Keep production systems available, monitored and maintained
Maintain high availability, proactive telemetry, and rapid incident resolution for mission-critical production environments.
Alert fatigue from false positives, missing Service Level Objectives (SLOs), lack of automated self-healing, and no post-mortem culture.
Assess your organization's preparation before initiating services in Managed Cloud Operations & Reliability:
Proactive 24/7 cloud infrastructure management, incident response, and performance tuning.
Have specialists handle agreed cloud administration, monitoring, maintenance, and improvement tasks on an ongoing basis. The scope, support hours, and responsibilities are defined in advance.
Continuous monitoring, patching, and capacity planning for mission-critical production fleets.
Outsource routine management of your cloud infrastructure to a dedicated service team. This may include resource health, configuration changes, patch coordination, backups, and capacity reviews.
Dedicated DevOps engineering capacity managing CI/CD, releases, and cloud infrastructure.
Get ongoing help maintaining deployment pipelines, infrastructure automation, release workflows, and related tooling. The service helps your team deliver software without managing every operational detail alone.
Standardized day-2 operational routines, runbook automation, and cloud hygiene.
Operate and improve cloud environments through monitoring, maintenance, change management, and incident handling. The focus is on keeping systems healthy and operations predictable.
Real-time metrics collection, anomaly alerts, and executive uptime dashboards with Datadog and Grafana.
Track the health and behavior of servers, cloud resources, networks, and supporting services. Monitoring helps detect failures, capacity issues, and unusual behavior before they grow.
Measure application response times, errors, transactions, and user-impacting performance issues. Proven engineering baselines with zero-downtime execution.
Measure application response times, errors, transactions, and user-impacting performance issues. The data helps teams find bottlenecks and prioritize improvements.
Set up logs, metrics, traces, and useful dashboards so teams can understand what a system is doing and why problems occur. Proven engineering baselines with zero-downtime execution.
Set up logs, metrics, traces, and useful dashboards so teams can understand what a system is doing and why problems occur. We connect telemetry to practical troubleshooting workflows.
Aggregate and index distributed logs into OpenSearch, CloudWatch, or Datadog for instant search.
Collect logs from applications and infrastructure in a searchable, organized location. Centralized logs make investigation, troubleshooting, retention, and auditing easier.
End-to-end request tracing with OpenTelemetry to isolate latency bottlenecks in seconds.
Instrument systems to measure performance and follow requests across multiple services. These signals help locate delays, failures, and dependencies in distributed applications.
Synthetic global health checks monitoring production APIs and user workflows every 60 seconds.
Check whether websites, APIs, or services are reachable and responding as expected. Alerts notify designated people when monitored checks fail or recover.
Actionable alerting rules routed to Slack and PagerDuty that eliminate on-call noise.
Create rules that notify the right people when important metrics, errors, or service checks cross defined thresholds. We tune alerts to reduce noise and make response more useful.
Improve system availability and error budgets through SLO tracking and blameless post-mortems.
Apply engineering practices to improve service reliability while supporting frequent software changes. Work can include service objectives, automation, incident learning, and reducing repetitive operational tasks.
Rapid incident coordination with clear escalation paths, live triage, and customer status pages.
Coordinate the response to service disruptions from detection through recovery and follow-up. Clear roles, communication, prioritization, and records help teams resolve incidents more effectively.
Tier-3/4 on-call engineering coverage with guaranteed sub-30-minute critical response SLAs.
Provide or help establish an on-call process for responding to qualifying production alerts and incidents. Coverage windows, response expectations, escalation paths, and exclusions must be agreed in advance.
Blameless post-mortem investigations identifying systemic failures and permanent prevention tasks.
Investigate why an incident or recurring failure happened, not just how to restore service. The output identifies contributing factors and practical actions to reduce recurrence.
Eliminate single points of failure with multi-AZ replication, load balancing, and auto-healing.
Design systems to keep serving users when individual components fail. This may involve redundancy, health checks, failover, and removal of critical single points of failure.
Comprehensive DR strategies with automated failover runbooks to survive regional outages.
Plan how to restore systems and data after a major outage or destructive event. We define recovery priorities, dependencies, target recovery times, and testable procedures.
Automated snapshot schedules with verified recovery time and point objectives (RTO/RPO).
Configure and maintain backups, retention policies, and recovery procedures for important systems and data. We also help verify that backups can be restored when needed.
Prepare technology systems and operational procedures to keep critical business activities running during disruption. Proven engineering baselines with zero-downtime execution.
Prepare technology systems and operational procedures to keep critical business activities running during disruption. Planning focuses on essential services, dependencies, alternate arrangements, and recovery.
Dependable senior engineering maintenance keeping production environments fast and reliable.
Maintain live applications and infrastructure through agreed troubleshooting, updates, routine checks, and operational improvements. The service scope defines supported systems and response expectations.
Speak directly with a Principal Cloud Architect. We will review your infrastructure requirements and deliver a written Statement of Work.