Skip to main content
PraxiHub
Industry AnalysisPublished

Tokenized Assets and the Emergence of Programmable Portfolios

Programmable portfolios depend on enforceable ownership, settlement, valuation, permissions, redemption, and interoperable infrastructure—not token representation alone.

Published
Published July 30, 2026
Reading time
15 min read · 3191 words

Abstract

Tokenization can place transferable asset records and operating rules in a programmable environment. A programmable portfolio, however, requires more than tokenized holdings. It also needs legally meaningful ownership, settlement money, interoperable custody, valuation, asset servicing, bounded automation, and failure governance. This narrative evidence review combines academic literature on tokenization and on-chain finance with 2026 BIS and central-bank infrastructure work. It examines tokenized funds, deposits, government securities, settlement, and collateral. The evidence supports potential reductions in reconciliation and atomic settlement risk, while remaining inconclusive about broad production cost savings and liquidity. Tokenization changes the possible portfolio operating model; it does not remove issuer, legal, market, or infrastructure risk. **Keywords:** tokenized assets; programmable portfolios; tokenized deposits; tokenized Treasuries; atomic settlement; collateral mobility

Abstract

Tokenization can place transferable asset records and operating rules in a programmable environment. A programmable portfolio, however, requires more than tokenized holdings. It also needs legally meaningful ownership, settlement money, interoperable custody, valuation, asset servicing, bounded automation, and failure governance. This narrative evidence review combines academic literature on tokenization and on-chain finance with 2026 BIS and central-bank infrastructure work. It examines tokenized funds, deposits, government securities, settlement, and collateral. The evidence supports potential reductions in reconciliation and atomic settlement risk, while remaining inconclusive about broad production cost savings and liquidity. Tokenization changes the possible portfolio operating model; it does not remove issuer, legal, market, or infrastructure risk.

Keywords: tokenized assets; programmable portfolios; tokenized deposits; tokenized Treasuries; atomic settlement; collateral mobility

Continue reading this research

Sign in to access the complete research, analysis, conclusion and references.

Sign inCreate account

Publication disclosures

Conflict of interest
PraxiHub is associated with Praxifi. The author may hold roles or ownership interests in Praxifi, whose broader research interests include tokenization and portfolio automation. This paper does not evaluate a Praxifi product.
Relationship to Praxifi
PraxiHub is associated with Praxifi and serves as its research and knowledge initiative. Some authors, editors, contributors, or administrators of PraxiHub may also hold roles, ownership interests, or professional responsibilities within Praxifi.

Citation and access

Suggested citation

Saee Ghaemi (2026). Tokenized Assets and the Emergence of Programmable Portfolios. PraxiHub.

BibTeX

@misc{Ghaemi2026Tokenized,
  author = {Ghaemi, Saee},
  title = {Tokenized Assets and the Emergence of Programmable Portfolios},
  year = {2026},
  url = {https://thepraxihub.com/research/tokenized-assets-and-programmable-portfolios}
}

Related Research

Working PaperPublished

The Hidden Infrastructure Dependencies of On-Chain Financial Automation

Smart contracts can make financial rules deterministic, but their execution often depends on infrastructure that exists outside the contract itself. This research examines how RPC providers, executors, relayers, bundlers, sequencers, gas funding, and monitoring systems introduce operational dependencies into on-chain financial automation.

Authors
Saee Ghaemi
Publication date
August 8, 2026
Topics
Blockchain Automation
Reading time
9 min read