In-VPC Deployments
In-VPC (Virtual Private Cloud) deployments place the DeepIntShield data plane in your cloud boundary. Configured model providers, identity systems, telemetry destinations, and an optional managed control plane may still require explicit egress; review the deployment data-flow diagram and contract for your topology.
Supported Cloud Providers
Section titled “Supported Cloud Providers”Available targets depend on the purchased deployment package and the networking features of the target. Confirm the supported architecture with DeepIntShield before committing infrastructure:
Google Cloud Platform
Amazon Web Services
Microsoft Azure
Cloudflare
Vercel
Benefits
Section titled “Benefits”Security & Compliance
Section titled “Security & Compliance”- Network Isolation: Private ingress and controlled egress within your VPC policies
- Data Sovereignty: Keep gateway-side processing in your controlled environment; configured upstream and export destinations remain part of the data flow
- Compliance Controls: Can support regulated deployments when configured and operated with the required organizational controls; obtain a compliance and legal review for your use case
- Zero Trust Architecture: Implements principle of least privilege with granular access controls
Performance & Reliability
Section titled “Performance & Reliability”- Low Latency: Direct communication between services within your network
- High Availability: Multi-zone deployment with automatic failover capabilities
- Contracted Availability: Service levels, if purchased, are defined by the applicable order form and SLA
Control & Customization
Section titled “Control & Customization”- Custom Networking: Configure subnets, routing, and security groups to your specifications
- Resource Management: Full control over compute, storage, and network resources
- Scaling Policies: Define auto-scaling rules based on your usage patterns
Service Level Agreement
Section titled “Service Level Agreement”Availability commitment
Section titled “Availability commitment”The figures below apply only when they appear in your executed SLA; the deployment architecture by itself does not create an availability guarantee.
- Example contracted target: 99.95% monthly uptime for covered core components
- Downtime Calculation:
(Total Minutes - Downtime Minutes) / Total Minutes × 100 - Partial Downtime: Reduced functionality counted as 50% downtime
Core Components Covered
Section titled “Core Components Covered”The following components are monitored for SLA compliance:
- Gateway instance
- Log ingestion pipeline
Exclusions
Section titled “Exclusions”SLA excludes downtime due to:
- Scheduled maintenance (14-day advance notice)
- Downstream provider incidents
- Client hardware/software/network issues
- Third-party AI provider outages
- Client misuse or unauthorized modifications
Support & Maintenance
Section titled “Support & Maintenance”Technical Support
Section titled “Technical Support”- Critical Support: Coverage hours and response targets follow the purchased support plan
- Multiple Channels: Platform, your DeepIntShield support contact, or Slack Connect
- Audit Trail: Detailed logs for any data access during troubleshooting
Maintenance Windows
Section titled “Maintenance Windows”- Scheduled Maintenance: 14-day advance notice for major updates
- Security Patches: Immediate or 14-day delayed application (your choice)
- Continuous Updates: Regular feature improvements with 7-day advance notice
Getting Started
Section titled “Getting Started”Prerequisites
Section titled “Prerequisites”- VPC with appropriate CIDR ranges
- Kubernetes cluster (GKE, EKS, or AKS)
- Container registry access
- DNS configuration for internal routing
Deployment Process
Section titled “Deployment Process”- Infrastructure Setup: Configure VPC, subnets, and security groups
- Cluster Preparation: Set up Kubernetes cluster with required permissions
- DeepIntShield Installation: Deploy using provided Helm charts or manifests
- Configuration: Apply your specific settings and integrations
- Validation: Run connectivity and performance tests
- Go Live: Begin routing production traffic
Cost Optimization
Section titled “Cost Optimization”Resource Sizing
Section titled “Resource Sizing”- Development: 2 vCPU, 4GB RAM minimum
- Production: 4+ vCPU, 8GB+ RAM recommended
- High Availability: Multi-zone deployment with load balancing
Scaling Strategies
Section titled “Scaling Strategies”- Horizontal Pod Autoscaling: Based on CPU/memory utilization
- Vertical Pod Autoscaling: Automatic resource adjustment
- Cluster Autoscaling: Node pool expansion/contraction