Bitcoin Solaris Sharding Achieves 87% Higher Throughput Than Polkadot

Polkadot introduced a novel approach to blockchain scalability through its parachain system, coordinating parallel chains via a central relay. While this improved transaction capacity compared to legacy single-chain networks, it still introduces bottlenecks at the relay level. Bitcoin Solaris has re-engineered this model from the ground up, leveraging a native sharding framework that removes reliance on centralized scheduling and enables 87% higher throughput under test conditions.

This advancement isn’t a modification of the parachain model — it’s a clean-layer separation integrated into a dual-layer blockchain. Combined with high-efficiency consensus mechanisms and smart contract-native sharding logic, Bitcoin Solaris delivers a performance profile designed for real-world usage at global scale.

Layered Sharding Over Relay Dependency

Bitcoin Solaris’s scalability advantage stems from its architectural separation of execution and consensus. Each layer applies its own sharding logic, reducing cross-domain coordination and allowing for independent processing across the system:

• The Base Layer uses Proof-of-Stake (PoS) and Proof-of-Capacity (PoC) to maintain a secure, energy-efficient ledger with cryptographically enforced checkpoints. Shards on this layer manage state and validator activity autonomously.
• The Solaris Layer, driven by Proof-of-History (PoH) and Proof-of-Time (PoT), executes smart contracts and transaction logic at over 10,000 TPS with 2-second finality. It partitions computational loads across virtual execution environments, each independently synchronized and Merkle-anchored.

This dual sharding model allows Bitcoin Solaris to bypass the slot-based validator scheduling used in Polkadot’s relay chain — where parachains must wait for access or bid for inclusion. Instead, throughput scales linearly with participant nodes, without centralized arbitration or network slowdowns.

Measured Performance: 87% Above Polkadot Benchmarks

Under controlled test conditions replicating real validator configurations, Bitcoin Solaris demonstrated sustained throughput exceeding 10,000 TPS, compared to Polkadot’s average of 5,300–5,700 TPS across active parachains. The improvement — an 87% gain — results from parallelized shard validation without bottlenecks at the chain coordination level.

These results underscore Bitcoin Solaris’s suitability for high-frequency applications, including decentralized exchanges, gaming protocols, and on-chain AI orchestration — where latency and block competition limit other networks.

Crypto Chino analyzed Bitcoin Solaris’s sharding architecture In a side-by-side comparison, explaining how it surpasses Polkadot’s relay-based system in real-world performance and protocol simplicity.

Presale Phase 3: Access Ahead of Full Sharding Rollout

Bitcoin Solaris is now in Presale Phase 3, with BTC-S tokens priced at 3 USDT. This phase grants users early access to the network ahead of full sharding protocol activation and before listings on centralized exchanges.

The total supply is fixed at 21 million BTC-S, with 4.2 million (20%) allocated to presale across phases. There is no inflationary model. All future emissions are governed by validator participation and mobile mining distribution — ensuring early backers retain structural advantage as the network scales.

The sharding and execution models powering Bitcoin Solaris have been independently verified:

• Cyberscope Audit: Validated shard synchronization logic and smart contract safety
• Freshcoins Audit: Reviewed validator-shard mapping, throughput benchmarks, and consensus integrity
• KYC Verification: Confirmed team identity and governance alignment with the protocol’s design principles