3,000,000 BLOCKS SECURED.
Proud to announce a massive milestone for Dilithium3: the first stage is complete with native Quantum-Resistant protection from block zero.
The numbers are official:
⚡ 416,000 certs/sec
🔐 Full PQC Architecture
🇪🇸 100% Proprietary Tech (No forks)
Years of sacrifice and silent work to build the fastest and most secure blockchain on the planet.
This isn’t Silicon Valley; this is Made in Spain.
And this, is just the beginning. 🚀
#Blockchain #CyberSecurity #PQC #QuantumResistant #Web3 #FinTech #Dilithium3
Dilithium3: PQC Resistant L1 Blockchain. 🛡️
Abrimos oficialmente nuestra web para el despliegue de servicios en Testnet.
Seguridad NIST Nivel 3 nativa para una infraestructura de confianza inmutable.
🌐 https://t.co/VI1klnefN4
#NIST#FIPS204#Blockchain#Dilithium3#PQC
The "Quantum Gap" is Real: Is Your Blockchain a Sitting Duck?
The image below tells a stark truth: the giants we rely on today—Bitcoin, Ethereum, Solana—are built on cryptographic foundations (ECDSA and Ed25519) that a quantum computer could crack in seconds.
While the industry leaders are "researching" or "exploring," the vulnerability remains wide open.
We Aren't Waiting for the Future. We Built It.
At Dilithium3, we didn’t just add a "patch." We built Native Quantum Encryption into our core DNA.
Dilithium3 Powered: We’ve implemented the NIST-selected standard for post-quantum signatures as our native signature scheme.
Patent-Pending Technology: Our unique approach to quantum-resistant architecture isn't just a fork—it’s a proprietary, patent-pending evolution of blockchain security.
True Sovereignty: While others are vulnerable to Shor’s Algorithm, our users' private keys remain mathematically shielded against the next generation of computing power.
Why It Matters Now:
Quantum computing isn't a "maybe"—it's an "eventually." In a world where "harvest now, decrypt later" is a real strategy used by bad actors, Quantum Resistance isn't a luxury; it’s a prerequisite for long-term value.
Stop settling for "Researching." Move to Secure.
#Blockchain #Web3 #QuantumComputing #CyberSecurity #Dilithium3 #PostQuantumCryptography #CryptoSecurity #TechInnovation #PQC
The quantum threat is real. By 2030, quantum computers could break 99% of today's encryption. Your crypto wallet uses ECDSA - the same encryption quantum computers can crack in minutes.
At Dilithium3, we built the world's first production-ready quantum-resistant blockchain. Using NIST-approved ML-DSA-65 signatures, your assets stay protected even when quantum supremacy arrives.
Don't wait for the "harvest now, decrypt later" attacks to affect you.
#QuantumComputing #Blockchain #CyberSecurity #Dilithium3 #PostQuantum #CryptoSecurity #FutureProof #NIST #QuantumResistant #Web3
Time is the one resource a lawyer can never recover.
In the digital age, security shouldn't be a drain on your time—it should be a guarantee.
With Dilithium³, we integrate quantum resistance into your workflow, allowing you to protect your most valuable asset with the most advanced technology on the planet.
The perfect intersection of Law and future-proof technology is here.
#LegalInnovation #TechLaw #QuantumReady #Dilithium3 #Efficiency #DigitalSecurity #CyberSecurity #Blockchain
The beauty of quantum computing isn't just in the complexity of the qubits, but in the doors it will open for those who follow us.
We are currently in the "foundational era" of quantum technology. Every line of code we write and every error correction milestone we achieve is a brick in a structure we might not see finished, but that will change everything for the next generation.
“Building today what future generations will thank us for.”
From revolutionizing medicine to solving global sustainability challenges, we aren’t just processing data we are architecting a legacy of possibility.
Proud to be part of the journey.
#QuantumComputing #Innovation #FutureTech #DeepTech #LegacyBuilding #Dilithium3 #Blockchain
At Dilithium3, our mission is defined by one unwavering conviction: "Building today what future generations will be grateful for."
This goes beyond technology; it is a commitment to digital sovereignty and the long-term resilience of our critical infrastructure. We envision a future where data integrity, record immutability, and system security are the standard, even in the face of the "Q-Day" threat and quantum computing.
This is why we work 24/7 deploying the future. As of today, we have already deployed more than 300 Smart Contracts on our L1 Blockchain to protect vital sectors:
⚖️ Legal & Government: Ensuring information immutability and integrity in voting systems.
🛡️ Military & Industrial: Shielding critical protocols and traceability against current and future attacks.
🧬 Pharma & Science: Guaranteeing the validity of research data, patents, and academic credentials (such as our StudentCredentialNFT), designed to last for decades.
We are building a future where digital trust is a right, not a privilege. A robust legacy for those to come.
#QuantumProtection #DigitalSovereignty #CriticalInfrastructure #Blockchain #Dilithium3 #QuantumResistant #SecureFuture #Innovation
¿Sánchez mintió o Moncloa no encuentra los registros? ✈️ Con Dilithium3, no habría debate.
Si el registro de vuelos y los acuerdos de transparencia estuvieran bajo nuestro smart contract PublicRecords:
✅ Datos inalterables.
✅ Acceso público 24/7.
✅ Cero intermediarios políticos.
La transparencia real no se promete, se programa. 💻🔗
#Falcon #Noticias #Blockchain #TransparenciaYa #Dilithium3 #Spain #PedroSanchez
Could the latest cyberattack on Endesa have been avoided?
The recent security incident at Endesa has once again brought an uncomfortable reality to the forefront: centralized energy management systems are prime targets in the era of "Ransomware-as-a-Service."
When critical infrastructure relies on traditional databases, a Single Point of Failure can compromise data integrity and service continuity in an instant.
How do Blockchain technology and our Smart Contracts change the game?
It’s not just about "security"; it’s about trust architecture. Here is how our technology would have neutralized the attack vectors:
Immutability of Records: In a blockchain-based system, billing data, consumption records, and grid control commands cannot be "held hostage" or altered by an attacker. If the data is on the chain, it remains the single source of truth.
Smart Contracts for Authentication: Let’s move past vulnerable passwords. Our Smart Contracts execute automated access protocols that require decentralized multi-factor validation. Without consensus from authorized nodes, no change order in the system is valid.
Network Decentralization: By eliminating a single central server to target, the impact of malware is drastically reduced. The grid continues to operate even if specific nodes are compromised.
Real-Time Forensic Traceability: Any attempt at manipulation leaves an indelible digital footprint. This allows for an immediate, automated response to anomalies, blocking access before damage can spread.
The future isn't about waiting for the next security patch.
The future is about building systems that are secure by design. The energy transition must go hand-in-hand with a digital transition toward decentralized and programmable infrastructures.
At Dilithium3, we are ready to shield the infrastructure of tomorrow.
Do you believe energy companies are prepared for the paradigm shift toward decentralization?
I’d love to hear your thoughts in the comments. 👇
#Cybersecurity #Blockchain #SmartContracts #Endesa #EnergyTech #Web3 #CriticalInfrastructure #Dilithium3 #Spain
🚨 CVE-2025-12420: Por qué la identidad en plataformas de IA necesita un cambio fundamental
ServiceNow acaba de revelar una vulnerabilidad crítica (CVSS 9.3) en su plataforma de IA que permite a un atacante NO AUTENTICADO suplantar a cualquier usuario y realizar acciones en su nombre.
📌 ¿QUÉ PASÓ?
Un fallo en la verificación de identidad permitía que un atacante ejecutara acciones como si fuera otro usuario - sin necesidad de credenciales. Si el usuario suplantado tenía permisos de administrador, el atacante también.
📌 ¿POR QUÉ ES CRÍTICO EN IA?
Los agentes de IA actúan en nombre de usuarios. Un atacante puede:
• Exfiltrar datos corporativos sensibles
• Modificar registros
• Escalar privilegios
• Ejecutar ataques de prompt injection
📌 EL PROBLEMA DE FONDO
Tokens de sesión ≠ Identidad real
Los tokens pueden ser robados o falsificados. Cuando IA actúa en nombre de usuarios, esto es crítico.
📌 LA SOLUCIÓN: IDENTIDAD CRIPTOGRÁFICA
Cada acción debería requerir:
🔐 Firma criptográfica verificable del usuario real
📊 Registro inmutable de cada acción en blockchain
🛡️ Verificación matemática, no basada en sesiones
Con identidad anclada a blockchain:
- La suplantación es MATEMÁTICAMENTE imposible
- Cada acción queda registrada de forma inmutable
📌 ZERO-TRUST PARA IA
✅ Identidad verificada criptográficamente
✅ Permisos granulares por acción
✅ Auditoría inmutable
✅ Resistencia cuántica para el largo plazo
En Dilithium3 construimos exactamente esto: firmas cuántico- resistentes (NIST FIPS 204) para identidad infalsificable.
La pregunta no es si habrá más CVEs como este.
La pregunta es si tu arquitectura de identidad está preparada.
🔗 (https://t.co/dhotcKiwTZ)
#Ciberseguridad #IA #ZeroTrust #Blockchain #IdentidadDigital #España #Deeptech