Who We Serve

Technology

Cybersecurity Built for Technology

Unauthorized changes in technology environments can alter application behavior, expose sensitive data, or impact system performance. Crytica’s RDAi™ system detects threats at the moment of injection, before execution, with deterministic alerts for rapid response. Unlike traditional security tools that rely on signatures or behavioral analysis, RDAi™ uses deterministic detection to detect unauthorized changes, including AI-generated, polymorphic, and evolving threats.

TECHNOLOGY CAPABILITIES

How RDAi™ Defends

Designed specifically for mission-critical and resource-constrained devices, the RDAi™ system:

Detects threats at injection, before execution

Replaces compromised Probes automatically to maintain scanning

Runs with an efficient footprint as small as 70KB

Operates without cloud connectivity or external updates

Maintains continuous detection with nominal performance impact

A man in a formal suit using technology, focused on his smartphone in a bright outdoor space.

WHO WE SERVE

All Industries

We serve mission-critical and high-availability industries that require rapid detection, resilient protection, and continuous performance.

Detect unauthorized changes inside systems that control mission-critical operations.

Detect threats in avionics and flight control systems before they compromise operations.

Public Utilities

Prevent service disruption by detecting unauthorized changes in power and water systems.

Financial Services

Detect unauthorized changes in systems that process transactions and manage capital.

Detect unauthorized changes in clinical systems vital to patient care and safety.

Track unauthorized changes across automated systems in remote environments.

Prevent production disruptions by detecting changes in industrial control systems.

Protect content and delivery systems from unauthorized changes across platforms.

Detect threats inside fleet management systems before operations are disrupted.

Detect malicious code changes in technology environments at the moment of injection.