Bitfinity Network

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

How smooth building becomes when using Bitcoin rails

If the world must be better with Bitcoin, someone has to build useful Bitcoin protocols.

Chainkey is a strong cryptographic primitive that powers Bitfinity. But do you understand how it works? Read this 👀

🗞️ Freshly minted: Bitfinity Weekly Resilient by Design 🗞️ While headlines focused on geopolitics, the infrastructure layer kept proving its strength 🫳 → Bitcoin network health stays robust with 24K+ nodes and strong hashrate → Lawmakers move to protect blockchain developers building open tools → Miner capitulation shows signs of ending as rigs return online → Europe positions for regulated crypto growth → ICP’s Mission 70 links network usage with token economics Less speculation. More resilient infrastructure. 🔗 Full breakdown for builders: blog.bitfinity.network/bitfinity-week…

The biggest AI shift in 2026 isn’t bigger models. It’s specialized ones. One model for everything worked in 2022. But production systems now optimise for different priorities: • Reasoning for critical logic • Speed for real-time apps • Cost efficiency for agents • Massive context for codebases The real stack is multi-model orchestration. 🔗 Learn more blog.bitfinity.network/the-technology…

Some years back, the outputs of LLMs for complex tasks were mid at best. ✅ Goodnews? They’ve progressed faster and can now handle complex software engineering tasks. As a Bitcoin developer in 2026, you need to have the right toolset of specialize agents for your operations. 📍 High-stakes Agents Some tasks require an enormous amount of speciality and accuracy. For example, hunting criticals on a cross-chain protocol with 20k SLOC is a lot of work. Therefore, in this case you need the 'brains' from AI models optimised for precision, reasoning, and deep understanding. Per data, Opus 4.6 is seeming to be one of the most performing models in this context. 📍 Speed Agents Capacity is a good feature, but speed is sometimes more important; it’s better when a model has capacity and is speedy. Any model that hallucinates or takes long to output answers becomes counter-productive, and this is where speed matters as well. According to data from Artificial Analysis, the gpt-oss family, both 20B and 120B, are the current speed champions with an OTPS of 311 and 307 respectively. Following closely are Gemini 3 Flash and Nemotron 3 Nano, each with 207 OTPS. Many Bitfinity builders are shipping faster with these models. Which one is your best at the moment?🤔

The entire Bitcoin community has been getting ready for the post-quantum world. Hence, the adoption of BIP360. What’s your view on it?

🗞️ Freshly minted: Bitfinity Weekly Built to Use 🗞️ While timelines chased headlines, the infrastructure layer kept compounding: → Custody firms and infra IPOs signaled scale ready Bitcoin rails → Lightning native USD credit pushed real institutional settlement → Offline phishing campaigns reminded users: security is constant → Institutions leaned deeper into DeFi, tokenization, and multichain stacks → ICP’s “Mission 70” shifted focus from issuance to real usage Less issuance. More utilization. 🔗Full breakdown for the builders: blog.bitfinity.network/bitfinity-week…

With where quantum computing is heading, soon enough, Bitcoin private keys can be derived from public keys. This is why some concerned Bitcoiners are proposing BIP360 to make Bitcoin more prepared for the future. 🌐 What are the key updates in this proposal?👇 The main innovation of this proposal is a new output type called the Pay-to-Merkle-Root design. The innovation of P2MR is how it computes output to the root of a script’s merkle root without commiting to an internal key. That is, it doesn’t have any key path spend. The P2MR design is, however, not infallible. The researchers agree it is still vulnerable to short exposure attacks. 🗣️ While the Bitcoin community is concerned with quantum threat, Bitfinity is bringing the quantum-safety of Ethereum to Bitcoin developers. 🔗 Here is the doc: docs.bitfinity.network/getting-starte…

2026 isn’t about hiding. It’s about proving without revealing. 🔓 If early crypto chased anonymity, 2026 builds compliant privacy. Zero-knowledge moved to production, zkVMs went live, MPC secured institutions, and FHE pushed encrypted compute closer to reality. From mixers to rule level compliance, privacy matured. 🌐 Selective disclosure. Auditable systems. Protocol-level logic. Privacy isn’t a loophole anymore. It’s infrastructure. 🔗 Read more : blog.bitfinity.network/the-technology…

How Bitcoin developers run to add AI features to their products:

Bitcoin wasn’t born in 2008. It was forged over 50 years. From public key cryptography and digital signatures to cypherpunks, proof of work, and peer-to-peer networks Bitcoin is the sum of 11 revolutionary ideas.🌐 No single genius. No overnight miracle. Just decades of code, conviction, and resistance. The bricks that built Bitcoin.   🔗 Read more: blog.bitfinity.network/the-cypherpunk…

Which word did you see first? 🤔

2025 was quite a year for the Bitcoin ecosystem with so much wins and lessons to learn.⚡️ @epochvc published a report on the ecosystem that every builder should read for better perception. 📣 Here are the main points you should know from the report: 📍Bitcoin L2s Should Focus on Applications over Infra The report uses Lightning as a major case study; highlighting how Bitcoin podcasters are discussing it, but it’s not significantly adopted in the market. A problem that was largely attributed to its positioning. The market, according to the report, doesn’t understand “L2 scaling solutions,” but gets “Bitcoin that works like Venmo!” For Bitcoin app and chain builders, 2026 should be a year to focus more on consumer-centric utility and positioning. 📍 Quantum Computing Risk to Bitcoin One core secret behind Bitcoin’s security is the nearly impossible computational power required to break its algorithm. This was an imminent threat in 2025, and many researchers are looking into the ways out. Currently, there are propositions around contingency plans to salvage the situation if quantum indeed breaks Bitcoin. Having read all this, what are your forecast for the ecosystem this year? Share in the comments.👇🏻

There are many varieties of layer 2 solutions on Bitcoin. As a builder, which one is currently your most used solution?

Wondering how to build on Bitfinity? 🤔

Crypto’s next phase isn’t disruption. It’s integration. Built quietly, tested cautiously, and shaped by institutions that care more about custody, compliance, and infrastructure than headlines. 👉 From private Bitcoin access at global banks to sustained hash rate security, identity upgrades, and mobile-first Web3 experiences, the pattern is consistent: make crypto usable without losing its edge. This isn’t speculative energy. It’s operational maturity. Less noise. More trust. More everyday relevance. 🔗 Read more: blog.bitfinity.network/bitfinity-week…

📰 Freshly minted: Bitfinity Weekly From Talk to Tech 📰 This week, while crypto timelines debated narratives, the real work moved quietly forward: → Bitcoin explored post-quantum cryptography → Nation-states reshaped on-chain crime patterns → 2026 framed as the execution era, not hype → Mining difficulty auto-adjusted, network stayed resilient → Compliance tightened as adoption matured Less noise. More systems that actually work. 🔗 Full breakdown if you want to dig in: blog.bitfinity.network/bitfinity-week…