SaaS delivery and deployment options

Deploy Paptra within the boundary your operation requires.

Paptra is a SaaS-based platform with managed cloud delivery. Private-cloud, on-premises and hybrid models can also be aligned with infrastructure, system access and data requirements.

  • Managed SaaS delivery
  • Enterprise integration support
  • Flexible operating boundaries
Deployment architectureBoundary controlled
Customer environment
DATABusiness dataPrivate records
ERPEnterprise systemsInternal access
Customer control
Selected operating boundary
PPaptraWorkflow servicesCloud · Private · On-Prem · Hybrid
Customer controlled
Managed service
Approved connection

Why deployment choice matters

The right architecture begins with operational requirements.

Deployment should reflect where data lives, which systems must connect and how responsibility is divided.

01LOC

Data Location

Define where source information, processing and approved outcomes may reside.

02SYS

System Access

Account for internal applications, network boundaries and available interfaces.

03

Privacy

Align the environment with organizational data-sensitivity requirements.

04OWN

Ownership

Clarify responsibility for infrastructure, monitoring, updates and support.

05

Scale

Plan capacity, availability and growth for the intended workflows.

Interactive comparison

Choose where Paptra operates.

Select a deployment model to compare its boundary, operating responsibility and typical fit.

Cloud deployment

Managed operation for simpler scaling.

Paptra operates in a managed cloud environment, supporting centralized platform operation and scalable adoption.

Operating boundary
Managed cloud environment
Infrastructure ownership
Managed service
System connectivity
Approved external or private links
Typical fit
Faster adoption and elastic capacity

Deployment models

Four ways to align Paptra with the enterprise.

The final architecture is confirmed through technical and operational discovery.

01Managed boundary

Cloud

Centralized operation with simpler infrastructure management and capacity growth.

  • Managed platform environment
  • Centralized updates and monitoring
  • Approved connections to enterprise systems
02Customer cloud

Private Cloud

A dedicated cloud environment governed within the customer’s operating boundary.

  • Customer-controlled network
  • Private system connectivity
  • Greater infrastructure policy alignment
03Customer infrastructure

On-Premises

Local operation for environments requiring internal processing and system access.

  • Processing inside the organization
  • Local data and application access
  • Customer-managed infrastructure
04Shared boundary

Hybrid

Private and managed components placed according to sensitivity and workflow needs.

  • Workload-specific placement
  • Controlled private gateways
  • Flexible responsibility model

Responsibility comparison

Understand how operational ownership changes.

This directional comparison supports early planning. Exact responsibilities are agreed for each implementation.

Directional comparison of deployment responsibilities
Area01Cloud02Private Cloud03On-Premises04Hybrid
InfrastructureManagedCustomer cloudCustomerShared
Application operationManagedAgreed modelCustomer-ledBy component
Platform updatesCentralizedCoordinatedCustomer scheduledCoordinated
MonitoringManagedIntegratedCustomer environmentCombined
Network accessApproved linksPrivate networkLocal networkPrivate gateway
Data governanceCustomer policyCustomer policyCustomer policyBy workload
Managed serviceCustomer controlledShared or agreed responsibility

Security and governance

Apply controls across every operating model.

Deployment changes the infrastructure boundary, but each design should still address access, transfer, decisions and traceability.

  • Identity and access controlRestrict platform and workflow actions by authorized role.
  • Encryption and network boundariesProtect transfers and define approved communication paths.
  • Approval and audit historyPreserve human decisions, processing states and delivery events.
  • Retention requirementsAlign workflow data and evidence with organizational policy.

Integration by deployment

Design connections around system location.

ERP, CRM, DMS, EMR/HIS and custom applications may sit in different network zones. The deployment architecture should define how Paptra reaches each system and which transfers cross a boundary.

Explore Enterprise Integrations
Private systemsERPDMSEMR
Approved gateway
API · Secure file · Private link
Selected Paptra boundaryPControlled integration layer

Deployment planning process

Move from requirements to controlled operation.

Architecture, responsibility and workflow requirements are validated before production use.

  1. 01

    Discover

    Confirm workflows, systems and stakeholders.

  2. 02

    Assess

    Review data, networks and requirements.

  3. 03

    Design

    Define architecture and responsibilities.

  4. 04

    Validate

    Test controls, access and performance.

  5. 05

    Deploy

    Implement the approved environment.

  6. 06

    Operate

    Monitor, support and improve.

Common questions

Deployment FAQs.

The final deployment model and responsibilities are confirmed through implementation discovery.

View all FAQs
Where can Paptra be deployed?+

Paptra supports cloud, private-cloud, on-premises and hybrid deployment models, subject to technical and organizational requirements.

Can data remain inside our environment?+

Private-cloud or on-premises designs can keep agreed processing and data within a customer-controlled boundary. Exact data flows must be confirmed during architecture design.

Who manages upgrades?+

Upgrade responsibility depends on the deployment model. Managed cloud updates can be centralized, while customer-controlled environments require an agreed coordination process.

Can deployment scale after launch?+

Capacity can be planned and adjusted according to workload growth, infrastructure availability and the selected operating model.

Can we combine on-premises and cloud services?+

Yes. A hybrid model can place different components according to system location, data sensitivity and workflow requirements.

Can we change deployment models later?+

A migration can be assessed, but it requires planning for infrastructure, integrations, data handling, controls and operational responsibility.

Plan your deployment

Define the right boundary for your workflows.

Bring your infrastructure model, system locations, data requirements, network controls and operational responsibilities.