to purchase BTC-S tokens at a beneficial rate. The money raised from the presale will be used to continue and accelerate development of the Bitcoin Solaris ecosystem.
Bitcoin Solaris uses smart and equal token distribution and is running a long-term presale. This focus clearly shows their dedication towards building an environmentally friendly, locally invested, cryptocurrency platform. The project is committed to building a more transparent and secure SG environment. Its innovative technology makes it a serious contender in the quickly growing cryptocurrency world.
