LinkersMap has reached over 4,000 followers on X! 🎉
It has been two months since LinkersMap @LinkersMap was launched, and we are beyond happy to have achieved over 4,000 followers on X.
So far, the LinkersMap platform has achieved:
🟣 Over 1 million visits to the LinkersMap app
🔵 Over 700,000 impressions on the official LinkersMap X account alone
🟢 Over 1,395 businesses registered globally across five continents, including Africa, Asia, Europe, North America, and South America
This achievement would not have been possible without the support of the InterLink community.
Thank you, everyone!
Our next target is 5,000 followers on X! 🚀
@LinkersMap
LinkersMap @LinkersMap now has direct marketing access to InterLink’s community of nearly 10 million users through the InterLink App.
Posts shared through LinkersMap’s official X account can now be directly linked and displayed inside the InterLink App, significantly expanding our reach across the InterLink ecosystem.
This gives LinkersMap a powerful new channel to promote platform updates, campaigns, business opportunities, and future $LMP developments directly to millions of InterLink users. @Dr_Picoin
🎉 FINAL CALL | CREATE YOUR 10M LINKERS AVATAR
The 10M Linkers Avatar Campaign is still live, but not for much longer.
⏰ Deadline: August 24, 2026
If you haven’t created your avatar yet, now is the time to join the celebration and show that you were part of InterLink’s journey to its first 10 million Linkers.
✨ Create your 10M Linkers Avatar:
https://t.co/3h0Zq4R6qt
Then:
1. Update your avatar on any social platform
2. Share it with the hashtag #WeAreTheFirst10MLinkers
3. Join thousands of Linkers celebrating this historic milestone together
🎁 10 lucky Linkers will each receive $50!
The first 10 million represent the people who were here during one of the most important chapters in InterLink’s journey.
Don’t miss your chance to leave your mark before the campaign closes on August 24.
#InterLink #ITLG #ITL #WeAreTheFirst10MLinkers
Interlink Network ( $ITLG, $ITL ) is so hot and full of momentum!
Number of users is approaching 10 millions. It has over 355K X followers. Launched less than 1 1/2 year ago, it has gone from a free mining platform (it still is) morphing into a multi-function real world application mall.
Interlink is rapidly building and evolving and Its future is so exciting!
#Interlink #ITLG #ITL #Web3 #BusinessToken #BT #RWA #DeFi #AI #Gaming #GlobalPayment #DEX #ReverseAuction #Layer1 #Crypto #BlockChain
🚀 PHASE 1 | INTERLINK LABS’ FIRST REVERSE AUCTION BUYBACK is live!
📊 Current stats (as of Aug 11, 2026, 4:15 AM):
• Total Offers: 325
• Total ITL Offered: 1,919,422.37 ITL
• Lowest Ask: 0.0207 USDT
• Highest Ask: 1,500.00 USDT
• Median Ask: 20.00 USDT
Sorted by asking price (lowest first).
The community is stepping up — let’s see how this reverse auction unfolds! 🔥
#InterlinkLabs #ITL #Buyback #ReverseAuction #WeAreTheFirst10MLinkers
🚀 PHASE 1 | INTERLINK LABS’ FIRST REVERSE AUCTION BUYBACK is live!
📊 Current stats (as of Aug 11, 2026, 4:15 AM):
• Total Offers: 325
• Total ITL Offered: 1,919,422.37 ITL
• Lowest Ask: 0.0207 USDT
• Highest Ask: 1,500.00 USDT
• Median Ask: 20.00 USDT
Sorted by asking price (lowest first).
The community is stepping up — let’s see how this reverse auction unfolds! 🔥
#InterlinkLabs #ITL #Buyback #ReverseAuction #WeAreTheFirst10MLinkers
Post-Quantum Cryptography: InterLink Is Preparing Before the Threat Arrives
Quantum computers powerful enough to threaten modern cryptography may still be years away, but for InterLink, waiting until that moment arrives would already be too late. Post-quantum cryptography is not about using quantum computers to perform cryptography. It is about developing cryptographic systems that are secure today and can remain secure in a future where large-scale quantum computers exist.
One of the most important concerns is known as “Harvest Now, Decrypt Later.” A sophisticated adversary does not need a powerful quantum computer today. They can collect and store encrypted information now, wait for quantum computing to mature, and attempt to decrypt that historical data later. For blockchain networks, the challenge is even more fundamental because cryptographic signatures are directly connected to asset ownership, transactions, validators, and network security.
This is why InterLink is preparing carefully and far ahead of the potential threat. Instead of treating post-quantum security as something that can simply be added later, InterLink is approaching it as a long-term infrastructure challenge. Researchers, cryptography specialists, engineers, and scientists are being brought into the discussion to study how quantum-resistant cryptography can eventually be integrated into different layers of the InterLink Network without sacrificing security, scalability, or usability.
This work requires much more than choosing a new signature algorithm. InterLink must consider how quantum-resistant signatures interact with wallets, accounts, validators, consensus infrastructure, smart contracts, key management, transaction size, network performance, and millions of users. Post-quantum algorithms can also introduce different computational, bandwidth, and storage requirements compared with the elliptic-curve systems commonly used by blockchains today. Designing the correct architecture therefore requires extensive research, testing, benchmarking, and security review.
Fortunately, this transition is no longer purely theoretical. NIST has already standardized the first generation of major post-quantum cryptographic standards, giving researchers and engineers a much stronger foundation for real-world implementation. InterLink is closely following the development of these standards and the broader cryptographic research community while evaluating what approaches can provide the right balance between long-term security and practical blockchain performance.
More importantly, InterLink does not believe that a network serving millions of people should depend on a rushed migration after a quantum breakthrough is announced. Changing the cryptographic foundation of an entire blockchain ecosystem could take years. Wallets may need migration paths, infrastructure may require upgrades, validators must remain compatible, and users need a secure way to move from existing keys to quantum-resistant ones. These problems should be studied before they become emergencies.
For this reason, post-quantum security and AI are becoming two important long-term research priorities for InterLink. The objective is not to create fear that quantum computers will break blockchain tomorrow. It is to build the scientific and engineering foundation today so that InterLink has a clear path forward if that threat becomes real.
The next generation of blockchain infrastructure should not only be secure against the threats we understand today. It should be designed with enough foresight to survive the cryptographic world of tomorrow.
#InterLink #ITLG #ITL
Post-Quantum Cryptography: InterLink Is Preparing Before the Threat Arrives
Quantum computers powerful enough to threaten modern cryptography may still be years away, but for InterLink, waiting until that moment arrives would already be too late. Post-quantum cryptography is not about using quantum computers to perform cryptography. It is about developing cryptographic systems that are secure today and can remain secure in a future where large-scale quantum computers exist.
One of the most important concerns is known as “Harvest Now, Decrypt Later.” A sophisticated adversary does not need a powerful quantum computer today. They can collect and store encrypted information now, wait for quantum computing to mature, and attempt to decrypt that historical data later. For blockchain networks, the challenge is even more fundamental because cryptographic signatures are directly connected to asset ownership, transactions, validators, and network security.
This is why InterLink is preparing carefully and far ahead of the potential threat. Instead of treating post-quantum security as something that can simply be added later, InterLink is approaching it as a long-term infrastructure challenge. Researchers, cryptography specialists, engineers, and scientists are being brought into the discussion to study how quantum-resistant cryptography can eventually be integrated into different layers of the InterLink Network without sacrificing security, scalability, or usability.
This work requires much more than choosing a new signature algorithm. InterLink must consider how quantum-resistant signatures interact with wallets, accounts, validators, consensus infrastructure, smart contracts, key management, transaction size, network performance, and millions of users. Post-quantum algorithms can also introduce different computational, bandwidth, and storage requirements compared with the elliptic-curve systems commonly used by blockchains today. Designing the correct architecture therefore requires extensive research, testing, benchmarking, and security review.
Fortunately, this transition is no longer purely theoretical. NIST has already standardized the first generation of major post-quantum cryptographic standards, giving researchers and engineers a much stronger foundation for real-world implementation. InterLink is closely following the development of these standards and the broader cryptographic research community while evaluating what approaches can provide the right balance between long-term security and practical blockchain performance.
More importantly, InterLink does not believe that a network serving millions of people should depend on a rushed migration after a quantum breakthrough is announced. Changing the cryptographic foundation of an entire blockchain ecosystem could take years. Wallets may need migration paths, infrastructure may require upgrades, validators must remain compatible, and users need a secure way to move from existing keys to quantum-resistant ones. These problems should be studied before they become emergencies.
For this reason, post-quantum security and AI are becoming two important long-term research priorities for InterLink. The objective is not to create fear that quantum computers will break blockchain tomorrow. It is to build the scientific and engineering foundation today so that InterLink has a clear path forward if that threat becomes real.
The next generation of blockchain infrastructure should not only be secure against the threats we understand today. It should be designed with enough foresight to survive the cryptographic world of tomorrow.
#InterLink #ITLG #ITL
I'm launching the biggest memecoin of 2026.
https://t.co/pX5JfHr9BU
you have 15 hours to fill out form.
for a bonus airdrop, rt + drop your SOL address
LinkersMap @LinkersMap now has direct marketing access to InterLink’s community of nearly 10 million users through the InterLink App.
Posts shared through LinkersMap’s official X account can now be directly linked and displayed inside the InterLink App, significantly expanding our reach across the InterLink ecosystem.
This gives LinkersMap a powerful new channel to promote platform updates, campaigns, business opportunities, and future $LMP developments directly to millions of InterLink users. @LinkersMap