Digital infrastructure is entering a period of increased vulnerability as advances in computing power challenge the assumptions behind traditional security systems. Naoris Protocol was established to address this shift by developing a decentralized approach to cybersecurity that does not depend on central authorities or static trust models. The company focuses on building digital trust that can adapt in real time and remain resilient under both classical and quantum-level threats.
The origins of Naoris Protocol trace back to 2018, when cybersecurity specialist David Carvalho began exploring alternatives to conventional security frameworks. Both founders brought extensive experience from senior roles in enterprise technology and regulated environments. Carvalho had spent more than twenty years working in cyber espionage, cyber warfare, and critical risk assessment, while Oravcova had more than fifteen years of experience supporting global organizations through advanced technology initiatives. Their shared concern was that centralized security architectures were no longer sufficient for the scale and complexity of modern networks.
From the beginning, the company focused on research rather than rapid commercialization. Early work examined how blockchain technology and artificial intelligence could support continuous validation of system integrity across large networks. Instead of treating security as a perimeter or an isolated tool, Naoris Protocol approached it as a living process that required constant verification. This philosophy led to the creation of its decentralized proof of security consensus model known as dPoSec.
The dPoSec model was designed to validate the cyber health of devices and transactions rather than simply confirming transactional accuracy. It combines elements of practical Byzantine fault tolerance and proof-of-stake to record integrity results on the chain. Using Verge Clusters, validation events are efficiently grouped, enabling the network to achieve high throughput without sacrificing trust or performance. This structure supports real-time validation across complex environments while remaining resistant to faults and manipulation.
As the protocol matured, Naoris Protocol expanded its architecture to support a decentralized trust mesh. In this model, connected devices act as validators that continuously verify the integrity of one another. Trust is no longer assigned by a central authority but is formed collectively across the network. This approach removes single points of failure and enables security decisions to be enforced through shared consensus rather than centralized control.
In 2022, the company completed a funding round. This milestone allowed Naoris Protocol to expand its technical development and deepen its research partnerships with institutions working in cryptography, distributed systems, and quantum readiness. These collaborations strengthened the protocol’s alignment with international standards and reinforced its long-term focus on post-quantum security.
Development continued through 2023 and 2024 with the introduction of Swarm AI, a distributed artificial intelligence system designed to operate as a collective intelligence layer. Swarm AI observes activity across the network and learns from shared security events. By referencing collective conditions rather than isolated signals, it helps identify threats and coordinate responses across decentralized environments. This system allows the trust mesh to update continuously and adapt to emerging risks without centralized oversight.
Another key component of the architecture is the Sub Zero Layer, an EVM-compatible blockchain designed to provide post-quantum protection for transactions and infrastructure. The Sub Zero Layer enables existing layer one and layer two networks to adopt quantum-safe security without structural changes or forks. By integrating post-quantum cryptography aligned with standards from NIST, NATO, and ETSI, including Dilithium five for signature security, the protocol aims to protect communications and assets against future computational threats.
In early 2025, Naoris Protocol launched its decentralized physical infrastructure testnet. During its initial phase, the testnet processed more than 80 million post-quantum transactions, created over 2.8 million secure wallets, and deployed more than 900,000 distributed security nodes. These results demonstrated the scalability of the protocol and its ability to operate across large and diverse environments.
Later that year, the company’s work received formal recognition when its model was cited in a research submission to the United States Securities and Exchange Commission as a reference framework for quantum-resistant blockchain infrastructure.
Beyond its core infrastructure, Naoris Protocol has developed a range of products and services that apply its decentralized trust model to real-world use cases. These include a post-quantum Layer Sub Zero blockchain, a distributed browser security extension that blocks malicious activity through collective defense, and secure communication tools designed for regulated and government environments. The protocol supports Web3 infrastructure security, Web2 device and network protection, financial infrastructure security, and AI-enhanced security systems across multiple sectors.
Today, under the leadership of founder and chief executive officer David Carvalho and Chief Business Officer Youssef El Maddarsi, the company continues to engage with institutional stakeholders worldwide. As digital infrastructure prepares for a future shaped by quantum computing, Naoris Protocol represents a structured and forward-looking approach to building security beyond centralization.
