Qubic Achieves Record-Breaking 15.52 Million TPS on Live Mainnet

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Qubic has shattered blockchain performance records by achieving 15.52 million transactions per second (TPS) on its live Layer 1 mainnet — a milestone independently verified by CertiK, one of the most respected names in blockchain security and auditing. This historic result sets a new benchmark for decentralized networks, demonstrating unprecedented throughput, instant finality, and zero gas fees — all achieved without relying on Layer 2 solutions or isolated test environments.

This breakthrough cements Qubic’s position as the fastest blockchain in history, opening doors to next-generation applications in AI, DePIN, and decentralized finance.

Verified Performance: Real-World Speed on Mainnet

Unlike theoretical benchmarks conducted under controlled or simulated conditions, Qubic’s record was set live on its mainnet using real transaction data. The test leveraged Qubic’s unique tick-based architecture, which synchronizes consensus, execution, and finality within a single computational cycle.

CertiK audited the results by analyzing the 10 peak ticks during the stress test, confirming:

These figures are not projections or lab simulations — they represent actual on-chain performance under high-load conditions.

👉 Discover how Qubic’s architecture enables unmatched blockchain speed and scalability.

For context, here’s how Qubic compares to other high-performance blockchains:

Qubic outperforms them all — by orders of magnitude — while operating as a fully decentralized Layer 1 with no rollups or external dependencies.

Core Keywords Driving the Future of Decentralized Compute

The significance of this achievement extends beyond raw speed. The core keywords defining Qubic’s technological edge include:

These terms reflect not just technical specs, but the real-world use cases now unlocked by Qubic’s capabilities.

Beyond Speed: Enabling Real-Time Decentralized Applications

Qubic’s tick-based architecture is engineered for more than just fast transactions — it's built for real compute at scale. Each "tick" represents a globally synchronized time interval where every node processes transactions and state changes simultaneously. This design eliminates race conditions, ensures atomicity, and delivers immediate finality.

As a result, developers can now build applications that were previously impossible on blockchain infrastructure:

AI and Machine Learning Workloads

Blockchains have traditionally struggled to support AI due to latency and cost constraints. With Qubic’s near-infinite throughput and zero fees, it becomes feasible to run:

This paves the way for autonomous systems that interact directly with blockchain logic — a critical step toward Artificial General Intelligence (AGI) integration.

Decentralized Physical Infrastructure Networks (DePIN)

DePIN projects rely on massive volumes of sensor data from distributed devices — think GPS trackers, IoT sensors, or wireless mesh networks. Qubic’s ability to process over 1.5 billion transfers in seconds makes it ideal for:

Industries like logistics, energy, and smart cities can leverage this for scalable, tamper-proof infrastructure.

Composable DeFi with Real-Time Logic

Current DeFi platforms suffer from latency issues, MEV (miner extractable value), and batched finality. Qubic enables:

With no gas fees and deterministic execution, DeFi becomes more accessible, secure, and efficient.

👉 See how developers are building the future of decentralized AI and finance on Qubic.

Transparent Verification: Audit Data You Can Trust

Transparency is central to Qubic’s ethos. All test results are publicly accessible and independently verifiable through multiple channels:

This level of openness reinforces trust in an industry often plagued by exaggerated claims and opaque testing procedures.

Frequently Asked Questions (FAQ)

Q: Is this TPS result from a simulation or live network?
A: The 15.52 million TPS was achieved on Qubic’s live mainnet, not a testnet or isolated environment. It reflects real-world performance under stress conditions.

Q: How does Qubic achieve zero fees and no gas model?
A: Qubic uses a combination of micro-PoW (uPoW) and tick-based resource allocation to prevent spam without charging users. Computational costs are managed at the protocol level, enabling free transactions.

Q: Does high TPS compromise decentralization or security?
A: No. Qubic maintains full decentralization with thousands of nodes worldwide. Its tick-based consensus ensures cryptographic security and liveness even at peak throughput.

Q: Can developers start building on Qubic today?
A: Yes. The mainnet is live, and developer tools including SDKs, APIs, and documentation are available at qubic.org.

Q: What role did CertiK play in verification?
A: CertiK conducted an independent audit of the stress test, validating the methodology, analyzing on-chain data, and certifying the peak TPS and total transfer figures.

Q: How does instant finality work technically?
A: Finality occurs within each tick cycle — typically every few seconds — where all nodes reach consensus simultaneously. Once a tick closes, transactions are irreversible with zero chance of reorgs.

The Road Ahead: Scaling the Decentralized Future

Qubic’s achievement isn’t just about breaking records — it’s about redefining what blockchains can do. By delivering high-performance blockchain infrastructure that supports real-time compute, it bridges the gap between Web3 and advanced technologies like AI and DePIN.

As demand grows for scalable, feeless, and secure decentralized systems, Qubic stands ready to power the next wave of innovation.

Whether you're a developer building AI agents, a founder launching a DePIN network, or an investor seeking cutting-edge infrastructure, the future of decentralized compute is now live — and faster than ever before.

👉 Explore the next frontier of blockchain performance and begin building today.