Managed Infrastructure
L1s are deployed and managed through robust, automated infrastructure architecture, designed to meet the most rigorous standards and service-level agreements.
L1s are deployed and managed through robust, automated infrastructure architecture, designed to meet the most rigorous standards and service-level agreements.
The AvaCloud client services and support teams advise pre- and post-deployment, through migrations and go-lives, with co-marketing for community amplification.
AvaCloud accelerates your time to market with native integrations and no-to-low-code tooling, all in the same portal as your managed infrastructure.
Production-grade attributes and platform-wide metrics from real deployments, measured, not marketed.
How the major networks compare on the criteria that matter to institutions: privacy, interoperability, developer ecosystem, performance, operations, and compliance fit.
| Network | Privacy & Confidentiality | Permissioning & Governance | Interoperability | Developer Ecosystem & Tooling | Performance & Finality | Operational Model | Compliance Posture | Composability & Liquidity |
|---|---|---|---|---|---|---|---|---|
Avalanche L1s Configurable(Private → Public) | Strong Privacy at transaction, contract, and validator levels. ZK proofs via AvaCloud. | Strong Fully configurable — private or public with a parameter change. Custom validator sets. | Strong Native Interchain Messaging (ICM). No bridges needed. Optional C-Chain connection. | Strong Full EVM + Solidity. Custom VMs in Rust or Go. Entire Ethereum toolchain available. | Strong Sub-2s finality in production. 4,500+ TPS. Fixed fees post-Etna upgrade. | Strong Managed via AvaCloud SLA. Self-hosted also viable. ~$50–100/mo per validator. | Strong ZK-based compliance tooling. Proven: Bergen County, CadDAV, Citi, FIFA. | Strong Optional C-Chain access for DeFi and public liquidity. Private-first, public when ready. |
Canton Public-Permissioned | Strong Sub-transaction privacy by default. Participants see only their relevant data. | Strong Identity-aware, permissioned participants. Consortium governance via Digital Asset. | Medium Global Synchronizer trial live (32 participants). Canton-only — no external chain access. | Weak DAML required. Small talent pool. Not EVM-compatible. High hiring cost. | Medium Designed for institutional throughput. Scalability not yet battle-tested. | Medium Managed by Digital Asset. Undisclosed joining fee. Limited self-hosted option. | Strong Built for regulated finance. Strong institutional alignment. | Weak No public liquidity. Canton Coin or USD only. No DeFi access. |
Hyperledger Fabric Private-Permissioned | Strong Private channels between known members. MSP enforces identity. No shared state. | Strong Consortium-governed. Known participants. Well-understood enterprise access controls. | Weak Interoperability is custom-built. No native cross-chain messaging. Closed by design. | Medium Go, Java, Node.js. Not EVM-compatible. Mature but siloed. High DevOps overhead. | Medium ~3,500 TPS. Sub-second finality. Degrades with complex endorsement policies. | Strong Fully self-hosted and on-prem. No external dependencies. Mature enterprise playbooks. | Strong Full auditability. Established in trade finance, supply chain, healthcare. | Weak No public liquidity or DeFi. Closed consortium only. No path to public markets. |
Ethereum Mainnet Public-Permissionless | Weak Global shared state. All transactions visible. Privacy requires application-layer work. | Weak No native permissioning. Role-based controls must be built at application layer. | Medium Bridge-dependent. CDP and LayerZero available but add trust assumptions. | Strong Largest Solidity ecosystem. Richest tooling. Best recruiting and open-source coverage. | Weak ~30 TPS. 12s block times. Gas fees spike to $50–360+ during congestion. | Medium No SLA, no managed option. Institutions cannot control validators or network parameters. | Medium Full public auditability. Compliance must be engineered at application level. | Strong Deepest DeFi ecosystem. Reference layer for tokenized assets and stablecoins. |
Base Ethereum L2(OP Stack) | Weak No native privacy. Public mempool. No permissioning at chain level. | Weak No native permissioning. Coinbase operates sequencer — centralized control point. | Medium Settles to Ethereum L1. 7-day withdrawal window. OP Superchain interop developing. | Strong Full EVM compatibility. Strong Coinbase ecosystem. Full Ethereum toolchain. | Medium 2,000+ TPS. Cheap fees (~$0.001–$0.010s). Soft finality ~2s. L1 finality 7 days. | Weak Sequencer run by Coinbase. No self-hosted option. No enterprise SLA. | Medium Coinbase regulatory credibility. No native compliance tooling. | Strong Growing TVL. Stablecoin activity. Coinbase retail and institutional distribution. |
Arbitrum Ethereum L2(Nitro) | Weak No native privacy. Fraud proofs require public data. App-layer work required. | Medium Orbit chains allow some access controls. Standard Arbitrum One has no permissioning. | Medium Settles to Ethereum L1. 7-day challenge period. Orbit chains communicate within ecosystem. | Strong Strongest EVM parity. Stylus adds Rust and C++. Large DeFi-native developer base. | Medium 4,000+ TPS. Low fees. Soft finality ~1s. 7-day withdrawal limits capital efficiency. | Medium Sequencer by Offchain Labs. Enterprise SLA. Repeated DAG governance. No managed deployment. | Strong Mature audit ecosystem. Compliance built at application layer. | Strong Highest L2 TVL. Deep DeFi composability. Strong institutional DeFi presence. |
Solana Public-Permissionless | Weak Global public ledger. SPL Confidential Transfers are opt-in and limited in scope. | Weak No network-level permissioning. Open validator set. App-layer only. | Medium Wormhole and bridges available. No native atomic cross-chain messaging. | Medium Rust and C/C++. Not EVM-compatible. Growing ecosystem but requires developer retraining. | Strong 65,000+ theoretical TPS. Sub-second finality (~$0.000025/tx). History of network outages. | Weak Public validators. No enterprise SLA. Repeated network outages (2022–2023). | Weak No native compliance tooling. Less mature audit ecosystem than EVM. | Strong Deep consumer DeFi. Growing stablecoin activity (Visa, PayPal PYUSD). |
Configurable (Private → Public)
Public-Permissioned
Private-Permissioned
Public-Permissionless
Ethereum L2 (OP Stack)
Ethereum L2 (Nitro)
Public-Permissionless
Thirty minutes to walk through your use case, the business case behind it, and what AvaCloud could look like in production.