Naoris Protocol Founder CEO and Chief Scientist, Naoris Consulting™ Chairman, SmartSpyAI CEO | Cyber advisor at Nation-state level | CyberSecurity, Quantum and Blockchain Thought Leader and Speaker.
David Carvalho is the founder, CEO and Chief Scientist of the Naoris Protocol, Decentralized Security Layer, Post-Quantum DePIN, Ensuring systems & data security, David is an accomplished leader and innovator. He advises various nation-states and national highly regulated environments on the critical areas of Cyber Espionage, Cyber War and Cyber Terrorism. He is heavily involved in BlockChain-Based projects, CBDC's and Cybersecurity-related innovations.
Leveraging hands-on skills with lateral thinking and an innovative mind, David is currently the CEO of Naoris SE, the world's first Cybersecurity Blockchain-based Ecosystem.
David advises a large number of crypto and cyber-security projects from startups to multi-billion USD businesses and nation-state level projects, who are changing the world. His five areas of focus are risk mitigation, next-gen cyber-security, ethical wealth generation, Innovation and creation of value in the fields of crypto, automation and AI.
David also helps selected traditional businesses with business transformation programmes, maximising intangible assets, embracing innovation while mitigating risk.
David is an experienced Chief Information Security Officer in multi-billion USD companies, has worked in Cyber-Security since he was 15 years old, with over 20 years of direct cyber security experience, David focuses on looking at traditional problems through an innovative lens, providing actionable Cyber-Security strategy focused on the future.
➢ CISSP (All Cyber Domains – Regarded as Best of Breed Certification)
➢ CISMP (Cyber Security Management)
➢ GDPR Certified (EU General Data Protection Regulation)
➢ IFCI-500 / IFCI-CCI (Cyber-Forensics and Cybercrime Investigation)
➢ Six Sigma (Project Management)
others
➢ NENSC (Nmap Advanced Certification)
and others.
The Naoris Naoris Protocol is positioned to establish a profound presence in the cybersecurity landscape as the world's first Post-Quantum Decentralized Physical Infrastructure Network (DePIN). The company's strategic direction addresses critical vulnerabilities in existing security frameworks through an innovative decentralized approach that eliminates single points of failure. With quantum computing threats on the horizon, Naoris offers a forward-looking solution that combines blockchain technology with quantum-resilient security protocols.
The platform's immediate value proposition centers on its Decentralized Proof-of-Security (dPoSec) consensus mechanism that transforms individual machines into security validation nodes. This technological breakthrough enables Naoris to mitigate cyber threats across both traditional and decentralized systems while maintaining quantum resistance—a capability increasingly essential in an era of advancing quantum computing.
Naoris's technological foundation integrates post-quantum cryptographic algorithms with a native multi-layer architecture spanning Layers 0-3, enabling seamless integration with both Web2 and Web3 environments. This positions Naoris uniquely in the cybersecurity market with significant growth potential across multiple verticals, including defense, healthcare, smart cities, and regulated industries.
With $40 million raised in funding and a substantial network of over 2.8M wallets and 897K browser security nodes deployed, Naoris demonstrates significant momentum despite being pre-mainnet. The upcoming mainnet launch and Token Generation Event (TGE) represent critical inflection points for accelerating market adoption and awareness.
The convergence of quantum computing advancements, increasing cyber threats, and the expansion of decentralized technologies creates an optimal market environment for Naoris Protocol's solution. The platform addresses several critical market needs that position it for extraordinary growth potential comparable to cybersecurity giants like Cloudflare, which currently maintains a market capitalization exceeding $20 billion. Naoris's quantum-resistant security frameworks offer essential protection for organizations that will soon face unprecedented threats from quantum computing attacks, creating an urgent market demand that few competitors can address.
The protocol’s decentralized validation mechanisms eliminate the single points of failure that plague existing security systems, providing a compelling alternative to traditional centralized security models in an increasingly distributed computing landscape. This approach resonates particularly well with forward-thinking enterprises seeking robust protection against sophisticated threat vectors. The platform's interoperable security solutions effectively bridge Web2 enterprise environments with Web3 blockchain ecosystems, opening substantial market opportunities across sectors that traditionally operate in isolation.
With 31 identified use cases spanning defense initiatives, smart city implementations, healthcare security, and Real-World Asset tokenization, Naoris demonstrates remarkable market versatility reminiscent of Cloudflare's evolution from a content delivery network to a comprehensive security platform valued in the billions. Strategic support from sovereign wealth funds in Saudi Arabia and Oman further validates the platform's potential for deployment in large-scale national infrastructure projects, enhancing its prospects for achieving valuation milestones similar to established cybersecurity leaders.
The competitive landscape reveals Naoris's distinct advantages over traditional cybersecurity providers in quantum resistance and decentralization, while also offering superior integration capabilities compared to blockchain-native platforms like Aptos, SUI, and Solana. This unique positioning at the intersection of advanced cybersecurity and decentralized infrastructure creates a market opportunity with few direct competitors and substantial room for growth, supporting the assessment that Naoris could achieve valuation metrics comparable to industry stalwarts like Cloudflare as quantum computing threats accelerate enterprise adoption of post-quantum security solutions.
Chris: With over 2.8M wallets and significant pre-mainnet momentum, Naoris Protocol is approaching its mainnet launch and Token Generation Event. What lessons from your current scale validate the dPoSec consensus mechanism's effectiveness in transforming individual machines into security validation nodes?"
David: The scale we've achieved pre-mainnet validates our core thesis that individual machines can effectively serve as distributed security validators. With 2.8 million wallets already engaged and 897K browser security nodes actively deployed, we're seeing real-world proof that our Decentralized Proof-of-Security consensus mechanism works at enterprise scale. Each machine becomes an active participant in collective security rather than a passive endpoint, fundamentally transforming how we approach cybersecurity. This pre-mainnet momentum demonstrates market readiness for our approach and sets the foundation for exponential growth once we launch the mainnet and complete our TGE.
Chris: With 388 million+ threats mitigated via decentralized browser security nodes, how do you envision this level of autonomous, swarm-based defense transforming traditional cybersecurity standards, and what advantages does this distributed approach offer over centralized platforms like CrowdStrike?"
David: The 388 million threats mitigated showcase the power of distributed, autonomous defense versus centralized monitoring. Unlike CrowdStrike's hub-and-spoke model that creates single points of failure, our swarm-based approach means every node contributes to collective intelligence while maintaining independence. This eliminates the catastrophic risks we saw with CrowdStrike's global outages. Our autonomous nodes don't wait for centralized updates or signatures, they adapt and respond in real-time, creating a living defense ecosystem that evolves faster than any centralized system could.
Chris: With the integration of Post-Quantum Cryptography (PQC) standards like NIST PQC, NATO NCIA, and ETSI, how does Naoris Protocol ensure resilience against both classical and quantum cyber threats?
David: We've built quantum resistance from the ground up, not as an add-on feature. By integrating post-quantum cryptographic standards from NIST, NATO, and ETSI into our native multi-layer architecture, we're prepared for both today's threats and tomorrow's quantum computing challenges. Our Layers 0-3 architecture ensures seamless protection across Web2 and Web3 environments with quantum-resistant algorithms at every level. This positions us uniquely as organizations begin planning for post-quantum security transitions.
Chris: Naoris Protocol is working with sovereign wealth funds in Saudi Arabia and Oman to support the post-quantum tokenization of real-world assets (RWAs)—a $36 trillion opportunity by 2040. How do these partnerships shape your long-term vision, and what role does decentralized cybersecurity play in enabling secure, state-backed digital infrastructure at that scale?
David: These sovereign partnerships validate our vision for national-scale infrastructure deployment. When you're tokenizing $36 trillion in real-world assets, traditional centralized security simply won't suffice, you need quantum-resistant, decentralized security that can scale without creating systemic risks. Our partnerships with Saudi Arabia and Oman demonstrate that nation-states recognize decentralized cybersecurity as essential infrastructure for their digital transformation initiatives. This positions us to become the security backbone for the largest digital asset transformations in history.
Chris: The concept of a "Security Hive Mind" is intriguing. Can you elaborate on how individual devices contribute to this collective defense mechanism and the role of Decentralized SWARM AI in this ecosystem?
David: Our Security Hive Mind leverages collective intelligence while preserving individual device autonomy. Through our dPoSec mechanism, each participating device contributes threat intelligence and validation to the network while benefiting from the collective knowledge base. The Decentralized SWARM AI processes this distributed intelligence without creating centralized vulnerabilities, enabling real-time threat adaptation across the entire ecosystem. It's powerful because the network becomes smarter and more resilient as it grows, without compromising the independence of individual nodes.
Chris: Naoris Protocol emphasizes eliminating single points of failure in cybersecurity. How does decentralized trust mesh architecture achieve this, and what implications does it have for industries like finance, healthcare, and defense?
David: Our decentralized trust mesh fundamentally reimagines security architecture by distributing validation across multiple nodes rather than relying on centralized authorities. This approach eliminates the systemic vulnerabilities we see in traditional models.
For finance, it means no single breach can compromise the entire system. In healthcare, patient data remains protected even during targeted attacks on individual nodes. Defense applications benefit from operational continuity under sophisticated threats because there's no central point of failure to target. It's an architectural shift that makes entire systems more resilient.
Chris: The $NAORIS token incentivizes device participation in the network. How are tokenomics structured to promote long-term sustainability and active engagement from participants?
David: Our tokenomics create strong alignment between network security and participant rewards. Device owners earn tokens by contributing computational resources and maintaining network integrity through our dPoSec validation process. The structure ensures that higher security contributions generate proportionally greater rewards, encouraging quality participation and long-term network commitment. As the network grows and secures more value, participants benefit from increased token utility and rewards, creating sustainable economics that scale with adoption.
Chris: How does Naoris Protocol's approach to real-time validation and continuous cyber assurance differ from traditional cybersecurity models, and what benefits does this offer to enterprises and governments?
David: Traditional cybersecurity relies on periodic assessments and reactive responses, you discover breaches after they happen. Our continuous cyber assurance provides persistent, real-time validation across all network participants, giving organizations constant visibility into their security posture. For enterprises, this means moving from incident response to threat prevention. Governments gain national-scale security intelligence without creating centralized vulnerabilities. It's the difference between taking your temperature once a week versus continuous health monitoring.
Chris: As AI, IoT, and quantum technologies converge, the attack surface is expanding exponentially. How does Naoris Protocol envision securing this hyper-connected future, where every device is both a potential threat vector and a validator of trust?
David: This convergence represents both the greatest challenge and opportunity in cybersecurity. Rather than viewing the expanding attack surface as purely problematic, we're turning it into a distributed defense advantage. Our architecture transforms every connected device into a security participant through our native multi-layer approach. IoT devices become trust validators, AI enhances threat detection, and quantum-resistant cryptography protects the entire ecosystem. We're building security that scales with connectivity rather than being overwhelmed by it.
Chris: Looking ahead, what are the next milestones for Naoris Protocol, and how do you envision its role in shaping the future of decentralized cybersecurity?
David: Our immediate focus is on the mainnet launch and Token Generation Event, which will enable full-scale deployment across our 31 identified use cases spanning defense, smart cities, healthcare, and real-world asset tokenization. We're positioned to establish decentralized cybersecurity as the standard for post-quantum protection, similar to how Cloudflare became essential internet infrastructure. As quantum computing threats accelerate, we expect to see rapid enterprise adoption of our quantum-resistant solutions. Our goal is to be the foundational security layer for the decentralized economy.
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