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Team Conux

Conux Editorial

Team Conux is the editorial voice behind our research and briefings on quantum resilience, AI governance, and the infrastructure protecting tomorrow's critical systems. Drawing on insight from engineers, policy analysts, and security researchers across Conux, we translate complex technical and regulatory shifts into clear, actionable guidance.

Articles by Team Conux

34 posts

LLM Security: What Breaks When Your Models Start Talking to Everything Else

Technical Deep Dive

LLM Security: What Breaks When Your Models Start Talking to Everything Else

LLM security is usually framed as prompt injection. The bigger risk is what happens when a model gains access to tools, data and other systems.

AI Infrastructure Security: Protecting the Systems Your Models Actually Run On

Technical Deep Dive

AI Infrastructure Security: Protecting the Systems Your Models Actually Run On

Model safety is not infrastructure security. Here's what actually needs protecting beneath your AI systems, and why the connections matter more than the models.

AI Governance Is Not AI Security, and the Difference Costs You Seconds

Standards & Compliance

AI Governance Is Not AI Security, and the Difference Costs You Seconds

AI governance tells you what your models are allowed to do. It does not stop an autonomous attack. Here's where the boundary sits and what enforces it.

AI Cybersecurity in 2026: Defending Against Attacks That Move at Machine Speed

Threat Intelligence

AI Cybersecurity in 2026: Defending Against Attacks That Move at Machine Speed

AI cybersecurity now means defending against AI attackers, not just using AI to defend. What changed, why alert-based tools fail, and what actually stops it.

The Autonomous SOC: Why Security Operations Can No Longer Wait for a Human

Threat Intelligence

The Autonomous SOC: Why Security Operations Can No Longer Wait for a Human

An autonomous SOC detects, blocks and proves, without a queue. Here's why alert-a-human security operations fail against AI attacks, and what replaces them.

Cryptographic Bill of Materials (CBOM): Where Quantum Migration Starts

Migration & Strategy

Cryptographic Bill of Materials (CBOM): Where Quantum Migration Starts

You can't migrate cryptography you can't see. A cryptographic bill of materials (CBOM) inventories every algorithm, key, and certificate: the first step to quantum-safe.

Shor's Algorithm: How a Quantum Computer Actually Breaks RSA

PQC Foundations

Shor's Algorithm: How a Quantum Computer Actually Breaks RSA

Shor's algorithm is why quantum computers threaten RSA and ECC. Here's a plain-English explanation of how it works and what it means for enterprise encryption.

Post-Quantum Cryptography for IoT and Connected Devices

Industry Verticals

Post-Quantum Cryptography for IoT and Connected Devices

IoT devices live for years and are hard to update, making the quantum threat especially urgent. Here's how post-quantum cryptography applies to connected devices.

What Is a Cryptographically Relevant Quantum Computer (CRQC)?

PQC Foundations

What Is a Cryptographically Relevant Quantum Computer (CRQC)?

A cryptographically relevant quantum computer (CRQC) is one powerful enough to break RSA and ECC. Here's what it takes, where we are, and why it changes your timeline.

QKD vs Post-Quantum Cryptography: Which Path to Quantum-Safe Security?

Technical Deep Dive

QKD vs Post-Quantum Cryptography: Which Path to Quantum-Safe Security?

QKD and post-quantum cryptography both target the quantum threat, but they work very differently. Here's how they compare and which fits enterprise reality.

The Real Cost of a Trust Failure in the AI Era

Threat Intelligence

The Real Cost of a Trust Failure in the AI Era

AI-era trust failures propagate at machine speed and scale with agent authority. See why prevention, not response, is the only economics that works.

Your Zero-Trust Architecture Has a Cryptographic Blind Spot

Zero-trust verifies everything except the cryptography underneath it. See why quantum computing exposes that blind spot, and how to close it.

Why the Next Trillion-Dollar Layer Is Trust, Not Compute

Industry Verticals

Why the Next Trillion-Dollar Layer Is Trust, Not Compute

Compute commoditizes. The durable trillion-dollar layer of the AI era is trust. Learn why Conux is building the contrarian bet that matters most.

When Every Transaction Is Autonomous, Who Do You Trust?

Threat Intelligence

When Every Transaction Is Autonomous, Who Do You Trust?

When machines transact without humans, reputation and legal recourse no longer work. Learn why autonomous commerce runs on cryptographic proof and why that verification layer must be quantum-resilient.

The New Root of Trust in a Post-Human Internet

Threat Intelligence

The New Root of Trust in a Post-Human Internet

Most internet traffic is already machine-to-machine, but our root of trust was built for humans. Learn why the post-human internet needs a new, quantum-resilient foundation for non-human identity.

Building Infrastructure for the AI Era

Threat Intelligence

Building Infrastructure for the AI Era

Every era is defined by the infrastructure built for it. The AI era's defining infrastructure is not compute, it is trust. Learn why and how to build it before the window closes.

The Companies That Will Win the AI Economy

Threat Intelligence

The Companies That Will Win the AI Economy

The AI economy won't be won on model quality. It will be won by the organizations that can be trusted to let machines act. Learn why trust is the durable competitive advantage of the agentic era.

Why Every AI Agent Will Need an Identity

Industry Verticals

Why Every AI Agent Will Need an Identity

Millions of AI agents are taking real actions inside your systems with no verifiable identity. Learn why agent identity is the accountability layer the agentic era cannot skip.

France Just Set a Hard Deadline for Quantum-Safe Security: Here's What It Means Before 2027

Threat Intelligence

France Just Set a Hard Deadline for Quantum-Safe Security: Here's What It Means Before 2027

ANSSI will stop certifying security products without quantum-resistant encryption starting 2027. Learn what France's hard deadline means for your enterprise and how to prepare now.

From Cybersecurity to Trust Infrastructure

Enterprise Migration

From Cybersecurity to Trust Infrastructure

Cybersecurity keeps threats out. But the AI economy also needs to let the right machine actors in automatically and at scale. Learn why trust infrastructure is the next foundational layer.

The Rise of Machine Identity

The Rise of Machine Identity

Machine identities already outnumber humans on your network and AI agents are about to multiply them further. Learn why governing machine identity is the defining security challenge of the decade.

Digital Trust: The Infrastructure of the AI Economy

Industry Verticals

Digital Trust: The Infrastructure of the AI Economy

The AI economy runs on autonomous agents, not humans. Discover why engineered, quantum-resilient digital trust is the foundational infrastructure every enterprise needs to compete.

Why AI Needs a Trust Layer

Why AI Needs a Trust Layer

The AI economy is built on machines acting autonomously. Learn why a cryptographically grounded, quantum-resilient trust layer is the foundational infrastructure every organization needs now.

Quantum Security Is an Org-Chart Problem Before It’s a Technology Problem

Enterprise Migration

Quantum Security Is an Org-Chart Problem Before It’s a Technology Problem

The technology for quantum security already exists. What’s missing in most enterprises is ownership. Why the real quantum security gap is organizational, not technical.

Your AI Security Stack Has a Quantum-Shaped Hole

Industry Verticals

Your AI Security Stack Has a Quantum-Shaped Hole

An AI powered cybersecurity platform defends in real time - but the cryptography underneath it is on a countdown. Why AI security and quantum readiness are one problem.

Is AES-256 Enough? The Encryption Question Executives Keep Getting Wrong

Is AES-256 Enough? The Encryption Question Executives Keep Getting Wrong

“We use AES-256 encryption, so we’re fine” is the most common mistake leaders make. What AES-256 encryption protects, what it doesn’t, and where the real quantum gap is.

Enterprise Migration

Choosing a Post-Quantum Partner: The Questions Behind the Brand Names

Evaluating SandboxAQ alternatives for post-quantum security? The decision framework executives should use - beyond the brand names - to choose a partner that fits your actual exposure.

The Encryption You Have vs. the Encryption You’ll Need

The Encryption You Have vs. the Encryption You’ll Need

Your current encryption was built for a pre-quantum world. A leader’s guide to quantum encryption - what changes, what stays, and how to close the gap before 2027.

Post-Quantum Cryptography: What It Means When the Board Finally Asks

Threat Intelligence

Post-Quantum Cryptography: What It Means When the Board Finally Asks

Post-quantum cryptography in plain language for leaders: what it is, why the clock started when NIST finalized standards in 2024, and the question your board will ask next.

Your Identity Security Is More Sophisticated Than Ever. That's Exactly the Problem.

Your Identity Security Is More Sophisticated Than Ever. That's Exactly the Problem.

Quantum secure authentication exposes a paradox: the more sophisticated your identity security gets, the more catastrophic the quantum vulnerability underneath it becomes.

Your Network Traffic Is Already Being Collected. It Just Can't Be Read Yet.

Your Network Traffic Is Already Being Collected. It Just Can't Be Read Yet.

Quantum safe networking isn't about a future threat. Your encrypted network traffic is being harvested today. Here's what that means for your organization and what to do about it.

The Question Every CISO Will Be Asked in the Next 18 Months

Enterprise Migration

The Question Every CISO Will Be Asked in the Next 18 Months

Quantum readiness assessment isn't a technical exercise — it's a leadership one. Here's the question your board will ask, and what being ready actually looks like.

The Encryption Reckoning: Why Cryptographic Modernization Is the Strategic Decision of the Decade

The Encryption Reckoning: Why Cryptographic Modernization Is the Strategic Decision of the Decade

Cryptographic modernization is not a security upgrade — it's a strategic business decision. The companies that lead it will earn trust advantages that money can't buy.

The Enterprise That Trusted Its AI And Why It Wasn't Enough

Industry Verticals

The Enterprise That Trusted Its AI And Why It Wasn't Enough

AI identity verification is the future of enterprise security until quantum computing forges the credentials your AI trusts unconditionally. Here's what building the right future looks like.

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