Enterprise Managed IT: Zero Downtime SLA & Continuous Telemetry

After a short paid discovery (typically 1–3 weeks) you receive a fixed price with milestones. Predictable monthly managed infrastructure retainer based on server node count, cloud environment scale, and SLA tier. Discovery is credited toward the build if you proceed.

We provide contractual service level agreements guaranteeing up to ninety-nine point nine-nine percent infrastructure uptime for high-availability multi-region architectures. For incident response, our round-the-clock operations team guarantees a sub-fifteen-minute initial response and active triage for critical Severity One production outages, thirty minutes for Severity Two high-impact degradations, and under two hours for normal administrative inquiries.

We believe a backup is merely a hypothesis until proven by a successful restore. We configure automated snapshot and transaction log shipping to cryptographically isolated, air-gapped AWS accounts with Object Lock immutable storage policies. Beyond daily automated checksum verification, our engineers conduct non-destructive restore rehearsals every quarter, spinning up duplicate staging environments from production snapshots to verify data schema consistency and validate recovery time objectives.

No, our managed IT services are engineered to empower your internal teams rather than replace them. We assume ownership of foundational operational toil: round-the-clock monitoring, operating system patch cycles, cloud network security hardening, backup verifications, and after-hours incident paging. This liberates your senior software developers and product engineers from burnout-inducing on-call rotations, allowing them to dedicate one hundred percent of their capacity to writing business logic and shipping product features.

We implement strict zero-trust security postures. We never request or store permanent root credentials or static passwords. Access is provisioned using fine-grained identity federation via Okta or Azure AD, requiring hardware MFA tokens. Operational actions are executed through ephemeral, audited bastion sessions or privileged access management brokers with session recording enabled. All actions are indelibly logged to tamper-evident audit storage.

Yes. Our team has extensive expertise managing hybrid topologies that bridge on-premises bare-metal servers, co-location data centers, private VMware vSphere clusters, and public cloud providers including AWS, Microsoft Azure, and Google Cloud Platform. We establish secure site-to-site IPsec VPN tunnels, deploy unified OpenTelemetry monitoring across both physical and virtual nodes, and enforce uniform configuration baselines through automated Ansible playbooks.

Cloud cost optimization is integrated directly into our ongoing operational routines. We perform continuous resource utilization audits, analyzing CPU, memory, and I/O metrics to identify over-provisioned virtual instances. We automate the decommission of orphaned elastic IP addresses, unattached block storage volumes, and forgotten staging snapshots. Furthermore, we help you strategically leverage AWS Savings Plans, Reserved Instances, and Spot compute capacity, routinely cutting cloud bills by twenty to thirty-five percent.

Our round-the-clock Site Reliability Engineering pod receives the paging event instantly via automated priority escalation channels. An on-call engineer acknowledges the page within fifteen minutes, initiates active triage, references declarative remediation runbooks, and begins containment. If the incident requires application-level code decisions, we escalate to your designated point of contact according to agreed-upon incident escalation protocols; otherwise, infrastructure incidents are resolved autonomously and documented in post-incident reviews.

We schedule maintenance during pre-agreed low-traffic maintenance windows, or where supported, leverage live kernel hot-patching (such as Canonical Livepatch or AWS Kernel Live Patching) that applies critical kernel fixes without server reboots. For containerized microservices and multi-node clusters, we execute automated rolling canary deployments—updating one node at a time while health check probes verify stability, completely eliminating downtime for end users.

Yes. Infrastructure compliance is built directly into our operational procedures. We configure automated evidence gathering pipelines that capture audit trails of user access reviews, continuous configuration drift checks, vulnerability scan reports, encrypted backup restoration verification logs, and patch deployment records. We provide your compliance auditors with clean, undeniable documentation that satisfies trust services criteria.

Your organization maintains one hundred percent exclusive, unconditional ownership of all infrastructure code, Terraform states, Ansible playbooks, Grafana dashboard definitions, and disaster recovery runbooks. Everything is authored directly in your corporate Git repositories and cloud accounts. We do not use proprietary agency management tools that create lock-in, ensuring you always retain complete sovereignty over your systems.

Discovery starts within days of agreement. Builds run in weekly sprints with a demo every week.

You do, under a signed agreement — code, docs and accounts are handed over at the end.