Strategic Objectives
• Master the foundational metaphysics that dictate how data is governed.
• Distinguish between data as property, personhood, and common utility.
• Navigate the complex intersection of digital existence and legal reality.
• Understand the philosophical shift from physical assets to informational entities.
The Core Challenge
Modern law treats digital information as a physical object, yet data lacks mass, occupies no space, and can exist in infinite places at once.
Defining the Digital
Ontology as the Grammar of Being
This section introduces ontology as a system for classifying existence and explores how philosophical categories influence what we accept as real. It establishes the conceptual tools needed to question whether digital phenomena can occupy the same ontological space as physical objects.
From Matter to Information
Here we examine the historical shift from viewing reality as purely material to recognizing information as a meaningful component of existence. The discussion emphasizes how digital artifacts challenge binary distinctions between tangible and intangible entities.
Data as an Ontological Claim
This section considers data not merely as a representation of reality but as an entity with ontological implications. It explores whether data possesses qualities that justify treating it as a form of existence and how such claims reshape philosophical debates.
The Information Turn
Intellectual Origins of Information Thinking
Examine the philosophical conditions that enabled information to become a legitimate object of metaphysical and epistemic inquiry, tracing shifts away from substance-centered worldviews.
From Matter to Data
Analyze how scientific and technological developments reframed reality as something describable in informational terms, challenging traditional distinctions between physical and abstract entities.
Law and Metaphysics
Explore the legal and philosophical consequences of treating information as something that can be owned, governed, and endowed with normative significance.
Bit and Being
Bit as ontological unit
Examine the conceptual leap from the bit as a technical encoding device to the idea of binary distinction as a fundamental unit of meaning and structure. Explore how minimal differences generate informational worlds and how this reframes classical notions of substance.
Entropy and uncertainty
Analyze entropy as a measure of unpredictability and informational richness. Rather than treating uncertainty as deficit, consider how structured ignorance enables communication and learning. Connect mathematical definitions to philosophical interpretations of order and disorder.
Channels and communication
Investigate the role of channels in shaping information. Noise, redundancy, and coding are not merely technical concerns but metaphors for how meaning survives distortion. Discuss implications for human understanding and digital mediation.
The Ghost in the Machine
Dualism as a Lens for Digital Existence
This section introduces dualism as an interpretive framework, comparing the philosophical division between mind and body with the conceptual divide between physical computing infrastructure and immaterial information. It explores how digital systems appear to host entities that are not reducible to their material substrates.
Historical Echoes of Dualism
This section traces intellectual lineages from early metaphysical debates about mind and body to modern discussions of data and computation. It highlights how ideas of immaterial essence resurfaced in digital contexts, suggesting continuity between philosophical traditions and technological metaphors.
Information as an Immaterial Entity
Here the chapter argues that digital information exhibits qualities reminiscent of immaterial entities: it persists across physical media, can be instantiated in multiple locations, and retains identity independent of hardware. The section examines whether such properties justify treating information as a distinct ontological category.
Data as Property
Foundations of Ownership and Legal Control
Examine how property emerged as a legal mechanism for allocating control and responsibility, tracing ideas from classical jurisprudence to modern statutory systems. The goal is to reveal why ownership became central to economic order and how its assumptions shape contemporary debates about data.
Data and the Boundaries of Traditional Property
Challenge the assumption that information behaves like physical goods. Data can be duplicated without loss and distributed globally at negligible cost, undermining classical scarcity-based models of ownership. This section explores the conceptual tension between possession and accessibility.
Legal Frameworks and Jurisdictional Divergence
Survey how different legal systems conceptualize data rights—from privacy regimes to data portability and corporate control. Rather than reproducing encyclopedic detail, focus on interpretive contrasts that illuminate the absence of a unified property model for information.
The Bundle of Rights
From Thing to Permissions
This section introduces the conceptual shift from viewing property as a physical object to understanding it as a structured aggregation of legally recognized powers. It explains how ownership is not a monolithic claim over a thing but a composite of enforceable permissions and immunities. The discussion sets the philosophical foundation for applying this framework to intangible entities like digital information, where the 'thing' itself resists material boundaries.
The Core Sticks in the Bundle
This section breaks down the classical components of ownership into distinct legal powers: the right to possess, the right to use, the right to exclude others, and the right to transfer or alienate. Each right is examined independently, demonstrating how they can be separated, limited, or reassigned. The analysis prepares the reader to see how digital platforms, licenses, and data agreements selectively allocate these sticks rather than conveying full ownership.
Fragmentation and Division
Here the chapter explores how property rights can be divided temporally and relationally. Leases, easements, life estates, and security interests illustrate how different parties can hold different sticks simultaneously. The section then maps this fragmentation onto digital ecosystems, where users, platforms, developers, advertisers, and states each hold partial and overlapping claims over the same data stream.
Digital Personhood
From Legal Fiction to Ontological Claim
This section reframes the concept of personhood by tracing how law historically constructed the ‘legal person’ as an artificial entity capable of owning property, bearing responsibility, and entering contracts. It examines how corporations and institutions became persons in law, not because they are biological beings, but because they occupy roles in social and legal systems. This legal flexibility opens the conceptual door to a more radical proposition: if law can recognize non-biological entities as persons for functional reasons, could certain data constructs qualify as ontological persons when they constitute the core of individual identity?
The Data Double
This section explores the emergence of the ‘data double’—the aggregated digital profile composed of behavioral logs, biometric markers, preferences, communications, and predictive analytics. It argues that these datasets increasingly determine how individuals are perceived, categorized, and treated by institutions. The section interrogates whether these structured datasets are mere representations of the self or whether they now participate in shaping the self, thereby blurring the boundary between subject and informational construct.
Where Identity Resides
Here the chapter moves from law to metaphysics, questioning whether identity is confined to biological embodiment or distributed across informational systems. It considers whether continuity of memory, narrative coherence, and relational recognition—now partially stored in digital archives—are essential components of personhood. If memory and agency are mediated through data infrastructures, then deleting or manipulating those datasets may constitute an assault on the self rather than on property.
The Informational Self
From Substance to Pattern
This section reframes classical debates about identity—whether grounded in substance, continuity, or psychological coherence—into the informational age. It examines how identity shifts from being understood as a static essence to a dynamic pattern that persists across media, setting the stage for conceiving the self as partially constituted by information.
Psychological Continuity and Data Traces
Building on theories that link personal identity to memory and psychological continuity, this section argues that digital records—messages, search histories, biometric profiles—function as extensions of memory. It explores whether these traces merely represent the self or actively participate in sustaining it, transforming data from passive record to ontological component.
The Informational Limb
Here the chapter advances the central metaphor: data as a digital limb or thought. Just as bodily parts are integral to agency and experience, certain informational structures enable action, recognition, and social participation. The section analyzes when information ceases to be external property and becomes constitutive of the person’s practical and relational existence.
Data as a Utility
From Commodity to Lifeline
This section reframes data not as a tradable asset but as a foundational substrate of social, economic, and political life. It explores how modern existence—communication, healthcare, finance, governance—depends on uninterrupted data flows in ways structurally similar to water and electricity networks. The section introduces the criteria that historically justified labeling certain services as utilities and asks whether data now meets those same thresholds of indispensability and universality.
The Ontology of Shared Information
Moving from economics to metaphysics, this section analyzes the peculiar nature of information as a non-rival and replicable resource. It contrasts data with classical scarce goods and evaluates whether its abundance strengthens or weakens the case for public utility treatment. The section examines how collective generation and network effects complicate traditional ownership models and reinforce the argument that information functions as a shared societal substrate.
Natural Monopoly in the Age of Platforms
This section examines how data infrastructures—cloud services, search engines, social platforms—exhibit features historically associated with natural monopolies. It analyzes economies of scale, high fixed costs, and network dominance, showing how control over data pipelines can centralize power. The argument develops toward whether such concentration justifies regulatory treatment similar to traditional utilities.
The Commons of Knowledge
From Enclosure to Openness
This section contrasts historical models of enclosure and exclusive ownership with the alternative logic of shared resources. It reframes information not as a rival good that diminishes with use, but as a non-rival entity whose value often expands through circulation. The discussion bridges earlier property-based frameworks in the book with the emerging ontology of shared informational space.
The Ontology of the Commons
This section explores the metaphysical status of information within a commons framework. It examines how digital artifacts can be simultaneously accessed without depletion, and how shared informational environments challenge traditional notions of scarcity, exclusion, and dominion. The commons is presented not merely as a legal arrangement but as a mode of being for informational entities.
Governance Without Sovereignty
Moving beyond the dichotomy of private property and state control, this section analyzes how commons are governed through community-defined rules, norms, and stewardship mechanisms. It investigates how digital communities coordinate contribution, access, and maintenance without centralized ownership, and how governance structures shape the sustainability of shared knowledge ecosystems.
Abstraction and Implementation
The Ontological Error: When Layers Collapse
This section introduces the central problem of the chapter: the persistent legal and philosophical confusion between physical storage media and the informational entities they host. It frames the category mistake of treating a file as identical to the hard drive sector that implements it, establishing why abstraction layers are not merely technical conveniences but ontological distinctions with legal consequences.
From Electrons to Meaning
This section traces the layered ascent from physical phenomena (magnetic states, electrical charges) through firmware, operating systems, file systems, and application-level representations, culminating in human-interpretable meaning. It emphasizes how each layer depends on but is not reducible to the one beneath it, introducing the reader to digital stratification as a structural feature of computation.
The File as a Logical Construct
Here the chapter analyzes the file as a logical entity defined by system rules, naming conventions, and metadata rather than by any particular physical location. It explains how the same file can be instantiated across multiple physical media without losing its identity, illustrating the principle that implementation details do not exhaust ontological status.
The Non-Rivalrous Nature of Data
Scarcity as the Hidden Assumption of Law
This section introduces the classical economic assumption that goods are scarce and rivalrous, meaning one person’s consumption diminishes another’s. It explains how property law, pricing mechanisms, and market allocation evolved around finite resources such as land, food, and physical capital. The reader is guided to see rivalry not as a universal truth but as a structural premise embedded in economic reasoning and legal doctrine.
The Ontological Break: Data as Non-Rivalrous Being
Here the chapter pivots from economics to metaphysics. Data is framed not merely as an economic resource but as an ontologically distinct category of entity. Unlike material goods, its use does not exhaust it. The section examines how copying, duplication, and simultaneous access challenge the assumption that consumption implies subtraction. This ontological non-rivalry becomes the foundation for understanding digital abundance.
Infinite Replicability and Zero Marginal Cost
This section analyzes the economic implications of non-rivalry. Once produced, data can be reproduced at near-zero marginal cost. The chapter explores how this destabilizes price theory rooted in scarcity and how traditional supply-demand dynamics strain under conditions of infinite replicability. Network effects, scalability, and platform economies are positioned as natural consequences of non-rivalrous structures.
Intellectual Labor and Creation
From Soil to Source Code
This section reframes Locke’s original argument about mixing labor with land into the context of digital production. It examines whether the transformation of raw materials into private property can be meaningfully analogized to transforming abstract information into executable code. The section establishes the metaphysical shift from physical appropriation to informational structuring and asks whether labor in a virtual medium retains the same moral force.
What Counts as Intellectual Labor?
Here the chapter defines intellectual labor not merely as effort, but as the intentional structuring of informational reality. It distinguishes between mechanical execution, creative authorship, and algorithmic recombination. By interrogating the ontology of code—whether it is discovered, invented, or assembled—the section clarifies what it means to ‘mix’ one’s labor with something non-material.
The Lockean Proviso in Cyberspace
Locke’s proviso requires that appropriation leave 'enough and as good' for others. This section evaluates whether that condition survives in a world of infinitely replicable digital goods. It explores whether informational abundance dissolves the moral constraints on ownership or whether new forms of scarcity—attention, platform access, computational resources—reintroduce limits.
Semantic Information
From Signal to Significance
This section introduces the foundational distinction between physical signals and semantic content. It explains how binary digits, electrical impulses, or ink marks are merely carriers, and how meaning arises only when interpreted within a system of signs. The discussion reframes information not as a material substance but as a relational phenomenon dependent on interpretation, context, and shared conventions.
Reference, Sense, and Context
This section explores how semantic content is structured through reference, sense, and contextual framing. It clarifies how the same string of data can point to different realities depending on linguistic and cultural systems. By distinguishing between what a term refers to and how it presents that reference, the section deepens the metaphysical gap between raw data and articulated meaning.
Syntax Without Semantics
Here the chapter separates formal structure from interpreted content. It examines how systems can manipulate symbols according to rules without grasping meaning, illustrating that syntactic order does not guarantee semantic depth. This distinction becomes crucial for understanding artificial intelligence, encryption, and automated communication systems that process data devoid of lived interpretation.
Algorithmic Ontologies
Algorithms as Ontological Actors
Examine the philosophical claim that algorithms do not merely process information but actively constitute the conditions under which data acquires operational meaning. Consider how procedural structures define what data can become.
From Static Records to Dynamic Entities
Explore the transition from viewing data as inert representation to understanding it as something that participates in computational processes. Data gains relational properties through algorithmic interaction.
Efficiency, Constraints, and Ontological Value
Analyze how computational constraints—time, memory, and efficiency—shape the practical existence of information systems. Ontological significance arises not only from what data is but how it can be used.
The Sovereignty of Information
Sovereignty Reconsidered in the Age of Information
This section reframes classical sovereignty—traditionally grounded in territorial jurisdiction and political supremacy—as a concept challenged by the borderless nature of digital information. It introduces the question of whether authority over data mirrors or replaces traditional state power.
Data as a New Form of Territory
Here we examine the analogy between territorial land and digital data. If sovereignty once derived from physical control, what constitutes control in a realm where information can be copied and transmitted instantly? The section explores implications for jurisdiction and governance.
States, Corporations, and Competing Claims to Authority
This section analyzes the shifting balance of power among governments and private corporations. While states historically claimed ultimate authority, corporations now command vast informational infrastructures, creating hybrid zones of governance and contestation.
Virtual Objects
Reification and the Birth of the Digital Object
Explores the cognitive and programming processes that convert streams of information into bounded objects. Examines why human minds and software architectures both rely on discrete units of meaning to manage complexity.
Identity Without Substance
Analyzes the paradox of digital identity: objects that exist as persistent references rather than material bodies. Considers how programming languages assign identity through memory references and how users treat digital assets as stable entities.
Digital Assets as Ontological Entities
Investigates the metaphysical status of digital assets such as tokens or in-game items. Discusses why societies attribute value and ownership to entities that are purely informational and how this shapes modern economic behavior.
The Ethics of Informational Existence
Moral Frontiers of Information
Explores the historical limitation of moral frameworks to biological persons and argues for an expanded ethical lens that addresses data, algorithms, and informational artifacts as participants in social and economic life.
Data as Property or Personhood
Examines the dichotomy between treating data as tradable property and conceiving it as an extension of personal identity, analyzing how each model shapes rights, obligations, and moral accountability.
Violence, Deletion, and Digital Erasure
Investigates the philosophical question of whether deleting data constitutes harm when data is framed as a representation of identity or value, and contrasts this with property-based models of loss.
Digital Continuity
Ontological Identity in Digital Objects
Examine the philosophical and technical question of identity: when does a piece of data persist as the same entity despite transformations in storage, format, or representation?
Persistence Models and Technical Mechanisms
Survey common persistence strategies in computer systems, including snapshots, versioning, and immutable storage, emphasizing how these mechanisms encode continuity.
Change Without Loss of Identity
Analyze scenarios in which data changes form yet remains conceptually identical—such as migrations and schema evolution—and the criteria used to judge equivalence.
The Jurisprudence of the Immaterial
Foundations of legal ontology in the digital age
This section explores how traditional legal systems presuppose material entities as the objects of rights and obligations, and how digital information challenges those assumptions. It introduces the idea that ontological categories shape jurisprudence and that new categories may be required for information-centric realities.
Legal realism and the limits of abstract categories
This section connects legal realism with the observation that law is not merely a set of abstract rules but a response to social and technological conditions. It argues that digital environments generate facts that existing categories struggle to address, necessitating interpretive flexibility.
Ontological status of information within jurisprudence
Here we examine whether information can be treated as an ontological subject of law rather than a mere representation of material events. The discussion contrasts views that reduce information to property or contract with perspectives that recognize its unique capacities and harms.
The Future of Being
Beyond the Material Self
Explores the philosophical shift from viewing human identity as grounded in biology to understanding it as potentially rooted in patterns of information. This section introduces the idea that continuity of consciousness and agency may survive transformation of substrate, framing post-physical existence as a conceptual extension of personhood.
Law and Ontology in a Datafied World
Analyzes the challenges legal and ethical frameworks face when addressing entities that operate as informational agents rather than traditional persons. Questions of rights, responsibility, and recognition become complex when agency is distributed across networks or artificial substrates.
Society After the Biological Paradigm
Examines potential social transformations as human activity increasingly integrates with digital systems. Communities may evolve norms and institutions that recognize hybrid modes of participation, collaboration, and governance shaped by data-driven interaction.
