✈️ VIR9J
Aircraft: A35K
Altitude: 36,000 ft (FL360)
Speed: 445 kts
Heading: 282°
Tracked via DeRadar - Decentralized Aircraft Tracking
Powered by Derad Network, & Arweave

Here's what I see happening with @arbitrum. It's becoming a central hub for real world assets. Recent on-chain activity proves this.
@RobinhoodApp deployed 500 new tokenized stock contracts on Arbitrum in a single day. The total is now near 2,000 contracts. This is the largest single day deployment so far.
Here are the key details.
- The deployment used a factory system. Each contract cost about $0.03.
- This is a backend infrastructure phase. Trading liquidity is not active yet.
- The scale shows intent. Arbitrum is positioning as a settlement layer for tokenized equities.
I see #Arbitrum eme

If you've avoided DeFi because of cost, I think @arbitrum changes that. High fees on Ethereum make simple actions expensive.
Arbitrum offers a practical alternative. Its low fees turn expensive tasks into affordable ones.
Let’s look at real use cases.
Yield Farming
A deposit costing $30 on Ethereum might cost a few dollars on Arbitrum. You keep more of your yield.
Frequent Swaps
Day trading or adjusting positions becomes viable. You avoid triple digit transaction costs adding up.
NFT Minting
Artists can launch collections without a huge upfront gas cost. It opens up experimentation.
Micro Tran

I see this comparison come up a lot, so I want to break it down in plain terms and put @arbitrum where it belongs, front and centre.
#Ethereum Layer 1 processes around 14 transactions per second. When demand spikes, queues grow. Fees rise. You feel the slowdown fast. I’ve felt it myself during busy periods.
Arbitrum works differently. Transactions batch off chain using optimistic rollups, then settle back to Ethereum.
Throughput reaches into the thousands of transactions per second, with a theoretical ceiling near 40,000. That gap changes the day to day experience.
Here’s how the contrast loo

✈️ SRD203B
Aircraft: BE20
Altitude: 1,500 ft (FL15)
Speed: 160 kts
Heading: 236°
Tracked via DeRadar - Decentralized Aircraft Tracking
Powered by Derad Network, & Arweave

That RPC number is huge. Seriously, take a moment to look at this .
@ankr is serving over 1 trillion RPC requests every single month. That is insane scale. That also means they handled over 12 trillion total requests this year. That is real reliability.
This scale is possible because they use global bare metal infrastructure. They don't rely on shared cloud services.
I think this shows you the difference between foundational infrastructure and temporary solutions. Performance at this level requires dedicated, physical hardware.
If you're building a DApp, you need a foundation that won't fall o

The strategy for @arbitrum has evolved. I think its worth paying attention to the "Arbitrum Everywhere" framework they are building.
The idea is simple. Instead of fitting your app into one fixed chain, the infrastructure adapts to your needs. You choose the path that fits your stage and goals.
Start on a shared layer like #Arbitrum One. Its established and liquid. Build traction there.
When you need more control, migrate to your own configurable Orbit chain using Nitro technology.
This creates clear advantages for builders. The four pillars explain the support system.
- Builder Freedom: Get g

🤝 @lavanetxyz Network chose @arbitrum for its major exchange listings. Their reasoning highlights what makes Arbitrum valuable.
They noted it's a battle tested L2 with a mature ecosystem. It has serious builders and a strong DAO foundation.
This aligns with Lava's focus on reliable, always up infrastructure. For a network handling 160 billion requests, a partner's stability is essential.
This choice shows #Arbitrum is the environment for projects focused on real usage and growth. It connects them with an engaged, builder focused community.

This new case study on @redstone_defi and @arbitrum Stylus caught my attention. In my opinion it shows the real practical impact of the technology.
Stylus lets developers build with languages like Rust, not just Solidity. This changes what’s possible onchain. For an oracle like RedStone, it directly tackles EVM limitations.
These limits include high costs for complex data and slow processing. Stylus solves this with its WebAssembly VM. It runs alongside the EVM but works very differently.
The results for RedStone are clear.
- A 34% reduction in base computational load.
- A 50% reduction in com

1/ Let's talk about scaling. I think the whole debate about which L2 is fastest or cheapest misses the point.
The real challenge isn't one chain's specs, it's building for billions of users with different needs.
You cannot build the future of finance on the same chain you use for a high-speed game.
The needs are too different. DeFi requires maximum security. Gaming demands near-zero costs. A single chain forces a difficult compromise.
In my opinion, @arbitrum's vision is smarter. They don't offer one perfect chain. They provide a versatile tech stack, Nitro, that powers multiple chains. You p

Stylus is, in my opinion, @arbitrum’s real unlock for mass adoption.
Forget the talk about Rust being faster, that is only half the story. I think the real win is bringing C and C++ developers straight onto the chain.
There are huge numbers of engineers who already write high performance code in those languages. With Stylus, they do not have to start from scratch with Solidity.
They can deploy smart contracts using a stack they already know, while still plugging into Arbitrum’s EVM-compatible environment.
This shift can reshape the developer adoption curve for Arbitrum. It also gives Layer 3 a