Exhibit 99.3

Naoris Quantum Protocol is building the verification layer the post-quantum internet will require.

Hackers, NSA codebreakers, even architects of the internet have all joined forces to prepare your banks and favorite businesses for the threat of “Q-Day” — the Day when quantum computing could crack the internet’s encryption.

But here’s the really scary thing…

Q-Day doesn’t just break tomorrow’s encryption...

It makes everything already recorded untrustworthy — because every log, transaction and audit trail signed with today’s cryptography can be forged after the fact.

Naoris is designed to address the whole timeline: a post-quantum distributed mesh that continuously validates every device, system, server, service and application, so the data and infrastructure of the past stay provable.

It makes the systems of today stay resilient. And it ensures the quantum hardware of the future is trustworthy for the first time, with no single point that even a quantum computer can break.

The tech has been tested across over 1 million connected endpoint nodes”… and the company has signed its first commercial agreements.

“The internet was built to move information. It was never built to prove it.”
— David Carvalho, Founder and CEO

Insert Offering Summary

In the BIG IDEA section, you learned how for 50 years, the internet has been built layer by layer.

You were also introduced to the players and key stakeholders which were vital to each evolution.

Now, the Q-Day threat has created the need for the next layer — where a device or server must continually prove they are who they say they are.

This trust is incredibly important as billions of new devices come online… and as AI begins to act on our behalf.

Naoris is looking to take its post-quantum trust protocol, and turn it into the default security layer running underneath everyday infrastructure.

Most systems today — banks, power grids, hospitals, governments, AI labs — assume trust rather than continuously proving it. That’s a problem.

SIDEBAR:

Quantum Computing is on the doorstep

The countdown to Q-Day is already running.

Naoris is building ahead of the scramble that will happen in the next 3-5 years.

The transition has already started.

The Big Problem We All Face

Most modern security systems on the market today have the same blind spot.

They all ask the machine to report on itself.

Your laptop runs an antivirus software. You likely have one right now loaded. The antivirus asks your laptop, “Are you okay?”

Your computer checks its processes… applications, files, connections, security tools… and then replies back, “I’m okay.”

A hacker’s first goal is to attempt to hide malicious activity, disable defenses and make everything appear normal.

Much like a scene in a movie where the hacker changes the security cameras to appear as if no one is there when a robber actually is…

The alarm never goes off and nothing is wrong until it’s too late. In fact, the breach can sit there for months.

That’s where the current standard is flawed.

Right now, you either take a device at its word…

Or you have to trust a central security company (or firewall) to be the sole authority on what’s ‘okay’ – a potential single source of failure.

Naoris approaches this problem differently.

Naoris is designed so a device does not get to unilaterally declare, “I’m ok and trustworthy”. It creates a “trust mesh” where participating devices on the network help validate its state.

This concept of distributed trust is what the team behind Naoris has been working on for the past 8 years — a team that consists of the very people who helped build the internet’s original trust layer

The Naoris Quantum Protocol Team

David Carvalho - Founder and CEO

Carvalho spent more than twenty years as an ethical hacker and security chief in the exact regulated, critical environments Naoris now wants to sell into.

His career included security engineering and operations at AT&T…

Serving as the Chief Information Security Officer of London City Airport where he protected critical national infrastructure from outsider hackers…

And he was the Chief Information Security Officer (CISO) of OCS Group, a role where he oversaw government and critical-infrastructure environments.

Carvalho spent two decades watching the same pieces fail — i.e. you can add another firewall, another password, another layer, but sooner or later something inside the system has to be trusted, and that’s the thing that gets exploited.

Youssef El Maddarsi - Co-Founder & Chief Business Officer

A Co-Founder and also the Chief Business Officer, Maddarsi is an entrepreneur with more than ten years of strategic-development and international-business.

His experience spans cybersecurity, AI and digital infrastructure and includes work with governments, enterprises and strategic partners globally.

Sumit Chauhan - Chief Technology Officer

Chauhan has spent 25+ years building enterprise-grade systems, with expertise spanning product engineering, technical consulting, solution architecture, and co-founding an IT company.

His experience also includes work with AI, machine learning, big data, blockchain, cloud technologies, product engineering and solution architecture.

He built Naoris with the team, testing over 1 million connected endpoint nodes.

David Holtzman - Executive Chairman

David Holtzman helped build the actual infrastructure of the internet…

He designed the global Domain Name System registration architecture that ICANN still uses — the ’second layer’ of the internet when instead of using numbers to find a website, you could now type in a name.

He was also CTO of Network Solutions in the late 1990s, when it ran the internet’s master root server.

That means he literally helped lay plumbing the modern internet runs on today.

Before that, he served as the Chief Scientist, Internet Information Group, at IBM. He built Minerva, a distributed system used by Wall Street and NATO.

On top of all that, he served as a military codebreaker with the US Naval Security Group and later the NSA.

Holtzman is a true cybersecurity expert who’s been in the trenches since the internet took off…

And he believes Naoris is the next layer of the internet — to be built on top of what he helped build.

Magnus Fyhr — Chief Financial Officer

Fyhr was a former investment banker and senior equity-research analyst on Wall Street with experience in financial leadership, fundraising, investor relations, business development and due diligence for growth-stage companies.

Also influential to the development of Naoris is the late Lt. Gen. Kjell Grandhagen, former Chief of the Norwegian Intelligence Service (2010–2016) and Chairman of the NATO Military Intelligence Committee (2015–2016).

Grandhagen identified the centralized cybersecurity model as fundamentally flawed, helping inspire the project from its earliest testing phase.

His diagnosis was that the centralized model of trust — one authority vouching for everything from a single point — is fundamentally flawed. His words to Carvalho, which Naoris was built on: “We need to play a different game.”

How Naoris Quantum Protocol works:

Naoris isn’t a new hardware solution you have to find space for in your office.

There is no “rip and replace”.

It’s installed on your device through software or firmware. It is designed to run as a background program.

You likely have many running on your phone and computer right now.

		Imagine a night-shift guard living in the basement with cameras watching everything above making sure everything's normal.
		That’s the system watching the machine's condition, cryptographically signing a statement of what it sees, and passing it around to other devices in the network to check that statement against what they'd expect.
		The company calls the resulting web of cross-checks its Trust Mesh.
		Where it sits is key: below security tools, below cloud infrastructure, above hardware — a single validation layer that gives everything stacked on top of it the one thing none of them can produce on their own: proof.
		And it could work on nearly any device…
		No matter if it's a legacy laptop or a brand-new data center server for an AI company.
		● It’s a lightweight background process (Naoris claims it will not slow down a machine or server’s normal running processes).
		● The user/employee/company never sees it as it works in silence beneath the surface (as long as it's downloaded on the network, it is up and running).
		● There's no need to build new infrastructure or upgrade technology. Naoris is designed to be added to infrastructure a company already has, and not to replace it.

You keep your hardware. You stay on the same network you’re already on. All you’re changing is how the machines on the network all trust each other.

This ease of integration is what makes it commercially realistic. It’s unlikely that any company or government is would be willing to rip out their entire system for a security upgrade.

How Naoris actually watches all the devices without disruption and without looking
at what you’re doing on your computer all day

Importantly, at all times the system watches the machine’s condition… not the user’s content.

It isn’t reading your emails. It isn’t capturing your passwords. Instead, it’s watching the machine itself.

Specifically:

The system is designed to sit underneath, checking its ’state’ 24/7.

From this, it is designed to produce one thing: a signed proof of the machine’s current state that other Trust Mesh devices check and validate.

And it could work from Day 1.

How the Validation Actually Works

At a high level, the verification process can be thought of in five steps.

STEP 1 — Observe

Naoris monitors relevant aspects of the device’s security state.

STEP 2 — Attest

Naoris’ node creates a cryptographically signed attestation…essentially evidence describing the state it observed.

STEP 3 — Validate

Other participating nodes evaluate that evidence according to defined policies and expected conditions.

STEP 4 — Reach a Distributed Verdict

Naoris uses a consensus architecture it calls dPoSec — Distributed Proof of Security

The protocol is designed so that the device being evaluated cannot simply declare itself trustworthy and end the discussion.

Other validators participate.

STEP 5 — Act

If a machine fails the relevant checks, the system can flag the device and, depending on the deployment and policy configuration, potentially trigger additional action.

Observe → Prove → Validate → Agree → Act

According to Management: “Two details matter for anyone who has seen security tools gamed. The set of validators rotates on every evaluation, so a machine never gets to pick its own judges. And trust decays unless it is re-earned — a device that was fine yesterday has to prove it again today.”

For fifty years the law of security was: every device you add makes you weaker — one more door.

On Naoris, every device you add is one more defender — a proof node validating everything around it.

And it works at machine speed, which is what the AI era needs.

Here’s a hypothetical example of the same thing happening with two AI agents instead of two servers...

A treasury agent asks another agent to make a payment. Before the money moves, the trust layer runs the full check in-line:

An unknown agent tries the same request from a tampered machine. Verdict: halt, quarantined. Also milliseconds.

There’s no “log” to read the next morning telling your cybersecurity there’s a problem. The verdict hits before any action is allowed, preventing it from happening in the first place. And the signed trail proves what every agent did — and why it did it.

Why Naoris Quantum Protocol is Quantum-Proof

The current signatures protecting most of today’s systems rely on public-key math — RSA and elliptic-curve — which a large enough quantum computer is expected to break.

Naoris signs its proofs with ML-DSA-87 instead.

You don’t need to understand what that means except ML-DSA is one of the post-quantum signature standards finalized by the National Institute of Standards and Technology (NIST).

ML-DSA-87 is the highest NIST security-category parameter within their standard.

NSA guidance for National Security Systems also specifies ML-DSA-87 for relevant digital-signature uses.

NIST is instructing all firms to adapt new signatures from this same encryption family. Those deadlines are on the table already:

In fact, the threat of quantum attacks is so urgent, the White House pulled forward the federal deadline four years:

Meanwhile, a May 2025 survey of 1,042 senior security executives found that 69% know quantum computing is a risk to their encryption… but only 5% have implemented quantum-safe encryption.⁵

Nineteen out of twenty haven’t started.

The rules now say they have to. And that’s an opportunity for Naoris.

[VISUAL — 69% aware vs. 5% deployed — two-bar or donut. Source: https://www.globenewswire.com/news-release/2025/05/08/3077339/0/en/Quantum-Readiness-Gap-DigiCert-Study-Finds-Just-5-of-Enterprises-Have-Quantum-Safe-Encryption-in-Place.html]

Can any major company just copy Naoris’ code and put it in their own systems?

Naoris traces its origin to 2018, when founder David Carvalho became convinced that the way the world hands trust to machines was fundamentally broken…and (with incredible foresight) our devices wouldn’t survive what was coming next in computing.

If this works, what stops a giant like Microsoft or Crowdstrike from cloning it next quarter?

The company’s moat rests on three things:

From research to real-world tests

According to management, a recently completed test program onboarded over 1 million connected endpoint nodes (non-paying), with the large majority joining through a lightweight PQ Daemon Node — or for most people, simply an extension in their Chrome browser.

The test didn’t just demonstrate the architecture could operate across a very large distributed population of participating devices, it...

This appears to support several things:

NOTE: This was a controlled test for viability and is not actively going on anymore. However, the live operation to join their “Trust Mesh” kicked off April 1, 2026, meaning the commercial, real-world phase is still early-stage relative to the testnet volume cited above

After the success of this controlled test…  

What markets could benefit from the Naoris solution?

Banking and Finance:

Security spending in banking, financial services and insurance alone is projected to reach roughly $146 billion by 2030.

And the major players in that market are already moving…

The central banks have started. Main Street’s banks will have to follow.

Government and Defense:

For governments and national-security organizations, the challenge is bigger than cybersecurity alone: sensitive data, legacy infrastructure, strict sovereignty requirements, and an accelerating shift toward post-quantum cryptography all collide in the same environment.

That makes post-quantum machine trust a natural fit for Naoris — with governments, systemically important institutions, defense organizations, and national-security agencies all potential target customers.

These are environments where critical systems must remain under sovereign control. Cryptographic keys cannot simply be handed to outside parties. And every action needs a verifiable audit trail owned by the organization itself.

Naoris calls this digital sovereignty at scale.

Energy and Critical Infrastructure:

Power, utilities, industrial controls, transport, factories… all these are full of equipment that stays in the field for years.

Naoris can sit alongside old infrastructure instead of ripping it out. And that matters most here.

Telecom:

Telecom companies run enormous interconnected networks where integrity and uptime are constant concerns. Again, Naoris can sit alongside old infrastructure and help flag issues before they become problems.

Enterprise Technology:

Cloud, endpoints, data centers, AI infrastructure. Past a certain size, every big company hits the same wall: too many machines for any human to personally know which ones still deserve trust. Naoris Trust Mesh solves this.

AI:

The next customer is a machine. Autonomous agents already negotiate, transact and control physical processes — and neither side can prove what the other is.

Naoris describes its answer as Post-Quantum-Attested AI Identity and has filed for the “Naoris Decentralized Swarm AI” mark. The EU AI Act’s Article 50 transparency rules for AI-generated content have applied since 2 August 2026, with penalties up to €15 million or 3% of worldwide turnover.

Naoris’ current product line:

Naoris has a family of products to build into companies’ infrastructure:

No matter the product, the same idea applies…

Every machine, device, server is monitored for its normal state. Any changes detected by others connected to them through the Trust Mesh are flagged.

Notable Market Traction

Management claims to have a robust pipeline of opportunities and two recent agreements indicate early market interest:

Use of Funds

Naoris intends to use the capital raise to further:

Management estimates a $24 million raise would fund at least about 15 months of operations. Their goal is to reach cash-flow positive by the end of 2027 with future growth funded from generated cash (please keep in mind this is a goal and not a guarantee).

5 Catalysts for Naoris right now:

Risks to consider:

This is an early-stage technology investment, and there are several very real ways the thesis you just read could go wrong.

This may be the biggest risk. Large banks, governments and infrastructure operators don’t adopt new security architecture casually. Naoris could have genuinely useful technology and still find that selling it takes longer and costs more than management expects. The early agreements are encouraging; they are not proof of broad adoption.

Cybersecurity is one of the most competitive markets on Earth. Some of the world’s largest technology and security companies already have deep relationships with the exact customers Naoris wants. Those companies have a brand, massive amounts of capital and the ability to build, acquire or bundle competing technology. Naoris’s patents and architecture may help it stand apart, but they don’t guarantee it owns the market or even a piece of it.

Nobody knows exactly when a cryptographically relevant quantum computer arrives. It could be sooner, or much later. Government schedules create reasons to prepare now, but organizations can still move slowly, budgets can slip, and standards and deadlines can change. If customers don’t feel enough urgency, the opportunity may develop more slowly than Naoris hopes.

The company is entering commercialization from an early financial base. Their audited statements showed no commercial revenue during the audited period. There is no guarantee that $24 million will bring it to profitability.

More capital may be required which could create dilution for your position.

Frequently Asked Questions:

Are there plans to IPO eventually?

This offering is the listing. It is structured to close only if at least $15 million is raised and the shares are approved for listing on Nasdaq Capital Market — so if it closes, Naoris’ Class A shares will be publicly listed. There is no guarantee the listing approval is obtained; if it isn’t, the offering doesn’t close and funds are returned. Beyond that, management has said it will look at a broader public offering in the future as the company grows.

Is Naoris a cryptocurrency or related to Bitcoin?

No. It uses distributed-ledger technology, the same “many independent machines agreeing without a central referee” idea that makes Bitcoin’s ledger so hard to fake, but it applies that to the integrity of machines, not to a cryptocurrency or any financial number. Investors are buying shares of a company here, not a crypto token.

What about the Naoris Token?

This is not part of the investment or their technology today.

Does Naoris have customers?

The company has signed its first commercial agreements but has not yet generated revenue.

How much are shares today?

Class A common shares at $4.00 each, through a Regulation A offering, with a minimum investment of 200 shares ($800).

Do customers have to hand over their data to Naoris?

No and that’s deliberate. The whole benefit of Naoris is to stop trusting one central authority, so it would make no sense if Naoris became that central authority.

Customers run their own nodes, and the Trust Mesh can run private, on-premise, sovereign-cloud, hybrid, or fully air-gapped.

Naoris is not looking through emails and using/selling that data.

Has anyone actually paid for Naoris yet?

The first commercial agreements are signed: a South Korean joint venture with xCure and a multi-year enterprise agreement with Electra AI.

Is the technology proven?

Four peer-reviewed papers, a test network across over 1 million connected endpoint nodes, and controlled reconstructions support the technology; no product has been adopted by any customer or received certification.

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Please read the BIG IDEA section to learn more about why Naoris is important in this time of quantum computing advancements.

Please read the MARKET COMPS to learn about other tech companies working on similar projects and how they compare to Naoris.

Important Disclosures & Investor Notice

DISCLOSURE: All information contained in this communication should not be considered investment advice nor an offer to buy or sell securities, but for educational and informational purposes only. Investing in private or early-stage offerings (such as Reg A, Reg S, Reg D, or Reg CF) involves a high degree of risk. Securities sold through these offerings are not (most of the time) publicly traded and therefore illiquid. Additionally, investors will receive restricted stock that is subject to holding period requirements. Companies seeking capital through these offerings tend to be in earlier stages of development and have not yet been fully tested in the public marketplace. Investing in private or early-stage offerings requires a tolerance for high risk, low liquidity, and a long-term commitment. Investors must be able to afford to lose their entire investment. Such investment products are not FDIC insured, may lose value, and have no bank guarantee.

Naoris Quantum Protocol Inc. (the “Company”) has filed an Offering Circular relating to the Company’s securities, initially filed with the Securities and Exchange Commission (the “SEC”) on August 5, 2026 and forming part of the offering statement on Form 1-A qualified by the SEC on [●], 2026 (the “Offering Circular”). An investment in the Company’s securities involves significant risks. Please see the summary of certain risk factors set forth at the end of this communication and the more detailed discussion under “Risk Factors” in the Offering Circular before making an investment decision.

Appendix A — From the Artifact Deck: items to port into the Big Idea, and three deck corrections

Use in the Big Idea (text): the Carvalho line “The internet was built to move information. It was never built to prove it.” (cover); “zero systems on Earth can prove it today” (slide 02); Zero Trust asks who are you? — the trust layer asks should this proceed, now? (slide 03); “Every prior inflection got a new layer. This one is ours.” and “adoption, not replacement — IAM · EDR · SIEM · Zero Trust become inputs” (slide 04); the Colonial Pipeline case as a fourth documented event (slide 05); “growth grows the sensor surface, not the attack surface — every neighbour is a witness” (slide 08); the mesh as a live PQ-readiness sensor (slide 12); Grandhagen’s “We need to play a different game.” (slide 15); the closing couplet (slide 20).

Use in the Big Idea (visuals): slide 02 (the zero), 04 (missing layer), 05 (four events), 06 (the inversion curve — drop the 2ⁿ/3ⁿ labels), 07 (centralised vs distributed), 09 (M2M trace), 12 (two clocks), 13/14 (mandates — after adding EO 14412), 17 (live tiles), 18 (proof tiles).

Deck corrections before reuse: (1) threats mitigated reads 603M+ on the cover and slide 17; the published figure is 586,170,360 — align, or update the source page first; (2) slides 13–14 pre-date the 22 June 2026 executive orders — add EO 14412 (keys 2030, signatures 2031, contractors 2030) and retire the “NSM-10 + EO 14144 — 2035” framing; (3) the 8/8 vs 0–2/8 self-scorecard on slide 10 and “only Naoris supplies it at scale” on slide 19 are self-assessments — keep the six properties, soften the scoring.

Summary of Risk Factors

The following risk factors, among others described more fully in the Offering Circular, should be considered carefully before investing:

Risks Related to the Company’s Business and Operations

Risks Related to the Company’s Technology and Products

Risks Related to the Company’s Market and Competition

Risks Related to Government Regulation and Compliance

Risks Related to Intellectual Property

Risks Related to Financial Condition and Capital Requirements

Risks Related to This Offering and the Company’s Securities