The Architecture of Persistence in Design - Sustainability through Temporal Separation

Most products are not single-lifecycle systems. They are compositions of components operating on fundamentally different temporal regimes — some structurally long-lived, others subject to faster cycles of technological or functional change. Where these regimes are fused into a single lifecycle, transformation in any component propagates into the identity-bearing structure. Replacement follows. This is not a market outcome. It is an architectural consequence derivable before the first unit ships. La Profilée shows that any designed object integrating components with structurally distinct evolution speeds and claiming durability must separate its long-lived identity-bearing structure from its short-lived transformation-bearing structure, connected through defined coupling. This condition does not apply to monolithic objects with a single temporal regime — only to multi-temporal systems where the architecture determines which cycle governs the whole. This paper makes four arguments. First: the structural condition that makes durability architecturally possible, and why it differs from modularity. Second: the historical pattern — how industrial systems developed temporal separation intuitively, and how the digital and platform era began dissolving it systematically. Third: why the sustainability discourse operates downstream of this condition and addresses symptoms rather than causes. Fourth: why the shift from replacement to persistence is structurally inevitable as temporal divergence accelerates. Where this condition is satisfied, durability, dramatically reduced material waste, repairability, and economic continuity follow as consequences — not as design goals.

Authors

Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-05-17
DOI
https://doi.org/10.5281/zenodo.19740177
Primary Topic
Product Development and Customization
Type
article
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article

The Architecture of Persistence in Design - Sustainability through Temporal Separation

Marc Maibom
Zenodo (CERN European Organization for Nuclear Research)
Product Development and Customization
article

The Architecture of Persistence in Design - Sustainability through Temporal Separation

Marc Maibom
article en

Abstract

Most products are not single-lifecycle systems. They are compositions of components operating on fundamentally different temporal regimes — some structurally long-lived, others subject to faster cycles of technological or functional change. Where these regimes are fused into a single lifecycle, transformation in any component propagates into the identity-bearing structure. Replacement follows. This is not a market outcome. It is an architectural consequence derivable before the first unit ships. La Profilée shows that any designed object integrating components with structurally distinct evolution speeds and claiming durability must separate its long-lived identity-bearing structure from its short-lived transformation-bearing structure, connected through defined coupling. This condition does not apply to monolithic objects with a single temporal regime — only to multi-temporal systems where the architecture determines which cycle governs the whole. This paper makes four arguments. First: the structural condition that makes durability architecturally possible, and why it differs from modularity. Second: the historical pattern — how industrial systems developed temporal separation intuitively, and how the digital and platform era began dissolving it systematically. Third: why the sustainability discourse operates downstream of this condition and addresses symptoms rather than causes. Fourth: why the shift from replacement to persistence is structurally inevitable as temporal divergence accelerates. Where this condition is satisfied, durability, dramatically reduced material waste, repairability, and economic continuity follow as consequences — not as design goals.

Zenodo (CERN European Organization for Nuclear Research)
Responsible consumption and production
Openalex Percentile: Top 24%
Product Development and Customization
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