What's the difference? Simple: one side of the equation stays open, the other stays controlled.
Public layer = Zero barriers to entry. Anyone can spin up and deploy smart contracts directly on-chain without gatekeeping.
Permissioned validators = Access isn't a free-for-all. Only approved nodes can participate in block validation and consensus—keeps the network secure while maintaining operational integrity.
This hybrid model fits perfectly for teams running heavy-duty applications. Think large-scale gaming platforms needing both decentralization and performance, or enterprise software that demands throughput without sacrificing governance control. You get scalability on the execution side while maintaining validator security at the infrastructure level.
The sweet spot: openness where it matters, control where it counts.
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SignatureAnxiety
· 01-09 10:34
Wait, isn't this trying to have your cake and eat it too? Sounds good, but can it really be stable?
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FOMOSapien
· 01-08 11:11
In plain terms, it's about having both the fish and the bear's paw, but very few projects can truly make good use of this system.
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DuckFluff
· 01-06 17:51
This architectural design is indeed quite clever—letting go while still controlling tightly. I'm really interested in the gaming platform part.
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LiquidityOracle
· 01-06 17:51
Wait a minute, isn't this a case of getting the best of both worlds? It sounds good, but can it really be balanced?
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OnchainHolmes
· 01-06 17:25
In plain terms, it's about having both fish and bear paws, but there are very few who can truly do it well.
Public Permissioned L1 Architecture Explained
What's the difference? Simple: one side of the equation stays open, the other stays controlled.
Public layer = Zero barriers to entry. Anyone can spin up and deploy smart contracts directly on-chain without gatekeeping.
Permissioned validators = Access isn't a free-for-all. Only approved nodes can participate in block validation and consensus—keeps the network secure while maintaining operational integrity.
This hybrid model fits perfectly for teams running heavy-duty applications. Think large-scale gaming platforms needing both decentralization and performance, or enterprise software that demands throughput without sacrificing governance control. You get scalability on the execution side while maintaining validator security at the infrastructure level.
The sweet spot: openness where it matters, control where it counts.