Structural Stability for Complex and Mission-Critical Systems

Modern digital systems are often built upon layered assumptions and abstraction-driven models that, under stress—whether from cyber intrusion, radiation events, cascading dependencies, or operational overload—can fail in predictable ways: assumptions degrade, signals drift, and errors propagate across subsystem boundaries.

Unified Lattice Solver Technologies, LLC developed The ArchenFrame™ to address this structural vulnerability. The ArchenFrame™ is a patent-pending reference architecture for the resilient design of integrated hardware–software subsystems, grounded in peer-reviewed, primitive-closed physics.

Rather than relying solely on post-failure response mechanisms, The ArchenFrame™ governs subsystem structure at design time and during operation to prevent uncontrolled propagation and systemic cascade. It enforces structural integrity through three integrated pillars—

hardware survivability design,

design-time structural stability, and

run-time bounded-propagation control—

establishing a unified architectural method for stabilizing integrated hardware–software subsystems under real-world stress.

By enforcing bounded propagation, predictable degradation, and architectural traceability, The ArchenFrame™ strengthens alignment with regulatory and supervisory frameworks including NERC CIP, DFARS/CMMC, Federal Reserve and OCC supervisory guidance, and NIST CSF/800-53, helping organizations ensure that failures remain contained, auditable, and recoverable across complex and mission-critical systems.