Unpacking Cross-Domain Technology: The Mechanics of Security & Efficiency
Artificial Intelligence (AI) is transforming national security, defense, and critical industries. However, AI is only as effective as the data it processes, and flawed data can lead to dangerous outcomes without security, integrity, and reliability. In mission-critical environments, ensuring secure data transfer across different networks and classifications is essential.
That’s where Cross-Domain Solutions (CDS) come in. These technologies enable secure, high-assurance AI data flows, ensuring that sensitive information remains protected while still being accessible where and when it’s needed.
In this second installment of our three-part AI security series, we take a deeper look at how CDS works, breaking down their core technologies and explaining why they are essential for securing AI-driven operations.
CDS: The Technology That Keeps AI Data Secure
CDS aren’t just software solutions. They combine hardware, data filtering, and traffic control mechanisms to create a secure, controlled environment for AI-driven decision-making. Here’s how they function at a technical level:
1. Data Filtering & Validation: The First Line of Defense
Not all data is trustworthy. Before entering a secure network, data must be inspected, filtered, and validated to prevent tampering, malware, or unauthorized inputs.
CDS act like customs agents at a border—every piece of information is screened to ensure it meets strict security and relevance standards. This filtering process is vital for AI-driven operations, where bad data can lead to flawed predictions and poor decision-making.
2. Bidirectional Traffic Control: Preventing Unauthorized Data Flow
AI-driven operations require data to move in both directions. However, unrestricted data flow creates security risks.
CDS enforces strict one-way and bidirectional controls, ensuring that information only moves where authorized. This prevents unauthorized exfiltration, cyberattacks, and data leaks, protecting AI systems from being compromised by bad actors.
3. Data Format Description Language (DFDL): Making AI Data Usable
AI systems process diverse data formats—battlefield intelligence, sensor feeds, satellite imagery, and more. These varying formats can create compatibility issues, delaying decision-making.
Advanced CDS integrates Data Format Description Language (DFDL), which standardizes and translates data into readable formats. This ensures that AI systems receive clean, structured information without bottlenecks.
4. Hardware-Enforced Security: A Physical Layer of Protection
Unlike software-only solutions, high-assurance CDS solutions incorporate hardware-enforced security. This provides an extra layer of protection by preventing tampering, unauthorized access, and cyber intrusions at a fundamental level.
In defense and critical infrastructure, this hardware-based approach ensures the highest levels of data integrity, even in the most high-risk environments.
What Sets Leading CDS Solutions Apart?
Not all CDS are created equal. The most advanced solutions go beyond basic filtering and incorporate additional layers of security, including:
✔️ Advanced logging & auditing – Full visibility into data movement for compliance and security monitoring.
✔️ Interoperability – Seamless integration with AI-driven workflows, cloud environments, and mission-critical systems.
✔️ Optimized performance – Secure, high-speed data transfer without sacrificing efficiency.
For example, Owl Cyber Defense integrates proprietary filtering and separation technologies, delivering unmatched security while maintaining speed and usability.
What’s Next? AI-Driven CDS in Action
Understanding how CDS work is only part of the equation. In the final part of this series, we’ll explore real-world applications, such as how CDS secures defense operations, critical infrastructure, and financial systems.
Want to see how organizations are deploying AI-ready CDS? Stay tuned.
Want to dive deeper? Our white paper on Zero Trust and AI explores how to secure AI-driven operations with a stronger, more resilient approach. [Download it here].
