Audit Results & Launch Plan

Mainnet Rollout and Full Decentralization Timeline

Arjun Bhuptani
Dec 28, 2020 · 3 min read


We just completed our contract audit with ChainSafe! You can find the audit report here.

To reduce the surface area that we need to iterate on, we’ll be rolling out the network in stages. Stage 0 will go live next Monday with a fully-noncustodial MVP network. Stage 1 will add support for router-router interactions. Stage 2 will remove reliance on all centralized services.

Six weeks ago, we announced the testnet launch of ↗️ Vector, our cross-chain/L2 routing network. Today, we’re excited to publish our audit results and share some more information on how we expect to roll out the full network!

🔍 Vector Smart Contract Audit Results

Note that the above audit only encompasses onchain contract code and the ways in which the protocol interacts with the solidity contracts. Offchain protocol code was out of scope for this review.

We’re fairly confident in the security of the offchain code. However, we still fully intend to do a more comprehensive audit of the offchain protocol structure early next year. Since the offchain framework typically takes longer to review (2–3 months), we’ve elected to do it in parallel to the rest of the network rollout.

📋 Network Rollout Plan

Because of this, we decided early on to split the rollout of the network into a few stages, starting with a limited (but fully non-custodial) “MVP” release and progressively decentralizing and adding functionality until the full network is live.

Stage 0: Minimum Viable Network

Stage 0 will allow peers in the network to transfer value across chains noncustodially through one intermediary router. Routers can be operated by anyone and can open channels to any end user, but router to router interactions will not yet be possible. This means that a dApp wishing to enable onboarding from Ethereum to Matic would need to find a router that supports those specific chains. We will also be using a centralized messaging system while we explore Typescript implementations for existing p2p networking stacks like Libp2p and Matrix.

Stage 1: Multihop

Stage 1 will enable router-router interactions allowing transfers to hop through multiple intermediary routers prior to reaching their destination. Importantly, this will mean that any user will be able to transfer to any chain, regardless of what router they’re connected to, reducing the reliance on a fixed set of known router operators. To bootstrap, we’ll initially use a centralized service for new router discovery, validating new channels in the network, and keeping track of network topology.

Stage 2: P2P Networking

Stage 2 will remove reliance on the above centralized services. We’ll migrate to a p2p networking stack (or roll our own if nothing robust is available) and move network topology data storage/validation to the routers themselves. Additionally, we’ll roll out a novel auction-based mechanism for router discovery which will remove the need for users to consciously find and connect to public routers.

⚖️ Future Work

❓ Have any other questions?

And lastly, please share this with your friends in the ecosystem if you find it interesting.

Thanks for your support,

Team Connext


Instant, noncustodial cross-chain routing for Ethereum L2s.


Connext is a crosschain liquidity network that enables fast, fully-noncustodial transfers between EVM-compatible chains and L2 systems.

Arjun Bhuptani

Written by

Founder of Connext. Ethereum developer, game theory enthusiast, physics nerd, occasional sleeper.


Connext is a crosschain liquidity network that enables fast, fully-noncustodial transfers between EVM-compatible chains and L2 systems.