Polygon Ships Bor v2.10.2 With Faster State-Root Processing and New Witness Messaging

Add TechGaged as your preferred source on Google

See more TechGaged stories across Google News and Discover.

Add

Polygon has released Bor v2.10.2 for mainnet, a relatively quiet node-software update that introduces two meaningful changes for operators: pipelined state-root computation and a new WIT2 witness-announcement format.

The release is notable precisely because it does not require a hard fork. There are no activation heights, genesis changes or database migrations, and operators do not need to resync their nodes.

Polygon published the release details in its community forum on September 30.

Latest Stories

2 min read • 3 seconds ago

South Korea’s KOMSCO Tests Full Local-Currency Settlement on the OP Stack

2 min read • 13 seconds ago

Hedera Quietly Completes v0.77.5 Mainnet Upgrade — Here’s What Changed

3 min read • 15 hours ago

BlackRock Bitcoin Trust Gains Allie Family Office Investment

Read all latest stories →

Faster catch-up without changing block production

The first major feature is pipelined state-root computation for block import. Instead of waiting for one block’s state-root calculation to finish before beginning work on the next block, Bor can overlap state-root computation for block N with transaction execution for block N+1.

The goal is faster sync and catch-up performance. Polygon is deliberately keeping the feature disabled by default, which gives operators the option to test it before relying on it in production environments.

Importantly, the pipeline targets block import rather than block production. It should therefore improve how quickly nodes catch up with chain history without changing consensus timing or how validators produce blocks.

WIT2 is designed for gradual rollout

Bor v2.10.2 also introduces BP-signed WIT2 witness announcements. The new format negotiates per peer connection, allowing WIT1 and WIT2 nodes to coexist without a coordinated network-wide switch.

That backward-compatible rollout is operationally important. Infrastructure upgrades become much safer when validators and sentry nodes do not all need to move at the same moment.

Polygon also reminded operators that Docker Hub images are no longer published. Bor images have moved to GitHub Container Registry, with builds available for both linux/amd64 and linux/arm64.

None of these changes are likely to move POL by themselves. But they show a network continuing to optimize the less visible part of blockchain performance: how quickly and reliably nodes can import, verify and propagate chain state.