Why specialization matters in blockchain scalability
The fragmentation problem plaguing current scaling solutions stems from a fundamental design flaw: general-purpose Layer 2 networks became bloated trying to do everything at once. State bloat and unnecessary Turing-completeness added complexity that nobody needed.
Here's the thing—specialized AppChains take a different approach. By narrowing focus to specific use cases, they stay lean and efficient. And mathematically speaking, achieving interoperability between simple, purpose-built chains is far more straightforward than bridging across complex, all-in-one systems.
The math doesn't lie. Simpler architectures reduce attack surface, lower computational overhead, and make cross-chain communication more reliable. When you strip away the bloat, you're left with something that actually works.
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MidnightSeller
· 7h ago
To be honest, general L2 is just a mixed bag; AppChain is the real way to go.
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TokenomicsDetective
· 7h ago
Professional chains are indeed the trend, but how many can truly survive? Most are probably just built up through hype...
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LiquidationWatcher
· 7h ago
To be honest, this is the correct attitude. General L2 is indeed just inviting trouble.
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FOMOSapien
· 8h ago
Professional stuff is too complicated; to put it simply, don't be greedy. Focused chain is the way to go.
Why specialization matters in blockchain scalability
The fragmentation problem plaguing current scaling solutions stems from a fundamental design flaw: general-purpose Layer 2 networks became bloated trying to do everything at once. State bloat and unnecessary Turing-completeness added complexity that nobody needed.
Here's the thing—specialized AppChains take a different approach. By narrowing focus to specific use cases, they stay lean and efficient. And mathematically speaking, achieving interoperability between simple, purpose-built chains is far more straightforward than bridging across complex, all-in-one systems.
The math doesn't lie. Simpler architectures reduce attack surface, lower computational overhead, and make cross-chain communication more reliable. When you strip away the bloat, you're left with something that actually works.