Wavine AI - Enterprise-Grade Multi-Agent Orchestration Platform

ENTERPRISE MULTI AGENT AI FRAMEWORK
*Version 1.3.0 | Multi-Cloud Certified

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Table of Contents

• Architecture Deep Dive
• Enterprise Capabilities Matrix
• Deployment Topologies
• Getting Started
  • Hardware Requirements
  • Software Dependencies
  • Air-Gapped Installation
• Security Architecture
• Performance & Scaling
• Disaster Recovery
• API Documentation
• Contributing & Governance
• Commercial Support
• License & Compliance

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Architecture Deep Dive

1. Control Plane

   • Orchestrator: Kubernetes-native agent scheduler with bin-packing algorithms
   • Policy Engine: Rego-based policy enforcement with 100+ prebuilt compliance rules
   • Crypto Service: FIPS 140-3 Level 3 validated cryptographic operations

2. Data Plane

   • Agent Runtime: Secure enclaves (SGX/TEE) with WASM sandboxing
   • Streaming Layer: Multi-protocol bridge (NATS/JMS/MQTT)
   • Legacy Adapters: Mainframe/ERP connectors with protocol translation

3. Observability Stack

   • Telemetry Collector: Unified metrics (OTel), logs (FluentBit), traces (Jaeger)
   • Audit Vault: Immutable ledger with blockchain-style chaining
   • Compliance Dashboard: Real-time SOC2/GDPR posture monitoring

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Enterprise Capabilities Matrix

Capability	Description	Certification
Zero-Trust Networking	SPIFFE/SPIRE identity mesh with mTLS enforcement	NIST 800-207
Quantum Resistance	Hybrid post-quantum TLS 1.3 (CRYSTALS-Kyber + X25519)	CNSA 2.0
Data Sovereignty	Geo-fenced storage with automated GDPR Article 45 adequacy controls	EU Cloud Code
High Availability	5-nines SLA with active-active multi-region failover	ISO 27001 Annex A
AI Governance	Model lineage tracking with automated bias detection	EU AI Act

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Deployment Topologies

Cloud Hybrid Mode

[On-Prem DC] <-> [Regional Edge] <-> [AWS GovCloud]
                   │▲
                   ▼│  
[Wavine Commercial]─┴─[GCP]

Air-Gapped Configuration

[Secure Enclave]──[HSM]  
    │▲
    ▼│  
[Legacy Mainframe]──[Wavine Core]

Getting Started

Hardware Requirements

Component	Minimum Spec	Production Recommendation
Compute Nodes	8 vCPU, 32GB RAM, 100GB NVMe	32 vCPU, 256GB RAM, 1TB Optane
SGX Enclaves	Intel SGX2 with 64GB EPC	Azure DCsv3-series
Network	10 Gbps with PTP timing	25 Gbps RDMA over Converged Ethernet
Storage	CSI-compatible block storage	Portworx/Pure Storage

Software Dependencies

# requirements.yaml
kubernetes: 1.28+
containerRuntime: containerd 1.7+ (with TDX support)
os: 
  - RHEL 9.2 (CC-eal6 profile)
  - Ubuntu 22.04 (FIPS kernel)
storage:
  - CSI Driver: v1.28+
  - CNI Plugin: Calico 3.26+ (with WireGuard)
monitoring:
  - Prometheus Operator v0.68+
  - Grafana 10.1+

Air-Gapped Installation

• Download Offline Bundle

Wavine-cli bundle download \
  --version 3.4.0 \
  --components core,security,observability \
  --output Wavine-bundle.tar.gz

• Load Container Images

sudo Wavine-cli bundle load \
  --input Wavine-bundle.tar.gz \
  --registry internal-registry:5000

• Generate Site-Specific Config

Wavine-cli configure airgap \
  --ca-cert /etc/pki/ca-trust/source.pem \
  --proxy "http://proxy.corp:3128" \
  --output ./site-config

• Deploy Platform

helm install Wavine-core ./site-config \
  --namespace Wavine-system \
  --create-namespace \
  --wait

Security Architecture

Defense-in-Depth Layers

Hardware Root of Trust

• TPM 2.0 measured boot
• Intel SGX/TDX enclaves
• HSM-backed key management

Runtime Protection

# security_policy.py
class RuntimePolicy:
    MEMORY_ENCRYPTION = True  # AES-256-XTS
    CODE_SIGNING = enforce(
        allowed_signers=["Wavine-ca", "corp-it"]
    )
    NETWORK_MICROSEGMENTATION = Auto(
        based_on="SPIFFE_ID"
    )

Compliance Automation

• Daily vulnerability scans (CVE/SBOM)
• Weekly attestation reports
• Automated STIG enforcement

Performance & Scaling

Benchmark Results

Test Environment:

• 100-node AWS cluster (c6i.32xlarge)
• 10 Gbps network backbone
• 1 million concurrent agent sessions

Results:

Metric	50th %ile	95th %ile	99.9th %ile
Agent Initialization	85ms	120ms	200ms
**Cross-DC Message Latency **	42ms	68ms	105ms
Policy Decision Time	8ms	12ms	25ms
Throughput (sustained)	1.2M TPS	950K TPS	800K TPS

Disaster Recovery

RTO/RPO Targets

Tier	Recovery Time Objective	Recovery Point Objective
0	15 minutes	0 data loss
1	4 hours	5 minutes
2	24 hours	1 hour

Recoplaybooks:

# Full site recovery
Wavine-cli dr execute --plan full-recovery \
  --snapshot 20240520-0300Z \
  --target-region aws-us-gov-west

Contributing & Governance

Development Workflow

Clone Secured Repo

git clone https://github.com/Wavine-ai/core.git \
  --config http.extraHeader="X-GitHub-SSO: true"

Build with Security Controls

make clean build \
  SBOM_GENERATION=on \
  CODE_SIGNING_KEY=corp-signer

Submit Pull Request

• Requires 2 maintainer approvals
• Mandatory security architecture review
• License compliance check (OSSF Scorecard)

Commercial Support

Support Tiers

Tier	Coverage	Incident Response	Features Included
Premium	24/7/365	<15 min	Dedicated SRE team, War Room Access
**Enterprise **	Business Hours	<2 hours	Production Support, Hot Fixes
Standard	Email Only	<24 hours	Critical Bug Fixes

License & Compliance

Licensing Model

• Enterprise License: Per-core annual subscription
• Government Edition: FedRAMP Moderate package
• Edge License: Royalty-free for IoT deployments

Export Control:

ECCN 5D002 - Classification applies to quantum-resistant cryptography components

Copyright 2025 Wavine Technologies Inc. All Rights Reserved.
This software contains export-controlled technical data (see https://Wavine.org/export-control)
Unauthorized reverse engineering prohibited under DMCA Section 1201.