SEO: light-touch freshness improvements for stale docs pages

src/pages/learn/stablecoins.mdx

@@ -18,7 +18,7 @@ Stablecoins are blockchain-based digital assets designed to maintain a stable va
 
 This page focuses on fully reserved, fiat-backed stablecoins. Other models (crypto-collateralized or algorithmic) have different risk profiles.
 
-Real-world utility, increasing regulatory clarity, and growing institutional adoption are driving rapid growth in stablecoin usage. The circulating supply of stablecoins has grown more than tenfold over the past five years, reaching roughly $300 billion today. The US Treasury projects this figure could rise to $3 trillion by 2030.
+Real-world utility, increasing regulatory clarity, and growing institutional adoption are driving rapid growth in stablecoin usage. The circulating supply of stablecoins has grown more than tenfold over the past five years, surpassing $320 billion as of early 2026. The US Treasury projects this figure could rise to $3 trillion by 2030.
 
 ## How stablecoins work
 

src/pages/learn/tempo/modern-transactions.mdx

@@ -16,7 +16,7 @@ Tempo Transactions are built into the protocol so developers don't need custom s
 
 Payment processors and platforms often need to send thousands of payments at once (e.g., payroll runs, merchant settlements, customer refunds). Tempo supports batch transactions where multiple operations execute atomically in a single transaction.
 
-This unlocks high-volume use cases: orchestrators can submit thousands of payouts as a single operation, rather than submitting them one-by-one and tracking individual success or failure. If any operation in the batch fails, the entire batch reverts, ensuring atomic execution across all payments. This is critical for payment operators who need guaranteed settlement guarantees for their workflows.
+This unlocks high-volume use cases: orchestrators can submit thousands of payouts as a single operation, rather than submitting them one-by-one and tracking individual success or failure. If any operation in the batch fails, the entire batch reverts, ensuring atomic execution across all payments. This is critical for payment operators who need deterministic settlement outcomes for their workflows.
 
 ## Fee Sponsorship
 

src/pages/learn/tempo/native-stablecoins.mdx

@@ -10,7 +10,7 @@ Tempo extends the [ERC-20 standard](https://ethereum.org/en/developers/docs/stan
 
 ## Predictable Payment Throughput
 
-Tempo has dedicated payment lanes: reserved blockspace for payment transactions (specifically, TIP-20 token transfers) that other applications cannot consume. Payments have guaranteed blockspace reserved at the protocol level and don't compete with other traffic like NFT mints, liquidations, or high-frequency contract calls.
+Tempo has dedicated payment lanes: reserved blockspace exclusively for payment transactions (specifically, TIP-20 token transfers) that other applications cannot consume. Payments are guaranteed this reserved blockspace at the protocol level and never compete with other traffic like NFT mints, liquidations, or high-frequency contract calls.
 
 Even if there are extremely popular applications on the chain competing for blockspace, payroll runs or customer disbursements execute predictably. Fees stay low and stable even when other network activity spikes, with a target of one-tenth of a cent per payment transaction. For payment processors, that means no "downtime" from congestion, and predictable economics for high-volume flows.
 

src/pages/learn/tempo/performance.mdx

@@ -10,7 +10,7 @@ All of Tempo's payments-first features are built on a foundation of a highly per
 
 ## High Throughput
 
-Tempo is built on the [Reth](https://reth.rs/) SDK, the most performant and flexible EVM (Ethereum Virtual Machine) execution client. Reth is also relied upon by several other blockchains including Ethereum, Base and Arc.
+Tempo is built on the [Reth](https://reth.rs/) SDK, a high-performance and modular EVM (Ethereum Virtual Machine) execution client. Reth is also relied upon by several other blockchains including Ethereum, Base, and Arc.
 
 Tempo houses the team that built and maintains Reth, and several other pieces of core blockchain developer software such as [Foundry](https://getfoundry.sh/). We are already benchmarking 20,000 TPS on testnet with a clear line of sight to an order of magnitude higher by mainnet.
 

src/pages/protocol/blockspace/consensus.mdx

@@ -13,7 +13,7 @@ Tempo uses Simplex Consensus, implemented by [Commonware](https://www.commonware
 
 ### Block Production
 
-Blocks are produced approximately every 600ms under normal network conditions (500ms builder loop plus network latency and block validation). Proposer selection uses a VRF (Verifiable Random Function) for random leader election, providing DoS protection and MEV resistance. Once a block is finalized, it cannot be reverted.
+Blocks are produced approximately every 600ms under normal network conditions (500ms builder loop plus network latency and block validation). Proposer selection uses a VRF (Verifiable Random Function) for unpredictable leader election, providing denial-of-service protection and MEV resistance. Once a block is finalized, it cannot be reverted.
 
 ### Deterministic Finality
 

src/pages/protocol/transactions/eip-4337.mdx

@@ -22,7 +22,7 @@ Tempo Transactions provide these capabilities at the protocol level.
 
 ### Fee Sponsorship
 
-EIP-4337 requires deploying a Paymaster contract, funding it with ETH, and running or paying for bundler infrastructure. The Paymaster validates sponsorship requests and the bundler aggregates UserOperations.
+EIP-4337 requires deploying a Paymaster contract, funding it with ETH, and running or paying for bundler infrastructure. The Paymaster validates each sponsorship request onchain, and the bundler aggregates UserOperations into a single transaction before submitting them to the EntryPoint contract.
 
 Tempo Transactions include a `fee_payer_signature` field directly in the transaction. A sponsor signs the transaction to agree to pay fees. The protocol validates both signatures and deducts fees from the sponsor. No contracts or infrastructure are required. See the [fee sponsorship guide](/guide/payments/sponsor-user-fees) for implementation details.
 

src/pages/protocol/transactions/eip-7702.mdx

@@ -5,7 +5,7 @@ description: "How Tempo Transactions extend EIP-7702 delegation with additional
 
 # EIP-7702 and Tempo Transactions
 
-EIP-7702 allows EOAs to delegate to smart contract code temporarily within a transaction. Tempo Transactions build on this foundation and extend it with additional capabilities.
+EIP-7702 allows Externally Owned Accounts (EOAs) to delegate to smart contract code temporarily within a single transaction. Tempo Transactions build on this foundation and extend it with additional capabilities.
 
 ## EIP-7702 Design Goals
 

src/pages/quickstart/wallet-developers.mdx

@@ -9,7 +9,7 @@ import { Cards, Card } from 'vocs'
 
 Because there is [no native token on Tempo](/quickstart/evm-compatibility#handling-eth-native-token-balance-checks) and transaction fees are paid directly in stablecoins, wallets need specific UI and logic adjustments to support the network. Follow this guide if your wallet logic and/or interfaces are dependent on the existence of a native token.
 
-As part of supporting Tempo in your wallet, you can also deliver an enhanced experience for your users by integrating [Tempo Transactions](/guide/tempo-transaction). Common use cases include enabling a gasless transactions for your users, letting your users decide what token to use for fees, and more.
+As part of supporting Tempo in your wallet, you can also deliver an enhanced experience for your users by integrating [Tempo Transactions](/guide/tempo-transaction). Common use cases include enabling gasless transactions for your users, letting your users decide what token to use for fees, and more.
 
 ## Steps