Bitfinity Network

By major technical standards, Bitfinity is ahead of many Bitcoin L2s.⚡ Check out the benchmark here👇

The recent DeFi United initiative is a good pointer that DeFi will move farther when ecosystems unite. Whether a protocol on Bitcoin or Ethereum, the goal is to make everyone come onchain.

This is a must watch 👀

A developer actively building on Bitfinity? You largely write Solidity… But did you know the Solidity recently released Solidity 0.8.35? Here are some new changes you should know about: 📍 Built-in erc7201 Function Now, erc7201 is a reserved keyword function name. It was introduced to better avoid storage slot collisions in complicated proxy and upgrade architectures like Diamond. With this, developers can confidently and safely build advanced lego with much lower risks of the storage colliding. 📍 Fixing Stack-too-deep with Low-level Code Generator Have you ever tried compiling or testing a large codebase and ran into stack-too-deep? The team made another headway in fixing this. Using a more granular backend, the compiler can now handle the error more gracefully and also faster than before. 📍Formalizing Experimentation There have been a good number of experimental Solidity features that is accessible to every developer. The issue, however, has been that some developers didn’t know they had opted in for an unstable release. On this note, the experimental feature was created, so developers can set them to true in their settings. Out of all these releases, which one excites you the most?👨‍💻

📰 Freshly minted: Bitfinity Weekly: Quantum Anxiety 📰 While markets debated narratives, the deeper shifts quietly accelerated. 🫳 → Lightning expands into real world commerce and payments → Quantum risk enters serious discussion, not theory anymore → AI native wallets and SaaS style Web3 tools gain ground From security to infrastructure, Less noise. More preparation. 🌐 🔗 Full breakdown for builders : blog.bitfinity.network/bitfinity-week…

Today is a good day to learn about the keccak-256 hash function: ⚡️

How some Bitcoiners feel when they worry quantum computing might break Bitcoin anytime.

If you’ve been industry for some years now, you will agree that DeFi in early 2025 is not the same has today. The tides have changed a bit, and you as a builder has to be abreast of how things are moving. In the latest @WalletConnect State of DeFi report, here are a couple of things to keep in mind as you build: ☑️ The Yield Economy is Growing Back in the days, users would only have tokens lie fallow in their wallets. But that has changed with a more rapid adoption of yield protocols. According to the report, Liquid Staking alone accounted for $3.2 billion liquidity across the industry. Now, there is a need to refine the existing products to further find product-market fit. ☑️ The Bitcoin and Ethereum Networks are Anchoring Liquidity According to the report, Ethereum and Bitcoin have $92.2 billion and $7.7 billion in active DeFi liquidity. If not anything, this shows there are still a lot of Bitcoin not in active DeFi participation. This is an opportunity for builders to build Bitcoin products with unique use cases on Bitfinity What is your main takeaway from this report?🤔 PS: Not a financial advice.

DeFi is necessary for individuals and retails to have access to the electronic cash payment system — Bitcoin!

📰 Freshly minted: Bitfinity Weekly Infrastructure Era 📰 While headlines chased hype, the rails kept getting stronger underneath. → 65K+ BTC moves signal active liquidity cycles → Quantum-resistant roadmap enters early discussion (BIP-361) → Taproot + wallet tooling quietly level up → Tokenized stocks + AI mining reshape infra narratives 🔗Full breakdown for builders : blog.bitfinity.network/bitfinity-week…

How you feel when Claude is correctly implementing all your prompts

Recent research suggests private keys could be derived within minutes during transaction exposure windows. 🌐 This is why BIP 360 is gaining attention as a forward looking upgrade. What’s changing? 👀 BIP-360 introduces a new output design: Pay-to-Merkle-Root (P2MR). Instead of relying on key-based spending, it removes key path exposure entirely and routes transactions through Merkle based script paths. 📣 This shifts security toward hash-based structures, reducing vulnerability to quantum attacks. But it’s not perfect trade-offs include larger transaction sizes and complexity. 🔗 Learn more : blog.bitfinity.network/bitcoins-quant…

Bitcoin now has an established developer ecosystem with dev tools, documentation, and developer communities. Whether you’re in the Ethereum ecosystem or other dev ecosystems, Bitcoin is always welcoming.

A good day to learn more about SHA-256 ⚡️

Lately, there have been security incidents across many ecosystems. This time around, less focus was made on smart contracts logic, but more on operational security. Read this if you’re building a long-term product on Bitcoin: 📍 Setup Multi-sig Wallet It is obviously a dangerous practice to sign critical protocol actions from a single wallet. That creates a single point of failure. It is better to have, for example, 3 or 5 multi-sig wallet. This way, up to 3 entities will have to approve critical protocol actions. It is unlikely that they all will be compromised at the same time. 📍 Set Timelock Allowing time to take its course has saved many protocols thousands and millions. You should endeavor to put time windows for a change to fully materialize. For example, changing the address for protocol fee can have a 48hr window before it comes through. 📍 Have a Separate Machine This single practice is simple, yet overlooked by protocols with large TVLs. Your regular machines have so many likelihood of being compromised. You’re cloning repos, joining meetings, running agents, and so on. Instead, the machine for approving protocol actions should only be used for that purpose. Which of these best practices will you implement for your protocol soon?🌚

If early Web3 demanded developers, 2026 empowers creators. Vibe coding tools are turning ideas into products. No syntax, no complexity. Just intent → execution. From drag and drop dApps to AI assisted smart contracts, the barrier is gone.🌐 No code. Low code. Creator first tools. Web3 isn’t just for builders anymore. It’s for everyone. 🔗 Read more: blog.bitfinity.network/vibe-coding-to…

Read this to have a better grasp of what blockhash is all about on Bitfinity.

How Bitcoin engineering teams feel when they finally launch the product.

Since agents can build and run tasks autonomously, the next stage is here. Now, agents can pay when they need to without human in the loop. The question is, when is this coming to Bitcoin? 📍An Experiment That Has Worked In the Ethereum ecosystem, x402 has been implemented. It is an internet protocol and specification for agents to pay online using stable assets. With this, the payment rail for agents has been built, and developers are tapping into it. 📍 Bringing Agentic Payments Economy to Bitcoin Bitcoin is the home of P2P electronic cash payment. However, not much has been achieved concerning agentic payments. Indeed, the Bitcoin protocol has the technical capacity to support agents in performing transactions. 📍Why Bitcoin Builders Should Tap Into The Agentic Economy AI can do far more than it used to some years back. Bitcoin should not come behind in supporting agents. In the same vein, Bitcoin developers need to see this gap and build for the market. What product can you not wait to build for the agentic economy with Bitcoin?🤔

📰 Freshly minted: Bitfinity Weekly Real World Crypto 📰 While noise chased narratives, the fundamentals kept evolving. 🫳 → Bitcoin crosses 20M mined, scarcity now in focus → Regulators tighten oversight as transaction tracking expands → Wallet attacks rise, security becomes non-negotiable From geopolitics to product layers, crypto is syncing with the real world 📷 Less hype. More real-world utility. 🔗 Full breakdown for builders: blog.bitfinity.network/bitfinity-week…

How smooth building becomes when using Bitcoin rails