Wrapped Bitcoin usually means trusting a company with your BTC. ckBTC on $ICP is different. The BTC is held by canisters, controlled by the network's threshold signing. No company holding the bag.

A feature I’d love to see from @dfinity for Internet Identity and @oisy : Support true multi-factor / multi-device authorization. For example, instead of: iPhone OR YubiKey OR Mac allow users to require: iPhone + YubiKey or even a 2-of-3 policy for high-value transactions. This would make compromising a single device insufficient to access or move funds, and could significantly strengthen OISY for long-term, high-value ICP custody. Optional for normal users, but extremely valuable for security-focused users. @PierreSamaties @dominic_w

I found the official beta access for ChatT, Pakistan’s sovereign messaging app built on ICP. ✅ iOS ✅ Android I’ll share the access method and links shortly. If you’re interested in ICP projects, repost and follow. I’ll keep digging for things that don’t usually appear in official announcements. 🔁 Repost ➕ Follow #icp #internetcomputer @PierreSamaties @dominic_w @dfinity @DfinityToday Here’s a first look at what the app looks like:

When the community proposes, the network executes. Thank you, #ICP #icp @dfinity @dominic_w @PierreSamaties

♾️ INTERNET COMPUTER ┃ ┣ 📁 Sovereign Cloud ┃ ┣ Serverless Compute ┃ ┣ Canisters ┃ ┣ Persistent Memory ┃ ┣ Onchain Storage ┃ ┣ Web Hosting ┃ ┣ Auto Scaling ┃ ┣ Fault Tolerance ┃ ┣ Tamperproof Software ┃ ┣ Sovereign Cloud Engines ┃ ┗ Independent Node Providers ┃ ┣ 📁 AI ┃ ┣ AIware ┃ ┣ Self-Writing Apps ┃ ┣ AI Agents ┃ ┣ Caffeine ┃ ┣ ICP Ninja ┃ ┣ Motoko for AI ┃ ┣ LLM Canister ┃ ┗ Agent Skills ┃ ┣ 📁 Chain Fusion ┃ ┣ Bitcoin ┃ ┣ Ethereum ┃ ┣ Solana ┃ ┣ EVM Chains ┃ ┣ Native Bitcoin ┃ ┣ Threshold ECDSA ┃ ┣ Threshold Schnorr ┃ ┣ EVM RPC ┃ ┣ SOL RPC ┃ ┗ HTTPS Outcalls ┃ ┣ 📁 Digital Assets ┃ ┣ ICP ┃ ┣ ckBTC ┃ ┣ ckETH ┃ ┣ ckERC20 ┃ ┣ Stablecoins ┃ ┣ Tokenized Assets ┃ ┣ Multi-Chain Assets ┃ ┗ Cycles ┃ ┣ 📁 Governance ┃ ┣ NNS ┃ ┣ SNS ┃ ┣ Neurons ┃ ┣ Proposals ┃ ┣ Voting ┃ ┣ Staking ┃ ┣ Voting Rewards ┃ ┗ Decentralized App Governance ┃ ┣ 📁 Identity ┃ ┣ Internet Identity ┃ ┣ Passkeys ┃ ┣ WebAuthn ┃ ┣ Biometrics ┃ ┣ Delegations ┃ ┗ Principal IDs ┃ ┣ 📁 Cryptography ┃ ┣ Chain-Key Cryptography ┃ ┣ Threshold Signatures ┃ ┣ Threshold BLS ┃ ┣ Threshold ECDSA ┃ ┣ Threshold Schnorr ┃ ┣ Certified Data ┃ ┗ VetKeys ┃ ┣ 📁 Network ┃ ┣ Subnets ┃ ┣ Nodes ┃ ┣ Node Providers ┃ ┣ Consensus ┃ ┣ Replication ┃ ┣ Boundary Infrastructure ┃ ┣ Network Nervous System ┃ ┗ WebAssembly Execution ┃ ┣ 📁 Developer ┃ ┣ Motoko ┃ ┣ Rust ┃ ┣ JavaScript ┃ ┣ TypeScript ┃ ┣ Candid ┃ ┣ icp-cli ┃ ┣ ic-wasm ┃ ┣ PocketIC ┃ ┣ ICP Ninja ┃ ┣ Quill ┃ ┣ Rust CDK ┃ ┗ ICP SDK ┃ ┣ 📁 Applications ┃ ┣ Full-Stack Apps ┃ ┣ Websites ┃ ┣ SaaS ┃ ┣ Social ┃ ┣ Messaging ┃ ┣ Wallets ┃ ┣ DeFi ┃ ┣ AI Apps ┃ ┣ Enterprise Systems ┃ ┗ Digital Services ┃ ┣ 📁 Ecosystem ┃ ┣ Caffeine ┃ ┣ OISY ┃ ┣ OpenChat ┃ ┣ Consumer Apps ┃ ┣ Government ┃ ┣ Enterprise ┃ ┣ NGOs ┃ ┣ Developers ┃ ┗ Open Source ┃ ┣ 📁 Wallet & Payments ┃ ┣ OISY ┃ ┣ ICP ┃ ┣ Bitcoin ┃ ┣ Ethereum ┃ ┣ Solana ┃ ┣ Stablecoins ┃ ┣ Swaps ┃ ┣ Multi-Chain Custody ┃ ┗ Browser Wallet ┃ ┣ 📁 Compute Economy ┃ ┣ ICP Token ┃ ┣ Cycles ┃ ┣ Compute ┃ ┣ Storage ┃ ┣ Bandwidth ┃ ┣ Node Rewards ┃ ┣ Governance Rewards ┃ ┗ ICP → Cycles ┃ ┗ 📁 Build ┣ ICP Skills ┣ Caffeine ┣ ICP Ninja ┣ icp-cli ┣ Motoko ┣ Rust ┣ PocketIC ┣ Candid ┣ Documentation ┗ Open Source ♾️ INTERNET COMPUTER Sovereign Cloud. AIware. Chain Fusion. Onchain Everything. @dominic_w @PierreSamaties

==================== Why ICP is different? ==================== - On most blockchains, only the token lives on-chain. - On Internet Computer, the entire application does. The strongest security system fails when its weakest link is centralized. Internet Computer changes the equation: no single server, no single point of failure, but an entire network operating as a decentralized computer. #Bitcoin #BTC #Crypto #Cryptocurrency #Web3 #Blockchain #Ethereum #ETH #DeFi #Altcoins #Solana #Sui @dominic_w @dfinity @PierreSamaties

This is exactly the type of problem the Internet Computer (ICP) was built to solve. Instead of paying millions for legacy enterprise software, entire business systems can run directly on-chain with tamper-proof backends, dramatically reducing infrastructure and licensing costs. It’s worth taking a serious look. @koomen @dfinity @dominic_w @PierreSamaties

We need cloud engine indicator @dominic_w @PierreSamaties @dfinity @DFINITYDev #icp 👇🏻

Is there a technical expert who can explain the mechanics of "voting against" or decommissioning a Sovereign Subnet on ICP? This is a fundamental question regarding protocol governance. While "Digital Sovereignty" for subnets is a core strength, it raises concerns regarding whether governance voting could be used as an exclusionary tool. Is the protocol explicitly designed to safeguard sovereign rights against arbitrary decisions, or does it leave the door open to scenarios that could threaten data security and continuity? Guaranteeing "Sovereign Rights" against any arbitrary vote is a critical requirement for future institutional and government adoption of the protocol. Looking forward to your technical insights. #ICP #InternetComputer #BlockchainGovernance #Dfinity #SovereignCloud @dominic_w @PierreSamaties

An incident like this reminds us that centralization is not just a “cloud service”… It is authority capable of shutting you down with a single decision. If your infrastructure only works with permission from another party, then you do not truly own it.

How does the Internet Computer work to protect the web?

The field of cryptography and cryptocurrencies appeared as a useful technology — but a raw one that needed to be reshaped to produce something genuinely useful. Before that, its security and robustness had to be tested so we could rely on it. The best way to test a system is to attach something tempting to it that makes the entire world try to break it. That is exactly why Bitcoin appeared in 2008 — the test began, and it was meant to run for 20 years. Instead of paying bounties to testers, the bounty itself was made the prize: Bitcoin’s own value. Break it, and you get it. After 10 years of the test succeeding, in 2018 the production of the core idea began — the idea where the real-world applications of cryptography would actually live: Internet Computer Protocol One computer — one compute layer — one programming language — unified governance. The whole world inside a single system. We are approaching the actual, globally-adopted use of cryptography, expected around 2028. That is why we’re hearing the first adoptions starting from 20 January 2026 with Switzerland. Other countries will follow in rapid succession, because traditional infrastructure is under threat — both in software and physically. Cryptography exists in order to create the new oil: Cycles. ICP is the new oil. BTC is one phase among phases.

Breaking: Now!!! Proposal 141774 #icp and @mecx 🚀🚀🚀🚀

Hint ♾️ @MEXC #icp @DfinityToday

ICP computing is the source And the tools: •Coffee = @caffeineai •Research = @dfinity Foundation •Community = #ICP Community And finally, we welcome the new guest: @MEXC

Proposal 141651 sets cycles_cost_schedule = "Free" for the Pakistan cloud engine. How does Mission 70’s 20% burn work when cycles aren’t metered on-chain? And will it be dashboard-visible per engine? Asking as a Swiss Subnet beta builder modeling Gulf deployments.@PierreSamaties