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A benchmark which compares the performance of baseline CometBFT with that of CometBFT with added support for asymmetric quorum systems.
The benchmark consists of modifications to CometBFT to add support for asymmetric quorum systems, a toolchain to deploy and configure a CometBFT deployment, a client to apply a workload against that deployment and collect performance metrics, and tools to analyze and visualize collected results.
These are: cryptobern/tenderload: Main benchmarking pipeline cryptobern/tendergrid: Fork of CometBFT with added support for asymmetric quorum systems cryptobern/tendercounter: Replicated application running on top of CometBFT cryptobern/asymmetric-quorums: Library providing methods to interface with asymmetric quorum systems Each of these repositories is represented by one or two .zip files in this artifact, whose name is the name of the repository, followed by the git tag identifying the stable version. tenderload, tendercounter and asymmetric-quorums have one version each (ccs26), whereas tendergrid has two: ccs26-baseline for the unmodified version of CometBFT, and ccs26-grid for the version with support for asymmetric quorum systems.
This paper investigates block-time irregularities and consecutive proposer behavior on CometBFT-based Cosmos chains, focusing on Osmosis and Cosmos Hub.
Technical report and reference implementation for QPS, a proposer selection mechanism applying sqrt(stake) to CometBFT priority increments.
DualEdge keeps the layers separate: Serf gossip handles soft-state discovery; CometBFT handles hard-state settlement.
A dual-lock mechanism ties them together via a strict on-chain admission rule over hardware identifiers and a bounded-delay gossip tag update, implemented in the Application BlockChain Interface (ABCI++) application layer above CometBFT.
On a 12-validator CometBFT testbed within a 25-node containerlab deployment, seven experiments establish: per-query discovery is 448× faster than consensus commit at the layer level; throughput scales from 8.18 to 141.61 transactions per second (TPS), a 17.3 × increase, with 100% success; without the lock, 50 concurrent transactions over-committed by 24.5×, while with it, seven contention trials covering 2,350 transactions held every conservation and balance invariant; admission control achieves deterministic 100%/0% valid/invalid visibility asymmetry; and a targeted Byzantine overspend attempt is rejected at CheckTx without protocol modification.
Research query: CometBFT · jobs: 1 · on-topic sources: 4 · review: Conflicted
These are: cryptobern/tenderload: Main benchmarking pipeline cryptobern/tendergrid: Fork of CometBFT with added support for asymmetric quorum systems cryptobern/tendercounter: Replicated application running on top of CometBFT cryptobern/asymmetric-quorums: Library providing methods to interface with asymmetric quorum systems Each of these repositories is represented by one or two .zip files in this artifact, whose name is the name of the repository, followed by the git tag identifying the stable version. tenderload, tendercounter and asymmetric-quorums have one version each (ccs26), whereas tendergrid has two: ccs26-baseline for the unmodified version of CometBFT, and ccs26-grid for the version with support for asymmetric quorum systems. — Benchmarking CometBFT with Asymmetric Grid Quorum Systems (2026)
This paper investigates block-time irregularities and consecutive proposer behavior on CometBFT-based Cosmos chains, focusing on Osmosis and Cosmos Hub. — Consecutive Proposer Runs and Block-Time Irregularities in CometBFT-Based Chains (2026)
On a 12-validator CometBFT testbed within a 25-node containerlab deployment, seven experiments establish: per-query discovery is 448× faster than consensus commit at the layer level; throughput scales from 8.18 to 141.61 transactions per second (TPS), a 17.3 × increase, with 100% success; without the lock, 50 concurrent transactions over-committed by 24.5×, while with it, seven contention trials covering 2,350 transactions held every conservation and balance invariant; admission control achieves deterministic 100%/0% valid/invalid visibility asymmetry; and a targeted Byzantine overspend attempt is rejected at CheckTx without protocol modification. — DualEdge: A Dual-Lock Transaction Architecture for Decentralised Compute Marketplaces (2026)
Technical report and reference implementation for QPS, a proposer selection mechanism applying sqrt(stake) to CometBFT priority increments. — Quadratic Proposer Selection: Sublinear Block Production in BFT Consensus (2026)
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Quadratic Proposer Selection: Sublinear Block Production in BFT Consensus (2026)
Technical report and reference implementation for QPS, a proposer selection mechanism applying sqrt(stake) to CometBFT priority increments. (new this job) — source
DualEdge: A Dual-Lock Transaction Architecture for Decentralised Compute Marketplaces (2026)
DualEdge keeps the layers separate: Serf gossip handles soft-state discovery; CometBFT handles hard-state settlement. (new this job) — source
A dual-lock mechanism ties them together via a strict on-chain admission rule over hardware identifiers and a bounded-delay gossip tag update, implemented in the Application BlockChain Interface (ABCI++) application layer above CometBFT. (new this job) — source
On a 12-validator CometBFT testbed within a 25-node containerlab deployment, seven experiments establish: per-query discovery is 448× faster than consensus commit at the layer level; throughput scales from 8.18 to 141.61 transactions per second (TPS), a 17.3 × increase, with 100% success; without the lock, 50 concurrent transactions over-committed by 24.5×, while with it, seven contention trials covering 2,350 transactions held every conservation and balance invariant; admission control achieves deterministic 100%/0% valid/invalid visibility asymmetry; and a targeted Byzantine overspend attempt is rejected at CheckTx without protocol modification. (new this job) — source
Benchmarking CometBFT with Asymmetric Grid Quorum Systems (2026)
A benchmark which compares the performance of baseline CometBFT with that of CometBFT with added support for asymmetric quorum systems. (new this job) — source
The benchmark consists of modifications to CometBFT to add support for asymmetric quorum systems, a toolchain to deploy and configure a CometBFT deployment, a client to apply a workload against that deployment and collect performance metrics, and tools to analyze and visualize collected results. (new this job) — source
These are: cryptobern/tenderload: Main benchmarking pipeline cryptobern/tendergrid: Fork of CometBFT with added support for asymmetric quorum systems cryptobern/tendercounter: Replicated application running on top of CometBFT cryptobern/asymmetric-quorums: Library providing methods to interface with asymmetric quorum systems Each of these repositories is represented by one or two .zip files in this artifact, whose name is the name of the repository, followed by the git tag identifying the stable version. tenderload, tendercounter and asymmetric-quorums have one version each (ccs26), whereas tendergrid has two: ccs26-baseline for the unmodified version of CometBFT, and ccs26-grid for the version with support for asymmetric quorum systems. (new this job) — source
Consecutive Proposer Runs and Block-Time Irregularities in CometBFT-Based Chains (2026)
This paper investigates block-time irregularities and consecutive proposer behavior on CometBFT-based Cosmos chains, focusing on Osmosis and Cosmos Hub. (new this job) — source
Status Conflicted. Verified claims 8. On-topic sources 4 (reused 0). Dropped 1 collector hit(s) and 0 off-topic local claim(s). Conflicts 1. Coverage: cometbft.
Sealed job f452ef8facf1698ada79fcfcade53bc8. Shards: scholar.openalex, encyclopedia.wikipedia. Dropped 1 off-topic collector hit(s) and 0 off-topic local claim(s). Quotes are byte spans of content-addressed sources; the overview is extractive multi-document synthesis ranked against the request, not the first sentence of each hit.
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A benchmark which compares the performance of baseline CometBFT with that of CometBFT with added support for asymmetric quorum systems.
The benchmark consists of modifications to CometBFT to add support for asymmetric quorum systems, a toolchain to deploy and configure a CometBFT deployment, a client to apply a workload against that deployment and collect performance metrics, and tools to analyze and visualize collected results.
These are: cryptobern/tenderload: Main benchmarking pipeline cryptobern/tendergrid: Fork of CometBFT with added support for asymmetric quorum systems cryptobern/tendercounter: Replicated application running on top of CometBFT cryptobern/asymmetric-quorums: Library providing methods to interface with asymmetric quorum systems Each of these repositories is represented by one or two .zip files in this artifact, whose name is the name of the repository, followed by the git tag identifying the stable version. tenderload, tendercounter and asymmetric-quorums have one version each (ccs26), whereas tendergrid has two: ccs26-baseline for the unmodified version of CometBFT, and ccs26-grid for the version with support for asymmetric quorum systems.
This paper investigates block-time irregularities and consecutive proposer behavior on CometBFT-based Cosmos chains, focusing on Osmosis and Cosmos Hub.
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