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Hybrid cloud

Hybrid Cloud Reliability Architecture

Combine public or private cloud orchestration with customer VPC, edge, endpoint, and on-prem execution. Zof supports hybrid topologies designed for segmented enterprises—not a single forced cloud path.

Multi-surface execution

Customer-controlled boundaries

Outbound-only patterns supported

Unified governance and audit

Overview

Public cloud + local execution

Hybrid models place planning and control where policy allows while execution runs close to applications in VPCs, plants, branches, or desktops.

  • -Cloud velocity for graph and orchestration
  • -Local proof for segmented apps
  • -Consistent capsule and approval model
  • -Designed for regulated buyers
VPC

Customer VPC execution

Runners in your VPC validate internal services without inbound access from Zof. Connectivity is outbound and policy-controlled when present.

Hybrid execution architecture

Cloud orchestration with distributed local execution fleets.

Cloud / private cloudCustomer execution estateControlIntelligenceVPC runnerEdge runnerEndpointOn-prem runner
  • -Aligns with enterprise cloud landing zones
  • -Pairs with private cloud control planes
  • -Evidence stays VPC-local by default
  • -Gateway verifies signed capsules
Endpoint

Endpoint execution

Endpoint agents cover desktop, VDI, and legacy UI flows that cannot run in cluster or cloud sandboxes.

  • -Outbound registration model
  • -Capability targeting per agent
  • -Local capture and redaction
  • -Complements API and browser tests
Multi-region

Multi-region execution

Distributed fleets can target regions and segments based on System Graph context and release scope.

  • -Per-region policies
  • -Latency-aware runner placement
  • -Metadata aggregation where approved
  • -No requirement for single global execution zone
Segmentation

Enterprise segmentation

DMZs, enclaves, OT networks, and admin VLANs each receive runners and policies matched to risk—not one-size-fits-all SaaS execution.

  • -Per-segment gateways
  • -Conservative pilots for air-gap-adjacent zones
  • -Manual capsule import where needed
  • -Expand after security sign-off
Orchestration

Secure orchestration

Central orchestration schedules fleets, attaches graph context, and enforces approvals before capsules reach any execution surface.

Distributed testing fleets

Multiple fleets orchestrated from a central control plane.

Control planeFleet AFleet BFleet CFleet D
  • -Unified audit across surfaces
  • -Role-based access and SSO
  • -Human remediation gates
  • -Integration with CI/CD and ITSM
Fleets

Distributed execution fleets

Testing and remediation fleets span surfaces while sharing policies and evidence taxonomy.

  • -Fleet inventory and health
  • -Targeted regression after changes
  • -Cross-fleet telemetry correlation
  • -Governed remediation loops
Use cases

Hybrid use cases

Common patterns include cloud-native cores with on-prem ERP, retail branches, manufacturing plants, and SOC-isolated tooling.

  • -Cloud migration with local validation
  • -Regulated industry hybrid estates
  • -M&A integration programs
  • -Zero-trust segmented apps
Governance

Governance across hybrid estates

Policies travel with capsules; evidence modes are set per environment. Procurement and security teams get one model with flexible placement.

  • -Local-only, sanitized, metadata egress modes
  • -Retention per jurisdiction
  • -No overclaim of certifications
  • -Architecture review before production
Next steps

Plan your hybrid topology

Inventory segments, connectivity rules, and applications. Pilot one surface, then expand with shared governance.

  • -Book deployment topology walkthrough
  • -Share segmentation diagram
  • -Define pilot success metrics
  • -Phase rollout with audit gates
FAQ

Private cloud questions

Answers for cloud architecture and security reviewers.

No. Runners inside your network execute capsules locally. Private cloud hosts planning and control, not inbound access to your apps.
Next step

Discuss secure deployment with Zof

Review segmentation, capsule governance, and runner placement with teams who support regulated enterprises.

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Leef in elke omgeving waarnaar u verzendt.

WERK RUGGENTEL

  • Specificaties
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Van specificatie tot geplande regressie.

BESCHERMINGEN

  • RBAC
  • SSO
  • audit

Elke actie die kan worden toegeschreven aan een met name genoemde mens.

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Het Zof AI-thuiscommandocentrum toont 12 runs met een score van 94%, 3 openstaande kritieke problemen, 84% dekking, vier traceerbaarheidsbalken voor modules, de specificatiepijplijn, komende schema's en aanbevolen volgende acties met een zijbalk voor actieve runs.
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  • 01 · RUNS · 24H

    94% pass

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  • 02 · COVERAGE

    84%

    Across four modules

  • 03 · ACTIVE RUNS

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  • 04 · NEXT ACTIONS

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Hybrid Cloud Reliability Architecture | Zof AI