Canonical Representation
A deterministic representation of the object and its governed state.
CANONICAL REPRESENTATION UNIT
Governed Computational Objects
Dench Labs researches foundational infrastructure for computational objects that can carry verifiable identity, state, integrity, and governance independent of where they are stored or executed.
THE QUESTION
What if a digital object could carry its own truth?
Most computational objects depend on external systems to determine what they are, whether they are authentic, what state they are in, and what they are permitted to do.
Move the object away from those systems and much of that meaning can disappear.
CRU asks a different question: What if the object could carry enough verifiable information and governance with it to remain meaningful wherever it goes?
That is the foundation of the Canonical Representation Unit.
WHAT IS A CRU?
The governed object persists.
A CRU is a canonical representation of a computational object whose identity, integrity, state, provenance, and governing conditions can be independently evaluated.
It is not defined by a particular database, blockchain, cloud provider, application, or transport.
The infrastructure may change.How CRU Works →
The governed object persists.
FIVE PILLARS
The architecture of a CRU.
Cryptographic Integrity
Verifiable evidence that the object and relevant state have not been improperly altered.
Portable Persistence
Identity and continuity not dependent on a single repository or execution environment.
Capability-Oriented Composition
Authority can be expressed through bounded capabilities derived from applicable governance.
Universal Interoperability
CRUs are designed to be evaluated across heterogeneous systems without requiring systems to become identical.
FROM STATE TO GOVERNED EFFECT
Identity alone does not determine authority.
CRU separates identity from changing state and allows governance to evaluate current evidence and context.
State + Evidence + Context
Governance
Governed Result
Capability / Effect
A Governed Result applies within an Authority Context. It does not create universal authority.
Explore Governance & Federation →CRU + ZERO TRUST
Complementary architectures.
CRU is not a replacement for Zero Trust. Zero Trust provides an architectural approach for continuously evaluating access based on identity, policy, context, and risk.
CRU introduces a governed computational object that can participate in that architecture while carrying verifiable identity, state, provenance, and governance across systems.
Zero Trust asks: Should this request be allowed under current conditions?
CRU adds: What governed object is making the request, what is its current state, and what governed result applies?
A SIMPLE EXAMPLE
When Alice gets promoted.
Alice remains Alice. What changes is her governed state.
Alice
Verified Promotion
Governance Evaluation
Governed Result
Updated Capabilities
Her identity does not need to be recreated simply because her responsibilities changed. The same principle can apply when qualifications expire, missions change, devices become compromised, organizations federate, or operating conditions change.
Explore Use Cases →RESEARCH DIRECTION
Researching the governed object.
CRU is the foundation of a broader research program examining how computational objects can persist, evolve, interact, and execute under explicit governance.
Living CRU · CRU-TR · CRU VM · AI CRU · AI Memory CRU
Research also includes distributed and disconnected operation, cross-domain federation, security architecture, and independent prototype and simulation-based validation. Certain CRU technologies are patent pending.
Explore Dench Labs Research →BOUNDARY
What CRU does — and does not claim.
CRU does not eliminate trust. It does not replace cryptography, PKI, identity infrastructure, Zero Trust, databases, blockchains, operating systems, or existing enforcement mechanisms.
Instead, CRU explores a different computational boundary: the object itself can become a persistent unit at which identity, state, verification, capability, and governance are expressed.
Existing infrastructure can then evaluate and act upon that governed object.
DENCH LABS
Research first. Infrastructure that endures.
Dench Labs explores foundational systems architecture for persistent, verifiable, and governed computational objects.
The objective is not to replace useful infrastructure. It is to investigate what becomes possible when the governed object can persist independently of it.
About Dench Labs →Build the foundation.
How It Works
How does a governed object carry identity, evidence, state and governance across systems?
Explore How It Works →