SuperConductor
A bridge that adds value instead of extracting
Turn idle assets into unstoppable liquidity
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About SuperConductor
What is SuperConductor?
SuperConductor is a capital-efficient bridge that generates trustless yield from idle locked capital through liquid staking. It replaces extractive bridge fees with a sustainable revenue model while helping secure the network. Drawing on traditional banking's fractional reserve and risk management principles, it sustains itself by earning yield from locked capital, much like banks fund free services by loaning out deposits.
Our Mission
Our mission is to create a better financial system through sustainable business models rather than extractive ones, enabling us to provide a frictionless experience for users while building long-term value for the ecosystem.
Our Partners
Trusted by leading organizations in the Web3 ecosystem
Frequently Asked Questions
Everything you need to know about SuperConductor
SuperConductor adds value instead of extracting it through a sustainable mechanism:
- Lock & Bridge: We lock funds in a vault and bridge assets to their destination.
- Fractional Reserve: We keep a fraction of liquidity as reserve to satisfy demand.
- Trustless Staking: The rest is staked trustlessly with validators and liquid staking destinations.
- Yield Generation: This eliminates liquidity fragmentation, increases network security, and generates yield.
- Value Distribution: Yield offsets costs, subsidizes fees, creates profit, and benefits the ecosystem.
- Sustainability: Yield returns to the vault to strengthen the fractional reserve liquidity.
Together, this creates a sustainable business model that replaces the old extractive bridge model.
There are four key risks in our protocol:
1. Run for the Bank
The main challenge in fractional reserve systems. In a worst-case scenario, funds are guaranteed to return after the staking cooldown period. Users receive their assets with a delay but never lose funds.
2. Hacks
Bridges are the biggest attack targets, but SuperConductor is more resilient. Validator staking is one of the safest yield-generation mechanisms. Assets are distributed and locked across multiple validators with cooldowns, making attacks slow, visible, and recoverable.
3. Validator Slashing
Mitigated through collaterals that absorb slashing before user funds are affected.
4. Staking Cooldown
Managed through monitoring, demand prediction, reserve replenishment using yield, and proactive rebalancing of reserve and staked funds to meet withdrawal demand.
SuperConductor fundamentally differs through its sustainable business model:
Traditional Bridges (Extractive)
Charge fees that extract value from both network and users.
SuperConductor (Sustainable)
- Generates yield from locked capital through trustless staking
- Offsets costs and subsidizes fees
- Increases network security
- Eliminates liquidity fragmentation
- Creates new revenue streams for the network
SuperConductor operates on a sustainable, yield-based business model:
Initial Phase
SuperConductor takes a portion of generated yield until initial setup and integration costs are recouped.
Ongoing Operations
Once costs are recovered, yield is strategically allocated:
- Subsidize bridge fees
- Cover ongoing operation costs
- Share profit with the network
This ensures long-term sustainability while providing value to users and network participants.
SuperConductor is built around a chain-agnostic bridging layer, designed to support a wide range of tokens across multiple blockchain networks.
Our architecture is built to be flexible and can integrate with various liquid staking destinations and validator networks, allowing us to support the most popular and secure assets in the ecosystem.
The specific tokens and networks supported will be announced closer to launch.
Security is a core priority for SuperConductor.
- Validator Staking: One of the safest yield-generation mechanisms in the industry
- Asset Distribution: Assets are distributed and locked across multiple validators with cooldown periods
- Attack Resilience: Assets are distributed among validators with cooldowns, which makes attacks slow, visible, and recoverable
This approach makes SuperConductor more resilient to hacks compared to traditional bridges.
Technical Information
Dive deeper into the SuperConductor architecture and mechanics
High-Level Technical Overview
High level core architecture, components, and design principles of SuperConductor. (This design is based on our current design partners and will evolve as new customers join our ecosystems)
Read Technical OverviewWhitepaper
Our comprehensive whitepaper detailing the protocol design, economics, and technical specifications coming soon.
Contact Us
Get in touch with our team
