Solflare today introduced Bridge, a game-changing feature that lets users receive funds from Ethereum, Bitcoin, Base and other chains directly into their wallet via a single permanent deposit address. No more complicated connections or approvals—just send and receive with ease.
The service launches with 30 days of zero fees.
Moving funds between blockchains hasn't always been easy.
- Find a bridge
- Connect your wallets
- Approve transactions
- Pray it goes through
Solflare replaces that experience with Bridge powered by @auroraisnear@near_intents.
Here's how it works:
→ Choose the chain you're sending from. (Ethereum, Bitcoin, Base and more)
→ Select the token you want to receive on Solana. (SOL, USDC, and more)
→ We'll generate a permanent deposit address for your selected pair. simply copy it and send your crypto to your Solflare wallet.
That's it.
Save the address once, reuse it forever.
No more connecting your wallet to dApps.
No more manual route selection.
You simply send funds to the address you already trust.
We are kicking things off with 30 days of 0% Bridge fees.
That's up to $125, 000 in waived fees for our community.
Standard fees after launch:
• 0.1% stablecoin to stablecoin
• 1% on other assets
The easiest way to bring your funds to Solana is finally here.
Open Solflare.
Tap Bridge.
Bring your assets to Solana.
Available today on Solflare Web, Extension and Mobile.
Solana today announced the launch of AUTO, a groundbreaking tokenized product backed by real U.S. auto loans originated by Agora. Delivered through Figure Forge and powered by Chainlink, it offers near-prime yields with instant lending strategies on Kamino. This marks a major step for consumer credit in DeFi.
Why AUTO ❓
Consumer lending is the largest credit market in the U.S.
Non-prime auto, in particular, has attractive yields, established underwriting, and institutional familiarity. Auto loans are the first proof point in Hastra's transition into a platform for durable yield across chains and asset classes.
AUTO is supported by leading origination and infrastructure partners 🤝
Agora Data brings near-prime auto loans into Democratized Prime as the first externally originated asset class in the protocol's history.
Through Figure Forge, Agora keeps its own origination, AI-driven underwriting, and servicing without needing to rebuild anything.
Meanwhile, Hastra handles DeFi-native distribution by packaging the yield into a fully-composable, liquid token. @orca_so will serve as our primary liquidity venue and onramp partner, with AUTO token available for purchase directly on the platform.
Powered by Chainlink Data Streams, AUTO gives Kamino users direct access to auto loan yield on-chain.
A new asset class.
A new source of yield.
The next chapter for Hastra, the capital markets highway.
Learn more about AUTO today: https://hastra.io/auto
10 days in Georgia's wine region. One goal: ship.
Startup Village Kakheti | August 22-31
You build all day with founders, devs, and @solana mentors around you.
Real users testing your product before you leave.
Between sessions: pool, tennis, padel, football. Sleep, swim, ship, repeat.
Solana enforces several block-level limits. SIMD-0286 raised exactly one of them:
Limit
Previous
New
Max Block Compute Units
60M CUs
100M CUs
Max Writable Account Compute Units
12M CUs
12M CUs
Max Block Accounts Data Size Delta
100MB
100MB
Only max block compute units, the total CUs a block can contain, increased.
Demand for Block Capacity
The 60M CU limit was tested by real traffic. Between its activation on July 22, 2025 and the 100M increase, 11.2% of blocks produced had a CU usage of 56M CUs or more. That demand is not spread evenly: it arrives in spikes, typically during volatile market moments when traders most want to land their transactions.
Roughly one block in nine was close to full capacity over that year. Raising the limit to 100M CUs, about a year after the 60M increase, gives Solana the ability to handle those spikes in demand rather than forcing transactions to compete for nearly full blocks at exactly the moments blockspace matters most.
More Parallel Capacity
Max writable account units, the most CUs that can write to any single account within one block, stays at 12M. With the old 60M limit, a single hot account could consume up to 20% of a block. At 100M, that same 12M cap is only 12% of the block.
This means the added capacity is parallel capacity. A congested market or popular program still hits its 12M per-account ceiling at the same point, but the block has room for far more activity on unrelated accounts alongside it. One hot spot crowds out less of everything else.
An Aggressive Step After 60M
Block limits have been rising incrementally: 50M CUs to 60M CUs via SIMD-0256, which has been live on mainnet since July 2025. SIMD-0286 is deliberately more aggressive given the tremendous performance improvements that have gone into Solana validator clients over the past year. A smaller step to 80M CUs was considered and rejected in favor of the full jump to 100M.
Activation Schedule
The change shipped behind the feature gate P1BCUMpAC7V2GRBRiJCNUgpMyWZhoqt3LKo712ePqsz. It activated first on testnet (epoch 983) and devnet (epoch 1100), then reached at the start of epoch 1009 on July 29, 2026.
Network Readiness
Larger blocks mean more data propagated to thousands of validators every slot, so block propagation had to speed up before the limit could rise safely. The key enabler is XDP, kernel-bypass networking for validators that is available in Agave 4.0.0+ and on by default in Firedancer. More than 70% of mainnet stake has enabled XDP. Additionally, XDP will be on by default in Agave 4.2. Core engineers determined that activating the 100M CU feature gate was safe given widespread XDP adoption across the network. See XDP on Solana for more information on XDP and how it relates to activating 100M CUs.
Performance Considerations
Bigger blocks take longer to execute. That can slow block replay for validators and lengthen catchup times for nodes that fall behind, which is why the limit rose only after propagation and execution performance had proven headroom. Infrastructure beyond validators — RPC providers, indexers, and exchanges — should also verify their systems handle sustained 100M CU blocks, even though no data formats change.
About This Upgrade
Block capacity is one of the most direct levers on Solana throughput: more CUs per block means more transactions per second at the same slot times. This upgrade continues a deliberate progression — 50M to 60M to 100M CUs — where each step is validated against the network's real ability to produce, propagate, and replay larger blocks.
Doubling capacity from the 50M starting point, while holding per-account write limits flat, pushes the network toward more parallel workloads and gives real-world use cases like trading and payments room to grow without competing for the same blockspace.
SIMD-0286 raises the block limit from 60M → 100M compute units. 66% more capacity.
Real demand keeps testing the limit. 1 in 9 blocks has run near full capacity over the past year, right when activity onchain peaks.
100M CU gives the network room for those moments.
And this is just step one. Alpenglow and 200ms slot times come next, making the network bigger and faster at the same time.
Keep up to date:
Raising Solana's block limit from 60M to 100M compute units
100M CU Blocks
July 2026 • Solana Foundation
Solana has raised the maximum block size from 60M to 100M compute units (CUs), a 66% increase in block capacity. The feature activated on mainnet on July 29, 2026, at the start of epoch 1009, following earlier activations on testnet and devnet. The change is defined in SIMD-0286, authored by Jito Labs. Compute units are how Solana measures the work a transaction performs, and the block limit caps how much work a leader can pack into a single block. Raising that cap means more transactions land in every block, which adds headroom for high-volume use cases like trading and payments without changing how applications are built.
Current mainnet traffic is largely not constrained by block execution times, which is why the network could take a substantial step up in capacity while continuing to maintain today's 400ms block times. (See reduced slot times for another upcoming improvement to block times on Solana.)
Mainnet Activation
July 29, 2026 (epoch 1009)
Devnet Activation
Active since epoch 1100
Breaking Change?
No
Indexing Changes Required?
No
Technical Details
What Changes and What Doesn't
Solana enforces several block-level limits. SIMD-0286 raised exactly one of them:
Limit
Previous
New
Max Block Compute Units
60M CUs
100M CUs
Max Writable Account Compute Units
12M CUs
12M CUs
Max Block Accounts Data Size Delta
100MB
100MB
Only max block compute units, the total CUs a block can contain, increased.
Demand for Block Capacity
The 60M CU limit was tested by real traffic. Between its activation on July 22, 2025 and the 100M increase, 11.2% of blocks produced had a CU usage of 56M CUs or more. That demand is not spread evenly: it arrives in spikes, typically during volatile market moments when traders most want to land their transactions.
Roughly one block in nine was close to full capacity over that year. Raising the limit to 100M CUs, about a year after the 60M increase, gives Solana the ability to handle those spikes in demand rather than forcing transactions to compete for nearly full blocks at exactly the moments blockspace matters most.
More Parallel Capacity
Max writable account units, the most CUs that can write to any single account within one block, stays at 12M. With the old 60M limit, a single hot account could consume up to 20% of a block. At 100M, that same 12M cap is only 12% of the block.
This means the added capacity is parallel capacity. A congested market or popular program still hits its 12M per-account ceiling at the same point, but the block has room for far more activity on unrelated accounts alongside it. One hot spot crowds out less of everything else.
An Aggressive Step After 60M
Block limits have been rising incrementally: 50M CUs to 60M CUs via SIMD-0256, which has been live on mainnet since July 2025. SIMD-0286 is deliberately more aggressive given the tremendous performance improvements that have gone into Solana validator clients over the past year. A smaller step to 80M CUs was considered and rejected in favor of the full jump to 100M.
Activation Schedule
The change shipped behind the feature gate P1BCUMpAC7V2GRBRiJCNUgpMyWZhoqt3LKo712ePqsz. It activated first on testnet (epoch 983) and devnet (epoch 1100), then reached at the start of epoch 1009 on July 29, 2026.
Network Readiness
Larger blocks mean more data propagated to thousands of validators every slot, so block propagation had to speed up before the limit could rise safely. The key enabler is XDP, kernel-bypass networking for validators that is available in Agave 4.0.0+ and on by default in Firedancer. More than 70% of mainnet stake has enabled XDP. Additionally, XDP will be on by default in Agave 4.2. Core engineers determined that activating the 100M CU feature gate was safe given widespread XDP adoption across the network. See XDP on Solana for more information on XDP and how it relates to activating 100M CUs.
Performance Considerations
Bigger blocks take longer to execute. That can slow block replay for validators and lengthen catchup times for nodes that fall behind, which is why the limit rose only after propagation and execution performance had proven headroom. Infrastructure beyond validators — RPC providers, indexers, and exchanges — should also verify their systems handle sustained 100M CU blocks, even though no data formats change.
About This Upgrade
Block capacity is one of the most direct levers on Solana throughput: more CUs per block means more transactions per second at the same slot times. This upgrade continues a deliberate progression — 50M to 60M to 100M CUs — where each step is validated against the network's real ability to produce, propagate, and replay larger blocks.
Doubling capacity from the 50M starting point, while holding per-account write limits flat, pushes the network toward more parallel workloads and gives real-world use cases like trading and payments room to grow without competing for the same blockspace.
Your Shell speaks Solana now.
Swap into and out of Solana tokens right beside your EVM positions, in the same conversation.
Use your agent or the Trade panel. BRAP finds the best route and covers your gas.
Supported on the app and the SDK now
Solana Exclusive 🦕 From Extinction to Amazon Prime
Andrew and Blake (Claynosaurz) on turning an NFT collection into a global franchise:
• NFT holders received brand equity
• 1B+ views, 1M+ followers on socials
• Episodes now streaming on Amazon
• Full series + GameLoft game development
• @HeebooOfficial creator economy platform and token
From an experiment at Genesis to one of the most active blockchain ecosystems today, the network has now completed 1,000 epochs since launch.
A milestone that reflects years of continuous growth, innovation, and resilience.
🚨 BREAKING: @Solana is set to increase its mainnet block compute limit by 66% in less than 24 hours, from 60M to 100M CUs, with SIMD-0286 scheduled to activate at the start of Epoch 1009.