Infrastructure Details
Infrastructure Architecture
Dedicated compute resources, multi-tier storage, network segmentation, full-stack observability, and disaster recovery patterns engineered for critical workloads.
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Dedicated compute nodes with workload isolation, predictable performance, and container-native orchestration patterns.
Dedicated Node Architecture
Physical or virtual machines dedicated to your workloads, not shared with other tenants. Predictable performance without noisy neighbor effects. Resource reservations guaranteed.
Container Orchestration
Kubernetes-based orchestration for containerized workloads. Managed control plane operations, node lifecycle management, and GitOps deployment patterns.
Workload Isolation
Network and compute isolation boundaries between workloads. Pod security policies, namespace isolation, and resource quotas enforced at the platform level.
Auto-Scaling Posture
Horizontal pod autoscaling based on CPU, memory, or custom metrics. Node autoscaling to match compute capacity with demand. Scaling policies tuned to workload characteristics.
Storage
Multi-tier storage architecture with performance selection, encryption at rest, snapshot capabilities, and backup strategies.
Performance Tiers
Storage tier selection matched to workload requirements: NVMe SSD for low-latency workloads, standard SSD for general purpose, HDD for archival. IOPS and throughput guarantees.
Encryption at Rest
All storage encrypted at rest using AES-256. Key management with hardware security module (HSM) backing. Encryption key rotation procedures and audit logging.
Snapshots & Backups
Automated snapshot schedules with configurable retention. Incremental backups to separate storage tier. Backup testing and restore validation procedures.
Redundancy Patterns
Storage redundancy with RAID configurations, replicated volumes, or distributed storage systems. Data durability guarantees and failure domain isolation.
Network
Enterprise-grade network fabric with segmentation, WAF protection, load balancing, and private connectivity options.
Network Segmentation
Micro-segmentation with software-defined networking. Workload isolation at the network layer. Zero-trust networking principles with explicit allow policies.
WAF & DDoS Protection
Web application firewall with OWASP rule sets and custom policies. DDoS protection with volumetric attack mitigation. Rate limiting and geo-blocking capabilities.
Load Balancing
Layer 4 and Layer 7 load balancing with health checks, SSL termination, and session affinity. Global load balancing for multi-region deployments.
Private Connectivity
Private network extension options: site-to-site VPN, direct connect, or cloud interconnect. Secure connectivity to on-premises infrastructure or other cloud providers.
Observability
Full-stack observability with metrics, logs, traces, alerting, and dashboards for rapid incident triage and root cause analysis.
Metrics Collection
Time-series metrics from infrastructure, platform, and applications. Prometheus-compatible collection with long-term retention. Custom metric support for business KPIs.
Log Aggregation
Centralized log aggregation from all infrastructure components. Structured logging with indexing and search. Log retention policies aligned with compliance requirements.
Distributed Tracing
Request tracing across microservices and distributed systems. Latency analysis and bottleneck identification. Integration with OpenTelemetry standards.
Alerting & Dashboards
Meaningful alerts based on service level objectives. Alert routing to on-call schedules. Pre-built and custom dashboards for operational visibility.
Disaster Recovery
Recovery strategies tailored to your RTO and RPO requirements. Backup procedures, failover patterns, and regular DR testing.
Backup Strategy
Automated backup schedules with off-site replication. Backup encryption and integrity validation. Documented restore procedures with tested recovery times.
Failover Procedures
Documented failover runbooks for common failure scenarios. Automated failover where appropriate, manual procedures for complex scenarios. Failback procedures and validation.
DR Testing
Regular disaster recovery testing cadence. Test scenarios covering different failure modes. Post-test reviews and procedure improvements.
RTO/RPO Planning
Recovery architecture designed to your recovery time objective (RTO) and recovery point objective (RPO) requirements. Trade-offs between cost and recovery speed discussed during design.
Design Infrastructure Architecture
Discuss your infrastructure requirements with our solutions architecture team.