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Teranode: Powered by Aerospike

Teranode: Powered by Aerospike

Powering a Real-Time Public Blockchain

Scale, speed, and cost are now critical for real-world blockchain adoption. As businesses look to use blockchain for everyday operations, from payments to data and compliance, the technology behind it must be reliable, affordable and built to perform at enterprise level. BSV Blockchain is a public Layer 1 protocol governed by the BSV Association in Switzerland and built on the original Bitcoin protocol. Designed for high performance and low transaction costs, it supports a wide range of use cases including micropayments, AI agents, digital identity, and financial transactions, providing a scalable foundation that meets both commercial and regulatory needs worldwide.

Challenge

Scaling Blockchain for Real-World Use

To move beyond cryptocurrency speculation and enable enterpsie and AI-driven use cases, BSV needed to prove that a public blockchain could handle global transaction volumes. It set ambitious targets for throughput, latency, and cost while overcoming database bottlenecks, supporting real-time AI decisioning, and maintaining consistently low latency under heavy and unpredictable workloads.

Solution

A High-Speed, Real-Time Data Layer

BSV selected Aerospike’s high-speed data platform, to power its Teranode transaction engine, enabling the real-time performance needed for blockchain at global scale. The platform delivers five key capabilities and benefits.

Ultra-High Transaction Throughput:

Using Aerospike as the NoSQL backend for the Teranode, BSV Blockchain achieved over one million transactions per second, supporting up to 100 billion blockchain transaction per day with sustained performance.  

Consistently Low Latency:

Sub-10 millisecond response times are maintained across the network, ensuring fast and reliable reads and writes even as useage grows, without the need for warm cachin or excess memory.

Simple, Linear Scaling:

Aerospike’s shared-nothing design allows the network to scale by simply adding more nodes. Data rebalancing and failover are automatic, removing operational complexity and bottlenecks.

High Performance at Lower Cost:

By storing indexes in memory and data on SSD, the platform delivers near in-memory speed at a fraction of the cost of fully in-memory systemskeeping long-term infrastructure costs sustainable.

The Impact

With Aerospike, BSV has demonstrated that blockchain can outperform traditional financial systems while serving as a real-time platform for enterprise and AI. The network now sustains up to 100 billion blockchain transactions per day, supports over three million NoSQL operations per second across global clustersmaintains predictable sub-10ms latency, enables cost-efficient microtransactions, and delivers AI-and government-grade readiness with strong consistency and high availability.

By combining Aerospike’s real-time data capabilities with the scalability of BSV, Teranode demonstrates how public blockchain infrastructure can meet true enterprise requirements. The implementation proves that blockchain can operate at national and global scale with low latency, high consistency, and low-cost, unlocking real-world use cases across finance, AI, payments and government.

“Aerospike has enabled us to achieve our goal of creating a platform that supports boundless transactions far beyond the financial, with unmatched performance. The Aerospike database enables low and sustainable implementation costs and will scale with ease as the BSV Blockchain adds support for large-scale enterprise and governmental blockchain applications.”

Siggi Óskarsson,
Teranode Director, BSV Association

“The potential for unboundedly scalable core systems could revolutionise financial infrastructure modernisation. This implementation of Aerospike clearly demonstrates its ability to outperform traditional RDBMS banking systems, which are often unscalable and inefficient on every metric.”

Behrad Babaee,
Principal Solutions Architect, Aerospike

More Case Studies

FAQs about....

What is blockchain?

Blockchain is a distributed digital ledger that securely records transactions across multiple computers. This ensures transparency and prevents fraud. Once verified, data cannot be altered, making it ideal for sectors like finance, healthcare, and manufacturing. The BSV blockchain further builds on this by offering fast, scalable transactions while enabling smart contracts, secure transfers and immutable records – all with a low environmental footprint.

A blockchain works by storing data in blocks that are linked in a chronological chain. Once data is recorded, it cannot be altered without agreement from the rest of the network, ensuring security and trust.

Blockchain is the underlying technology, while Web3 builds on top of the blockchain to create decentralised applications (dApps) and enable user-owned internet experiences.

Non-fungible tokens (NFTs) are unique digital assets that represent ownership or proof of authenticity of a specific item on the blockchain. This can include anything from artwork to music to collectables. Unlike crypto assets, NFTs are not interchangeable because each one is distinct and cannot be replaced with another.

Web3 is a term used to describe the next version of the Internet, known as the Metanet, powered by blockchain. The Metanet enables a more efficient, transparent and monetisable data ecosystem than the current Web2 Internet.

Blockchain offers benefits like enhanced security, transparency, efficiency, and the elimination of third parties. It can be used for everything from financial transactions to supply chain management and voting systems.

A smart contract is a self-executing program on a blockchain which automatically enforces agreements when predefined conditions are met without needing third parties.

Digital assets are anything of value that exists in digital form, such as crypto assets, tokens, or digital records, which are stored and managed on a blockchain. Blockchain provides a secure, transparent, and distributed platform for creating, transferring, and verifying the ownership and integrity of these digital assets.

Decentralised applications (dApps) are applications that run on a blockchain rather than a centralised database. They typically operate using smart contracts, offering greater transparency, security, and user control while removing the need for third parties.

The risks for most blockchains include scalability challenges, high energy consumption, and the potential for hacking or exploitation in poorly designed smart contracts. However, the BSV blockchain is capable of massively scaling to handle millions of transactions per second, which means the CO2 produced per transaction is significantly lower than other competing blockchains.

Need help getting to grips with the blockchain? BSV Association is here.