TL;DR
Conflux Network is China’s premier hybrid Layer-1 blockchain. Mixing PoW with PoS finality to create dual execution spaces, Core Space and eSpace. Developers get fast finality, cheap fees, and a built-in sponsorship mechanism that lets apps pay gas for their users. Conflux keeps showing up in policy-adjacent circles all around China, giving it unique distribution and legitimacy on the tech side, even if nobody‘s endorsing the CFX token itself.
Supply overhang is largely gone, with the circulating supply now matching the total supply, and spot volume staying in key areas relative to market cap. If CFX reclaims even a shred of its previous momentum, a trip back toward the $0.50 area isn’t fantasy, it’s just math meeting the right catalysts. As execution, listings, and global mindshare are the last remaining hurdles, it’s time to revisit Conflux Network and see what’s changed since “Conflux Network – A New Divergent DAG.”
What is Conflux Network
Conflux is a general-purpose L1 designed in academia and battle-tested in production. At its core, it uses Tree-Graph. A directed acyclic graph approach to block ordering so it can process concurrent blocks without tripping over itself. That PoW backbone then snaps into a PoS finality layer so transactions settle fast and stay settled. The network exposes two execution environments: Core Space (Conflux-native) and eSpace (EVM-compatible), so Solidity apps and tooling can “just work” while Core-native apps squeeze more from the chain’s architecture. In practice, that means Ethereum developers can deploy to Conflux with familiar stacks, while Conflux-first builders can lean into lower-level features and optimizations.
There are two UX levers here that matter: gas sponsorship and the fee model. Conflux lets contracts or third parties sponsor fees so end users can interact “free” (the app pays under the hood). That’s an enormous unlock for consumer apps, games, and onboarding flows where $0.12 friction kills retention. Pair that with cheap, predictable fees. And you get a chain that behaves more like an app platform than a fee meter.
If you care about provenance, Conflux traces back to Tsinghua University and the research orbit of Turing Award laureate Andrew Chi-Chih Yao; early core leadership includes Dr. Fan Long from the University of Toronto and top-tier backers years ago. That DNA explains both the architecture choices and the institutional interfaces in China. Governance-wise, Conflux operates through its foundation and community processes; the details are less headline-grabbing than DAO wars elsewhere, but the network’s evolution has tracked a pragmatic, “ship the stack” mentality. That’s not a vanity paragraph; it’s context on why Conflux kept a research-grade posture about scaling instead of bolting more middleware onto the EVM.
Conflux Technology Breakdown
Architecture – Conflux’s consensus stacks Tree-Graph PoW for throughput with PoS finality to lock in blocks. For builders, the important bit isn’t the acronym soup; it’s that block production and finality are decoupled, so you can pursue parallelism without losing safety. eSpace gives you standard EVM semantics, addresses, and tooling; Core Space gives you Conflux-native features, cross-space calls, and system-level perks (like…
Head of Research Jesse is a passionate seeker of truth who enjoys educating others about Bitcoin. As a free thinker and 2nd amendment advocate, Jesse believes each individual has the right to monetary freedom. “The swarm is headed towards us” -Satoshi Nakamoto
