UNDERSTAND. PLAN. EXECUTE.
Applied Cybersecurity for Complex Systems.
Core Capabilities
Cybersecurity Architecture and Resilience
Design and secure complex systems across defense, fintech, automotive, and critical-infrastructure domains. Work spans IT, OT, and cloud environments, applying IEC 62443 and ISO 27001 principles to create resilient, high-availability architectures that preserve integrity and continuity even under attack or failure.
Compliance and Sovereignty Engineering
Align organizations and systems with international and sector-specific standards, including ISO 21434, ISO 24089, UNECE R155/R156, ISO 27701, ISO 22301, NIS2, DORA, and GDPR. Treat compliance as an enabler of operational trust, privacy assurance, and technological sovereignty rather than a constraint.
Safety and Systems Integration
Bridge cybersecurity, functional safety, and reliability engineering across automotive, industrial, and nuclear environments. Draw on ISO 26262, IEC 61508, IEC 61511, and IEC 61513 to integrate secure and safe system designs where digital and physical safety layers reinforce one another.
Intelligence and Secure Development
Apply intelligence-driven defense and security-by-design principles throughout the development lifecycle. Use risk-management frameworks, threat modeling, and secure-SDLC practices, supported by telemetry and continuous feedback loops, to enhance detection, response, and overall system maturity.
Strategic Protection Domains
Defense & Military
Secure C2ISR, communications, and mission platforms from state-sponsored threats through hardened architectures, zero-trust enforcement, and classified-data assurance.
Automotive Industry
Protect connected and automated vehicles by securing E/E architectures, ECU firmware, and over-the-air pipelines in line with ISO 21434, ISO 24089, and UNECE R155/R156.
Fintech & Banking
Defend payment ecosystems, transaction networks, and digital-banking platforms through PCI DSS and DORA-aligned resilience engineering combined with secure-SDLC practices.
Critical Infrastructure
Harden SCADA, ICS, and utility networks following IEC 62443, IEC 61513, and ISO 22301 to ensure operational continuity, safety, and resilience across essential OT environments.
The Albireo Protocol
The Albireo Protocol is the established methodology for mastering the sociotechnical duality of complex systems.
Like the Albireo binary star system, secure infrastructure relies on the harmonious alignment between two fundamental forces: Human and Technology.
The Protocol approaches complexity by treating every system as an integral sociotechnical unit, where the effectiveness of Technology is shaped by Human action, on individual, group, and organizational level.
The strategy establishes a posture of predictive stability, neutralizing threats by stabilizing the core relationship between people and platforms.
The Protocol ensures complexity is governed, and digital fate is secured within strict operational parameters.
YOUR RISK WITHIN YOUR APPETITE
//Connect with Albireo Command
Submit a secure inquiry below. All communications are confidential and routed through a secure email relay service.