The number of transactions a blockchain can process per second (TPS), which directly determines whether the network can handle enterprise-scale transaction volumes. Traditional payment networks like Visa process thousands of transactions per second, and enterprise blockchain applications require similar capacity. Low throughput creates bottlenecks, delays, and poor user experience. High-performance blockchains like Avalanche can process 4,500+ TPS on the main network, with custom L1s offering dedicated capacity for specific applications, ensuring your business operations aren't constrained by network limitations as you scale.

The ability of different blockchain networks to communicate and exchange data with each other, enabling seamless transfer of assets and information across platforms without requiring centralized intermediaries. Interoperability is crucial for enterprises that need to connect their private blockchain infrastructure with public networks, partner ecosystems, or legacy systems. It allows businesses to leverage the strengths of different blockchain platforms—using a private network for sensitive operations while accessing public DeFi liquidity when needed. True interoperability prevents vendor lock-in and enables businesses to build integrated, cross-platform solutions.

Transaction costs paid to validators for processing and recording transactions on the blockchain, similar to how you pay fees to credit card processors or banks. Predictable, low gas fees are critical for enterprise applications processing high volumes of transactions, as unpredictable fee spikes can make business operations economically unviable. On some blockchains, gas fees can surge during network congestion, making simple transactions prohibitively expensive. Avalanche's architecture ensures stable, low-cost transactions even during peak usage, making it suitable for payment processing, supply chain tracking, and other high-volume enterprise applications where cost predictability is essential.

The process of converting rights to an asset into a digital token on a blockchain, enabling fractional ownership, improved liquidity, and programmable compliance for real-world assets like real estate, securities, commodities, or even intellectual property. Tokenization allows businesses to unlock value in previously illiquid assets, reduce intermediary costs, and create new markets. For example, a commercial real estate property can be tokenized into thousands of shares, allowing smaller investors to participate while automating dividend distributions and compliance checks through smart contracts. Tokenization is transforming capital markets, trade finance, and asset management.

Permissioned (private) blockchains restrict who can participate, view data, and validate transactions, making them suitable for enterprise use where regulatory compliance, data privacy, and controlled access are paramount. Permissionless (public) blockchains allow anyone to join and participate without approval. Most enterprise applications benefit from permissioned networks that offer the efficiency and transparency of blockchain while maintaining corporate governance, regulatory compliance, and the ability to manage who has access to sensitive business data. Hybrid models that combine both approaches are increasingly popular.

The point at which a transaction is considered irreversible and permanently recorded on the blockchain, with no possibility of being altered or rolled back. Faster finality means quicker settlement and reduced uncertainty for businesses, which is critical for financial applications, real-time payment systems, and supply chain operations where delays create risk. Traditional blockchains like Bitcoin can take an hour or more to achieve finality, while high-performance platforms like Avalanche achieve finality in under two seconds, enabling use cases that require immediate confirmation such as point-of-sale payments or securities trading.

An individual computer or server that maintains a copy of the blockchain and participates in validating and relaying transactions across the network. In enterprise contexts, nodes can be controlled by different organizations in a consortium, by trusted third-party validators, or run entirely by a single company depending on the governance model. The number and distribution of nodes affects network security, reliability, and decentralization. Running your own nodes gives you direct control over your blockchain infrastructure and ensures you maintain a complete record of all transactions.

The process by which all participants in a blockchain network agree on the current state of the ledger, ensuring all copies remain synchronized and accurate without requiring a central authority. Different consensus mechanisms offer different trade-offs between speed, security, and decentralization. For enterprises, the choice of consensus mechanism directly impacts transaction finality, network security, and operational costs. Avalanche's unique consensus protocol, for example, achieves sub-second finality while maintaining high security, making it suitable for financial applications that require immediate settlement confirmation.