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Zappsec AI Platforms

Move AI from pilots to production.

Build one governed platform for enterprise data, models, applications, and autonomous agents - secured through identity, policy, observability, and infrastructure delivered as code.

Architecture-led · Vendor-neutral · Designed for enterprise control
Zappsec AI Platform governed core with identity, policy, observability, gateway, models, RAG, agents, and FinOps
Choose your accelerator

Pick the enterprise intent - we bring the engine.

Five architecture-led accelerators with reusable engineering IP, reference designs, and policy scaffolding.

VMware Exit Engine

Exit VMware, without the headache

  • Multiple deterministic target platforms across cloud and on-premises
  • Architecture-led plan in weeks, not quarters
  • Automated discovery, waves and target IaC
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ZAPP Accelerator

Network-as-Code

Declare the intent. The platform writes the policy, ships it, and proves it holds.

What do you want the network to do?

Toggle any intent. The diagram updates live.

Segmentation
Connectivity
Security
Assurance
Try a preset
  • No intents selected.
Highlighted: configured by ZappsecDashed: hover previewIntents landing on this domain
Zero-Trust Policy Migrator

Move security policy, without rebuilding it by hand

  • Normalize rules, objects, identity, applications and inspection controls
  • Expose direct mappings, semantic gaps and required design decisions
  • Generate validated, reviewable target-policy packages
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Vendor-neutral canonical policy model
Preserve policy intent
Expose semantic gaps
Reduce manual rebuilding
Generate audit-ready evidence

See how your policy translates.

Select a source and target platform to preview how Zappsec maps rules, objects, identity, applications, inspection controls and policy dependencies.

Zero-Trust-as-Code

Turn Zero Trust intent into continuously enforced policy.

Declare the intent. The platform writes the policy, validates the controls and proves the outcome.

What do you want Zero Trust to enforce?

Toggle any intent. The architecture updates live.

Identity & Access
Devices & Endpoints
Network & Segmentation
Applications & Workloads
Data Protection
Assurance
Try a preset
Primary: policy enforcedSupporting: signal or dependencyIntents landing on this domain
Make Zero Trust an enforceable operating model.

Convert access, segmentation and data-protection requirements into validated policies that stay consistent across identity, endpoints, networks, workloads and cloud.

Cloud Infra-Policy-as-Code

Turn cloud intent into infrastructure and policy delivered as code.

Zappsec converts enterprise cloud requirements into reusable blueprints, Infrastructure-as-Code and Policy-as-Code guardrails across AWS, Azure and Google Cloud.

Cloud platform
Top enterprise cloud intents
ZAPP AI PlatformCLOUD INFRAPOLICY-AS-CODE
Landing Zone
Identity
Network
Security
Compliance
Observe
Workloads
FinOps
IntentBlueprintCodeValidateGovern
Step 1
Select the outcome

Choose the cloud operating model or control domain you want to standardize.

Step 2
Generate the blueprint and policy

Zappsec maps the intent to approved architecture patterns, IaC modules and policy controls.

Step 3
Validate and govern

The platform verifies the design, checks drift and maintains control evidence over time.

Build secure cloud foundations once. Reuse them everywhere.

Use Zappsec Cloud Infra-Policy-as-Code to standardize landing zones, identity, networking, guardrails and operations across hybrid and multi-cloud environments.

Prescriptive first engagement

Start with the AI Readiness Assessment for Cloud.

A structured cloud architecture engagement that evaluates every dependency between an AI ambition and a governed cloud foundation - and produces the artifacts to move.

Request an AI Readiness Assessment for Cloud
Evaluates
  • · Cloud landing zone and account structure
  • · Network topology and hybrid connectivity
  • · Identity, access and workload permissions
  • · Data residency, gravity and pipelines
  • · Security, guardrails and compliance posture
  • · Compute, GPU and capacity headroom
  • · Cost, FinOps and operating model
Outputs
  • · Cloud current-state architecture
  • · AI workload and data inventory
  • · Risk, gap and dependency map
  • · Target cloud landing zone design
  • · Prioritized cloud readiness backlog
  • · 90-day cloud activation roadmap
  • · Cost, capacity and guardrail model