Abstract

VIX is an autonomous system for the synthesis, formal verification, execution and controlled evolution of computational systems. It transforms high-level business goals into verifiable behavioural models and executable Dataflow structures, independently explores alternative algorithms and architectures, enforces mandatory invariants, and can propose alternative interpretations of goals without activating them unless authorised.

VIX manages the full life-cycle of a computational realisation: interpretation of business intent, synthesis of candidates, verification, execution, observation of behaviour, and safe modification of the running system. The human does not write implementation code, does not manually enter mathematical formulae, and is not required to understand internal formal proofs. The human navigates intent, reviews material consequences through the Intent Review interface, and decides on policy changes that exceed the pre-authorised envelope.

VIX possesses design autonomy: the system itself explores possible realisations, generates hypotheses, selects architectures, synthesises graphs, searches for alternative algorithms and optimises execution. The human is relieved of routine development and operational labour. The human’s essential contribution is the definition and periodic refinement of business goals, the acceptance or rejection of material consequences presented through Intent Review, and the authorisation of policy-level changes.

Design autonomy is not an unrestricted right to alter business policy. Within the envelope of mandatory invariants and approved rules the system may freely choose implementation strategies. It may also surface a new interpretation of a goal together with supporting evidence and consequence analysis; such a proposal becomes active only after the prescribed human authorisation.

Creative Commons License

Creative Commons License
This work is licensed under a Creative Commons Attribution 4.0 License.

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