Be Pham | Ambassador of InterLink Labs

INTERLINK CHAIN SECURITY VISION: QUANTUM-RESISTANT CRYPTOGRAPHY, BUILT IN FROM DAY ONE 🔥 Every blockchain being built today faces a silent deadline. Cryptographically relevant quantum computers are not a question of if, but when. Most chains are not prepared. InterLink Chain is. Our cryptographic architecture is designed under a single assumption: quantum computers capable of breaking classical cryptography will exist within the operational lifetime of this network. That is why a full modular post-quantum migration path is built into the protocol from day one, preserving the integrity of every on-chain asset, every verified identity, and every consensus guarantee across the transition. The 4-Phase Post-Quantum Migration Strategy: ✅ Phase 1: Infrastructure (Pre-Mainnet) Deploy post-quantum signature precompiles including ML-DSA and FN-DSA. Launch STARK verifier on testnet. This is the groundwork phase, where the chain is equipped with quantum-resistant primitives before mainnet ever goes live. No retrofit. No rushed upgrade later. ✅ Phase 2: Hybrid Mode (Post-Mainnet) Optional post-quantum key pairs become available to all users. Classical and post-quantum dual signatures run side by side. This gives the ecosystem time to adopt quantum-resistant keys without disruption, while maintaining full backward compatibility. ✅ Phase 3: Consensus Migration (Triggered by threat assessment) When threat intelligence signals that quantum capability is approaching critical mass, new validators are required to hold post-quantum keys. A structured migration window opens for existing validators. The consensus layer hardens before the threat arrives, not after. ✅ Phase 4: Full Migration (Elevated threat assessment) Post-quantum signatures become mandatory across the network. The zero-knowledge proof system migrates from ZK-SNARKs to STARKs, which are natively quantum-resistant. At this point, InterLink Chain is fully sealed against quantum attack vectors. Signature Size Reality Check: ECDSA: 65 bytes Dilithium: 2,420 bytes SPHINCS+: 7,856 bytes Post-quantum signatures are significantly larger than classical ones. That is the real engineering challenge. It is why preparing infrastructure, precompiles, and STARK verification in advance is the only path that does not break performance when the migration is triggered. The Taj Mahal was built to last centuries. InterLink Chain is built with the same standard. Trust that does not expire. Infrastructure that does not need to be rebuilt. The Human Network is not just faster. It is engineered to survive the next generation of computing. #InterLink #ITLG #ITL

Time to rest a little. Waiting for the next move from InterLink ✨ #InterLink #ITLG #ITL

THE ROAD TO 10,000 PAYMENT POINTS. ARE YOU ON IT? 🌐 Four days ago, @itl_fdn opened the registration form for merchants and businesses ready to join InterLink's payment network. The spots are being filled. The network is being built. 10,000 payment points in 2026 is not just a target. It is a commitment to real-world adoption at scale. If you have not registered yet, now is the time. Application Link: interlink.foundation/form-payment-p… #InterLink #ITLG #ITL

GM Linkers ☕✨ #InterLink #ITLG #ITL

INTERLINK TAJ MAHAL TESTNET FINALITY & PERFORMANCE BENCHMARK 🔥 InterLink Taj Mahal Testnet is not just about speed. It is about finality, certainty, and real-world usability. Raw TPS numbers mean nothing if a transaction can be reversed or if the network cannot handle the compliance demands of real commerce. That is why we benchmarked against finality, the metric that actually matters for payment infrastructure. Finality comparison across major networks: ✅ @itl_fdn: under 2.3s, deterministic finality Once a block is committed, it is permanently final. No reorg. No probabilistic waiting window. Settlement certainty built for payment and RWA infrastructure. ✅ @PiCoreTeam: roughly 5 to 7s Solid performance for a community-driven network, but still noticeably slower than what payment-grade settlement demands. ✅ @solana: roughly 0.15s, probabilistic Impressive raw block time, but finality is probabilistic. The network has a history of reorgs and outages, and MEV extraction is structurally embedded. Not a foundation built for tokenized real-world assets. ✅ @trondao: roughly 57s Widely used for stablecoin transfers, but finality speed lags significantly behind modern payment expectations. ✅ @ethereum: roughly 12.8 minutes Secure and battle-tested, but economic finality was never designed for real-time commerce. This is the gap every modern chain is trying to close. Why deterministic finality matters: When a merchant accepts a payment, they need to know it is final. Not "final with 99.9% probability after 12 confirmations." Final. When tokenized real-world assets settle on-chain, there is no room for reorg risk. InterLink Chain is engineered from the ground up for this single truth. Settlement must be certain, immediate, and institution-grade. Our mainnet vision: We are pushing finality 80 to 90 percent faster than the current testnet baseline. This will deliver settlement speeds several times ahead of current blockchain systems, and surpass Solana in finality while preserving full deterministic certainty. Speed without safety is a trap. Speed with identity verification and deterministic settlement is the foundation of the next era of commerce. Every number here was earned by a team that refused to cut corners. Every community walking this journey with us is part of this milestone. A special thank you to the Indian community, whose legacy inspired the name Taj Mahal. This is the first time the Human Network touches its real infrastructure. And this is only the beginning. #InterLink #ITLG #ITL

Cozy vibes, powered by a little axo energy 💜🫶 #InterLink #ITLG #ITL

🎆 INTERLINK TESTNET TAJ MAHAL IS LIVE 🎆 The day every verified human in this network has been building toward. For the first time in our history, InterLink Testnet Taj Mahal is alive. Real blocks. Real transactions. Real settlement. The infrastructure that 7M+ humans have been mining, verifying, and believing in is no longer a plan on a roadmap. It is running. This is not a test of whether we can. It is proof that we already have. InterLink Testnet Taj Mahal is phase one of many. Every phase after this will push the bar higher on security, scalability, legal compliance, and ecosystem readiness. What launches today is only the opening gate. Named in tribute to our largest community — the Indian community. Future phases will honor others who shaped this network. Performance snapshot (Phase 1): • TPS: up to ~2,000 • Finality: <2.3s — deterministic • Block Time: ~2.3s (single-block finality) • Average Fee: from ~$0.0002 in ITL • Compatibility: EVM Ready

Let’s check in at the global event, Linkers 🌍🚀 #1YearInterLinkAmbassadorEvent #InterLinkV5.0

Enjoy a little weekend vibe🌊💜 #InterLink #ITLG #ITL

ARE YOU READY FOR THE GLOBAL OFFLINE EVENT? 🌍🚀 April 19 will be a global moment. Across the world, Global Ambassadors will simultaneously host online events, offline meetups, workshops, and live streams. All happening on the same day, across multiple platforms. This is where Linkers and Ambassadors come together to officially introduce InterLink 5.0: • Verification Process • InterLink Card • InterLink Foundation • InterLink Taj Mahal Testnet InterLink Upcoming: Business Tokenization, DApp ecosystem, vITLG migration, and ITL staking A moment to celebrate 1 year of the InterLink Ambassador Program and everything the community has built together: • Over 10,000 Official Ambassadors • More than 200,000 pieces of content created monthly • Nearly $10,000 USDT + 10M ITLG distributed every month From zero to a global network powered by real humans. Are you ready to be part of it 🔥 #InterLink #ITLG #ITL #1YearInterLinkAmbassadorEvent #InterLinkV5.0

3 TO 5 SECONDS⏱️THIS IS HOW INTERLINK CHAIN SETTLES PAYMENTS For a payment network to work in the real world, finality cannot be probabilistic. A merchant cannot accept a transaction that might be reversed. A business cannot tokenize revenue that could be rolled back. InterLink Chain uses Byzantine Fault Tolerant consensus with deterministic finality. Every transaction goes through four phases: Propose, Verify, Lock, Finalize. Once a transaction reaches the Finalize phase, it is permanent. No reorganizations. No forks. No reversals. This settles in 3 to 5 seconds. Ethereum takes approximately 12 minutes for economic finality. Solana is fast but non-deterministic, meaning blocks can be re-ordered. InterLink Chain was designed specifically for commerce. In commerce, certainty is not optional. It is the baseline requirement. #InterLink #ITLG #ITL

I’ve got my own watch too, do you have yours yet?⏱️👀 #InterLink #ITLG #ITL

Find the difference in this image 👀✨ #InterLink #ITLG #ITL

INTERLINK VISA CARD IS OFFICIALLY LIVE 💳 @inter_link officially introduces the InterLink Visa Card. This marks a major step in bringing digital assets closer to real-world usage. Unlike most Web3 products that stop at storage or trading, the InterLink Visa Card is built for direct usability. Users can seamlessly convert digital assets such as USDT and ETH into real purchasing power. Crypto is no longer just value on a screen, it becomes a usable payment method in everyday life. The onboarding process is designed for efficiency and simplicity. Users can complete registration quickly without complex steps or technical barriers. A key advantage lies in its broad integration. The card can be easily connected to platforms like Apple Pay, Google Pay, Notion, Shopee, Grab and any system that supports Visa. This unlocks flexible spending across nearly all daily scenarios, from shopping and transportation to digital services. The InterLink Visa Card is more than just a payment product. It acts as a direct bridge between Web3 financial infrastructure and the real economy, where value can be used, circulated, and integrated into everyday life. This is also the first step toward integrating @inter_link native tokens into real-world payments. As the ecosystem evolves, assets like $ITL and $ITLG are expected to move beyond the network and become part of everyday transactions, completing the loop between on-chain value and real economic activity. Update the app and explore it now. 🚀 #InterLink #ITLG #ITL

Hệ sinh thái hoàn chỉnh Thẻ Visa chỉ là một phần. Khi kết hợp với ví và hệ sinh thái, InterLink đang xây dựng một hệ thống khép kín. #InterLink #ITLG #ITL

Giá trị thực tế Khi tài sản số có thể dùng để thanh toán, giá trị của nó trở nên rõ ràng hơn. Không chỉ là con số, mà là khả năng sử dụng. #InterLink #ITLG #ITL

Dễ tiếp cận Một điểm mình thấy là quy trình không phức tạp. Người dùng không cần hiểu sâu blockchain vẫn có thể sử dụng. Điều này giúp mở rộng người dùng. #InterLink #ITLG #ITL

Cầu nối crypto và đời sống InterLink đang tạo cầu nối giữa tài sản số và đời sống thực. Không còn chỉ là lưu trữ, mà bắt đầu có thể sử dụng. Đây là bước tiến quan trọng. #InterLink #ITLG #ITL

Trải nghiệm thanh toán Mình thử nhìn InterLink Visa Card như một phương thức thanh toán thông thường. Điểm khác là phía sau nó là tài sản số, nhưng trải nghiệm lại khá quen thuộc. Điều này giúp việc tiếp cận dễ hơn với người mới. #InterLink #ITLG #ITL

InterLink Visa Card – Khi tài sản số bắt đầu dùng trong đời sống #InterLink #ITLG #ITL