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Introduction to N1

N1 is an L1 blockchain for global, high-performance, trustless finance. The network embeds financial modules such as an orderbook, RFQ, and a margin system directly in the network layer, secured by validators.

Introduction​

N1 is built for global finance without sacrificing performance, liquidity, or trust. Unlike most blockchains, N1 does not leave core financial primitives to be reassembled out of contracts. It makes them native: an orderbook, RFQ, and a margin system live in the network layer itself and are secured by validators.

Embedding these modules at the network layer is what lets N1 scale trustlessly and securely while delivering best-in-class performance and liquidity. The base layer still provides data availability built in, and remains programmable underneath, so the financial network can keep growing with more native modules over time.

Native financial modules​

N1's financial primitives are part of the network, not applications bolted on top. Each module is validator-secured, so it inherits the same trust and security guarantees as the chain itself.

  • Orderbook. A native central limit orderbook for high-throughput, low-latency matching across markets.
  • RFQ. A native request-for-quote system for sourcing competitive quotes and executing larger or less liquid trades.
  • Margin system. Native margining and collateral management that lets positions share risk and capital efficiently across the network.

More modules will follow, extending the network's financial surface area over time. Because they are native and validator-secured, modules compose with shared security and shared liquidity rather than fragmenting it.

Horizontal scalability​

N1 is designed with sharded data availability, so network throughput can grow as validator capacity grows. The native financial modules scale with the network rather than competing for one shared execution lane, which keeps matching and settlement fast even as activity increases.

Native liquidity​

N1 makes it easy to bring assets from other chains into the network, starting with a native Solana bridge for transactions and assets. This keeps liquidity close to users and the network's financial modules while reducing the security assumptions that come with external bridging providers. Because the orderbook, RFQ, and margin modules are native, liquidity concentrates in shared network primitives instead of being fragmented across isolated venues.

Zero congestion​

The primary bottleneck is data availability rather than shared state. The network's modules and any programs run in isolated environments, so unrelated activity cannot congest the financial modules or force users into gas golfing.

Also programmable​

Beyond its native financial modules, N1 remains programmable underneath. The base layer is not tied to a single virtual machine, and anything with a verification procedure can run on N1, including SNARK-proven systems, consensus proofs, and custom runtimes. This is a supporting capability: the network leads with native, validator-secured finance.

Dive deeper​

For the complete architecture and long-term vision, read the litepaper. The Learn pages break the system into settlement, execution, and transaction lifecycle pieces so you can follow the layer that matters most to your work.