Kilpi Tase: Conceptual Architecture for Autonomous and Protected Balance Sheet

This article proposes a conceptual architecture for organizing the accounting informational flow, oriented toward the structural reduction of the possibility of fraud by manipulation. By framing the balance sheet as a mediated informational system, the analysis identifies recurring vulnerabilities associated with record editability, decision concentration at closing stages, and reliance on ex post reconstructions of economic events. The proposal reorganizes the accounting cycle through event-proximate capture, preservation of the informational history by addition, traceability, and chain of custody, treating the balance sheet as a necessary effect of the continuous sequencing of records linked to identifiable events. The model explicates structural functions of informational processing, defines invariant criteria for information entry, and incorporates continuous verification as a system property, supported by the prudent use of probabilistic, statistical, and organizational instruments to orient and prioritize verification attention. The architecture preserves the prevailing normative framework and the centrality of professional judgment by maintaining a separation between normative definition and operational processing. Its implications lie in the enhancement of representational faithfulness, auditability, and operational transparency, in convergence with core requirements of managerial modernity, such as functional autonomy, structural security, real-time or near-real-time operation, precisely circumscribed scope, practical utility, and verifiable reliability, while acknowledging institutional limits and conditions of application.