Layer 1
Source, Identity & Events
Supported records enter DPS with the available participant, issuer, source, product, shipment, asset, or real-world event relationships.
HYBRID BLOCKCHAIN ARCHITECTURE
Private Operational Records. Publicly Verifiable Evidence.
DPS combines private registry controls, cryptographic integrity, verified identity and source relationships, selected public blockchain anchors, APIs, and public verification in one enterprise-ready architecture.
The hybrid model keeps business context and controlled data where it belongs while making selected evidence independently checkable outside the application that created it.
Private Registry ControlsPublic Blockchain EvidenceWalletless Verification
DPS HYBRID MODEL
Source Record & IdentityDocuments, certificates, communications, products, assets, participants, and real-world events
Private DPS RegistryPermissions, relationships, status, source attribution, version history, and operational context
Public Blockchain EvidenceSelected cryptographic anchors, timestamps, and independently checkable proof
Verification & APIsPublic resolution, enterprise integrations, platforms, networks, and partner applications
WHAT IS HYBRID BLOCKCHAIN ARCHITECTURE?
A private-and-public architecture designed around business records, not blockchain exposure.
DPS separates operational data from independently verifiable evidence. Private registry records preserve context, permissions, identity, status, and workflow history, while selected cryptographic proof can be anchored publicly when independent verification creates value.
H
DPS Hybrid Blockchain Architecture is a digital trust architecture that combines DPS-controlled private registry records with cryptographic fingerprints, identity and source information, selected public blockchain evidence, APIs, and verification experiences. It lets DPS preserve operational context privately while exposing only the proof or status information intended for independent verification.
THE HYBRID ARCHITECTURE
Four connected layers create one verifiable record.
The architecture is designed so each layer contributes a specific function instead of forcing every file, field, identity detail, or workflow event onto a public blockchain.
Layer 2
Private DPS Registry
Operational context, permissions, status, versions, relationships, audit history, and controlled data remain managed through DPS systems.
Layer 3
Public Blockchain Evidence
Selected cryptographic evidence can be timestamped and anchored publicly so the proof can be checked independently of the private application layer.
Layer 4
Verification & Integration
DPS applications, public verification portals, APIs, and partner systems can resolve the supported record and review the available evidence and status.
Private operational context + selected public evidence + controlled verification access = the DPS hybrid trust model.
CORE ARCHITECTURE CAPABILITIES
Designed to connect integrity, identity, evidence, and access.
The hybrid architecture creates a reusable foundation that DPS solutions, platforms, networks, and enterprise integrations can apply to different business workflows.
Private Registry & Controls
Preserves supported operational records, permissions, status, relationships, source information, version history, and workflow context.
Cryptographic Integrity
Uses fingerprints and timestamps to support comparison with registered records, document integrity, replacement history, and evidence continuity.
Public Blockchain Anchors
Adds selected public evidence without requiring confidential files or complete business records to be published to a public chain.
Verification & APIs
Provides controlled resolution and integration through DPS applications, public portals, enterprise systems, and partner workflows.
EVIDENCE WITHOUT LOSING CONTEXT
Public proof is most useful when it remains connected to the private record that explains it.
A blockchain anchor by itself is only one signal. DPS keeps the supporting context—who created or registered the record, what it is connected to, which version is current, what status applies, and which events or relationships belong to it—inside the controlled registry layer.
The architecture can then expose the appropriate proof, status, or public-facing fields through verification experiences and APIs.
ID
Identity & SourceConnect supported organizations, issuers, registrants, representatives, systems, and record sources to the records they create or manage.
ST
Status & Version HistoryMaintain current, replaced, superseding, expired, revoked, or other supported record states without rewriting prior evidence.
OR
DPS Oracle & Real-World EventsConnect supported delivery, shipment, custody, registration, or other trusted off-chain events to the verification record.
VR
Verification AccessResolve selected public evidence or authorized private context through DPS portals, platforms, APIs, and partner applications.
PRIVATE + PUBLIC LAYER CLARITY
Each part of the architecture has a different job.
The hybrid model is strongest when operational context, cryptographic integrity, public evidence, identity, and verification access remain distinct but connected.
| Architecture component | What DPS records or manages | Why it matters |
|---|---|---|
| Private registry | Operational context, permissions, relationships, source, status, versions, workflow data, and controlled fields. | Keeps business records usable, governable, and connected without exposing every detail publicly. |
| Cryptographic fingerprint | A unique digital representation of a supported document or record used for later comparison. | Supports integrity checking and continuity between the registered record and later verification. |
| Identity & issuer relationships | Supported organizations, representatives, issuers, registrants, systems, and source attribution. | Connects evidence to the participant or source associated with the record. |
| Public blockchain evidence | Selected timestamped anchors or proof intended for independent checking. | Creates public evidence that can persist outside the private DPS application layer. |
| DPS Oracle / event layer | Supported off-chain events and trusted system inputs connected to the record. | Links digital evidence to delivery, shipment, custody, registration, or other real-world workflow events. |
| Verification & APIs | Public or authorized access to resolve, retrieve, update, or verify supported records. | Lets DPS infrastructure work inside enterprise systems, public portals, platforms, and partner applications. |
HOW THE HYBRID MODEL WORKS
From source record to independently verifiable evidence.
The same architecture pattern can support documents, certificates, communications, products, shipments, assets, and enterprise events.
01
Create or receive the source record
A supported document, certificate, communication, identity record, product record, shipment event, asset event, or enterprise-system event enters a DPS-enabled workflow.
02
Create the private verification record
DPS connects the relevant cryptographic fingerprint, identity or source information, registry context, timestamps, status, permissions, and workflow relationships.
03
Anchor selected public evidence
When independent public proof is useful, selected cryptographic evidence is anchored to a public blockchain while operational records remain managed through DPS-controlled systems.
04
Resolve, verify, or integrate the record
DPS applications, public verification experiences, and enterprise APIs can retrieve the supported record, review status and history, and verify the available evidence.
BUILT FOR MULTIPLE DPS WORKFLOWS
One architecture. Purpose-built verification experiences.
The hybrid foundation supports different DPS solutions and platforms without forcing every customer into the same application or public-data model.
Documents & Certificates
Connect document integrity, registration, issuer relationships, version history, and public verification evidence.
Document Verification →Assets & Provenance
Connect asset identity, certificate records, provenance events, ownership or custody events, and verification history.
Asset Provenance →Shipments & Custody
Connect shipment identity, custody events, delivery evidence, and public or authorized verification access.
Shipment Verification →Identity & Issuers
Connect organizations, representatives, issuers, registrants, and source attribution to the records and events they create.
Identity Verification →Public Verification
Resolve selected identifiers, status, history, cryptographic evidence, and public-facing record details through verification portals.
Public Verification →Enterprise & Partner Systems
Embed creation, retrieval, status, verification, and record-resolution workflows into existing software and business systems.
Enterprise Integrations →DPS ARCHITECTURE RELATIONSHIP
The hybrid architecture is the trust layer beneath DPS solutions, platforms, and networks.
DPS uses the same private/public foundation across certified communications, blockchain verification, identity, public verification, enterprise integrations, CaseMail, COA Chain, and multi-party verification networks.
Private DPS RegistryIdentity · Context · Permissions · Status · History
Hybrid Blockchain Architecture
Public EvidenceCryptographic anchors · Timestamps · Independent verification
Applications & APIsSolutions · Platforms · Networks · Partner systems
FAQ
Hybrid Blockchain Architecture frequently asked questions.
Quick answers about how DPS combines private registry controls with public blockchain evidence and enterprise verification workflows.
What is the DPS Hybrid Blockchain Architecture?
The DPS Hybrid Blockchain Architecture combines DPS-controlled private registry records and application controls with cryptographic fingerprints, identity and source information, selected public blockchain evidence, APIs, and verification experiences. It preserves operational context privately while making selected proof independently verifiable.
Why does DPS use a hybrid blockchain model?
DPS uses a hybrid model so operational records, permissions, identity details, workflow relationships, and controlled data can remain in private DPS systems while selected cryptographic evidence can be anchored publicly for independent verification.
What information remains in the private DPS registry?
The private DPS registry can maintain supported operational context such as permissions, participant and issuer relationships, source attribution, status, version history, workflow data, audit history, and other controlled record fields.
What does DPS place on a public blockchain?
DPS can place selected cryptographic evidence, timestamps, or other supported proof on a public blockchain when independent public verification is useful. The architecture does not require the complete source file or full business record to be published publicly.
How does the architecture support document integrity?
DPS can generate a cryptographic fingerprint from a supported document or digital record and connect it to the private registry and selected public evidence. A later record can then be compared with the registered fingerprint as part of an integrity-verification workflow.
Do DPS users need cryptocurrency or blockchain wallets?
No. DPS is designed for walletless blockchain access. DPS manages the blockchain interaction behind the workflow so normal business and public users can create or verify supported records without managing cryptocurrency or a personal blockchain wallet.
Can the hybrid architecture integrate with existing enterprise systems?
Yes. DPS APIs and enterprise integrations can allow approved systems to create, retrieve, update, resolve, or verify supported records while the hybrid architecture manages the underlying private registry, evidence, status, and verification relationships.
BUILD ON DPS