Deployment Options

Flexible Infrastructure Choices

ARKOS provides comprehensive deployment flexibility to meet diverse organizational requirements, from cloud-native startups to enterprise environments with complex compliance needs. Each deployment option maintains full platform capabilities while adapting to specific infrastructure and security requirements.

Cloud Deployment

Multi-Cloud Excellence: Native support for AWS, Azure, Google Cloud Platform, and other major cloud providers enables organizations to leverage their preferred cloud infrastructure or implement multi-cloud strategies for resilience and optimization.

Managed Service Integration: Deep integration with cloud-native services including managed databases, serverless computing, container orchestration, and auto-scaling infrastructure reduces operational overhead while maximizing performance.

Global Distribution: Deployment across multiple regions provides low-latency access for global teams while meeting data residency requirements and providing disaster recovery capabilities.

Hybrid Cloud Solutions

Seamless Hybrid Integration: Sophisticated hybrid deployment options enable organizations to maintain sensitive workloads on-premises while leveraging cloud capabilities for scaling and advanced features.

Data Sovereignty: Hybrid deployments respect data sovereignty requirements by keeping sensitive data within specified geographic boundaries while enabling global collaboration and optimization.

Gradual Migration: Support for gradual cloud migration enables organizations to move workloads to the cloud at their own pace while maintaining operational continuity.

Comprehensive Deployment Architecture

# ARKOS Deployment Configuration Templates
apiVersion: deployment.arkos.ai/v1
kind: DeploymentConfiguration
metadata:
  name: enterprise-deployment
  namespace: arkos-system
spec:
  deployment_strategy: "hybrid_cloud"
  
  cloud_configuration:
    primary_cloud:
      provider: "aws"
      regions: ["us-east-1", "eu-west-1", "ap-southeast-1"]
      availability_zones: "multi_az"
      
      compute:
        instance_types: ["m5.large", "m5.xlarge", "c5.2xlarge"]
        auto_scaling: true
        min_instances: 3
        max_instances: 50
        
      storage:
        primary: "ebs_gp3"
        backup: "s3_intelligent_tiering"
        encryption: "aes_256"
        
      networking:
        vpc_configuration: "custom"
        private_subnets: true
        nat_gateways: true
        load_balancers: "application_load_balancer"
        
    secondary_cloud:
      provider: "azure"
      regions: ["eastus", "westeurope"]
      disaster_recovery: true
      
  on_premises_configuration:
    enabled: true
    data_classification: ["confidential", "restricted"]
    
    compute_resources:
      kubernetes_cluster: true
      node_count: 6
      node_specs:
        cpu: "16_cores"
        memory: "64GB"
        storage: "1TB_SSD"
        
    network_configuration:
      private_network: true
      vpn_connectivity: true
      dedicated_connections: ["aws_direct_connect"]
      
    storage_configuration:
      primary: "distributed_storage"
      backup: "tape_backup"
      encryption: "hardware_hsm"
      
  security_configuration:
    encryption:
      at_rest: "required"
      in_transit: "tls_1_3"
      key_management: "hsm_backed"
      
    access_control:
      authentication: ["oauth2", "saml", "certificate"]
      mfa_required: true
      rbac_enabled: true
      
    network_security:
      firewalls: "next_generation"
      intrusion_detection: "enabled"
      ddos_protection: "enabled"
      
  compliance_configuration:
    frameworks: ["soc2_type2", "iso27001", "gdpr", "hipaa"]
    audit_logging: "comprehensive"
    data_retention: "policy_based"
    
  high_availability:
    target_uptime: "99.99%"
    failover: "automatic"
    backup_frequency: "continuous"
    disaster_recovery_rto: "4_hours"
    disaster_recovery_rpo: "15_minutes"
    
  monitoring_configuration:
    metrics_collection: "comprehensive"
    log_aggregation: "centralized"
    alerting: "multi_channel"
    dashboard: "real_time"
    
  agent_deployment:
    distribution_strategy: "intelligent"
    
    nexus:
      deployment: "cloud_primary"
      replicas: 5
      resource_allocation: "high"
      
    sentinel:
      deployment: "cloud_primary"
      replicas: 3
      resource_allocation: "medium"
      
    aegis:
      deployment: "hybrid" 
      cloud_replicas: 2
      on_premises_replicas: 2
      resource_allocation: "high"
      
    oracle:
      deployment: "cloud_multi_region"
      replicas: 4
      resource_allocation: "high"
      
    weaver:
      deployment: "hybrid"
      primary_location: "on_premises"
      backup_location: "cloud"
      
    scribe:
      deployment: "cloud_primary"
      replicas: 2
      resource_allocation: "medium"
      
    herald:
      deployment: "cloud_distributed"
      global_distribution: true
      
    prism:
      deployment: "cloud_primary"
      replicas: 2
      resource_allocation: "medium"
      
    polyglot:
      deployment: "cloud_primary"
      replicas: 3
      resource_allocation: "medium"

---
# Cloud-Native Deployment Template
apiVersion: deployment.arkos.ai/v1
kind: DeploymentConfiguration
metadata:
  name: cloud-native-deployment
spec:
  deployment_strategy: "cloud_native"
  
  cloud_configuration:
    provider: "aws"
    regions: ["us-west-2", "us-east-1"]
    
    container_orchestration:
      platform: "eks"
      cluster_version: "1.28"
      node_groups:
        - name: "general_purpose"
          instance_type: "m5.large"
          min_size: 3
          max_size: 20
          
        - name: "compute_optimized"
          instance_type: "c5.xlarge"
          min_size: 1
          max_size: 10
          
    serverless_integration:
      lambda_functions: true
      fargate_tasks: true
      
    managed_services:
      database: "rds_postgresql"
      cache: "elasticache_redis"
      search: "opensearch"
      messaging: "sqs_sns"
      
  auto_scaling:
    horizontal_pod_autoscaler: true
    vertical_pod_autoscaler: true
    cluster_autoscaler: true
    
  cost_optimization:
    spot_instances: true
    reserved_capacity: true
    right_sizing: "automatic"
    
  observability:
    metrics: "cloudwatch_prometheus"
    logging: "cloudwatch_logs"
    tracing: "aws_x_ray"
    
---
# On-Premises Deployment Template  
apiVersion: deployment.arkos.ai/v1
kind: DeploymentConfiguration
metadata:
  name: on-premises-deployment
spec:
  deployment_strategy: "on_premises"
  
  infrastructure:
    compute_platform: "kubernetes"
    cluster_configuration:
      master_nodes: 3
      worker_nodes: 12
      
    hardware_requirements:
      cpu_cores_total: 192
      memory_total: "768GB"
      storage_total: "24TB"
      network_bandwidth: "10Gbps"
      
    storage_configuration:
      primary: "ceph_cluster"
      backup: "network_attached_storage"
      archival: "tape_library"
      
  security_hardening:
    network_segmentation: "micro_segmentation"
    endpoint_protection: "enterprise_grade"
    vulnerability_scanning: "continuous"
    
  compliance_controls:
    air_gapped_environment: true
    data_encryption: "hardware_hsm"
    audit_logging: "tamper_proof"
    
  backup_disaster_recovery:
    backup_strategy: "3_2_1_rule"
    disaster_recovery_site: "secondary_datacenter"
    recovery_testing: "quarterly"

On-Premises Deployment

Complete On-Premises Control: Full on-premises deployment options provide organizations with complete control over their infrastructure while maintaining all ARKOS capabilities and features.

Air-Gapped Environments: Support for air-gapped deployments ensures that organizations with strict security requirements can benefit from ARKOS capabilities without external connectivity.

Hardware Optimization: On-premises deployments are optimized for specific hardware configurations and can leverage existing infrastructure investments while providing upgrade paths.

Container and Kubernetes Support

Cloud-Native Architecture: Native support for container deployment using Docker and Kubernetes enables modern, scalable deployments that align with cloud-native best practices.

Microservices Architecture: Each ARKOS component can be deployed as independent microservices, enabling fine-grained scaling and resource optimization.

Service Mesh Integration: Integration with service mesh technologies including Istio and Linkerd provides advanced networking, security, and observability capabilities.

Edge Computing Deployment

Edge Node Support: Deployment options for edge computing scenarios enable ARKOS capabilities closer to development teams and reduce latency for distributed organizations.

Offline Capabilities: Edge deployments include offline capabilities that enable continued operation during network disruptions while synchronizing when connectivity is restored.

Resource Optimization: Edge deployments are optimized for resource-constrained environments while maintaining core functionality and intelligent capabilities.

Disaster Recovery and Business Continuity

Automated Backup Systems: Comprehensive backup systems ensure that all configuration data, learning models, and operational history are protected and recoverable.

Multi-Region Failover: Automatic failover capabilities ensure business continuity during outages or disasters with minimal downtime and data loss.

Recovery Testing: Regular disaster recovery testing ensures that recovery procedures work correctly when needed, with automated testing and validation.