Incident
Database goes down in production. Last tested backup is 8 months old. Restore takes 6 hours. Customers notified by email.
Prevention
Automated daily backup with weekly restore drill. RTO under 1 hour. Recovery procedure in the runbook.
Infra that scales without drama.
We deliver cloud DevOps services that make every release predictable, every environment stable, and every incident fast to resolve — with CI/CD pipelines, production-grade cloud infrastructure, and observability built right from day one.
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100% Job Success
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Why Entalogics for DevOps
Four things every platform
actually needs.
The reasons clients pick us, in their own words. Each one is something most agencies will swear they do — and most don't.
CI/CD01
CI/CD that doesn't flake.
Broken pipelines cost more than bad code. Every deployment automated, tested, and gated so your team ships with confidence instead of anxiety.
Observability02
See failures before users do.
Monitoring, alerting, and distributed tracing configured from day one. You find out about the problem from PagerDuty, not from a customer tweet.
IaC03
Infrastructure as code. Always.
No click-ops, no tribal knowledge, no 'only Dave knows how that works.' Every resource in Terraform, every environment reproducible from a single command.
Ownership04
Your cloud accounts. Period.
Your AWS, GCP, or Azure account. Your credentials. Your data. We configure it, document it, and hand it back. No lock-in to our tooling or our access.
Infrastructure scorecard
Your infrastructure.
Scored.
Here is what most startups are running. And what we deliver.
Checkpoint
Most startups
We deliver
Deployments per day
1–2, manual, someone's watching nervously
10+, fully automated, nobody watching
Mean time to recovery
Hours — find the problem, find the person, fix it
Under 15 minutes — alerting, runbook, rollback
Infrastructure as code
No — click-ops in the AWS console
100% Terraform — reproducible, versioned, reviewable
Environments
Production only, maybe a dev laptop
Dev, staging, and prod with full environment parity
Secrets management
.env files shared in Slack or stored in Notion
HashiCorp Vault or AWS Secrets Manager, rotated automatically
Monitoring coverage
Basic uptime ping, maybe nothing
Full stack — logs, metrics, traces, and anomaly detection
Backup and restore tested
Set up once, never tested, probably broken
Automated backup with monthly restore drill, RTO documented
Cloud cost visibility
Unknown — bill arrives, nobody knows what changed
Audited, right-sized, tagged, forecasted, anomaly-alerted
Incident runbooks
None — whoever is on call figures it out
Written, tested, owned by the team, reviewed quarterly
Security audit
Never done or done once two years ago
Quarterly review, IAM audit, CVE scanning on every deploy
Preventable disasters
Five incidents we've seen.
Five reasons to act before they happen.
Every one of these has happened to a funded startup in the last 12 months. Every one was preventable.
Incident
AWS bill hits $40,000. Finance asks questions. Nobody knows why. Turns out it was an orphaned NAT Gateway running since the last engineer left.
Prevention
Cost anomaly alerts fire within 24 hours of unexpected spend. Monthly rightsizing review. Every resource tagged to a team and a purpose.
Incident
Deploy breaks production at 6pm on a Friday. Rollback takes 45 minutes. Founder calls three customers personally to apologise.
Prevention
Blue-green deployment with automated smoke tests. One-command rollback to the previous version. Zero-downtime releases on every deploy.
Incident
The engineer who built the infrastructure leaves. Nobody else knows how it works. Three months of tribal knowledge gone. Next incident takes twice as long to fix.
Prevention
Every resource in Terraform. Every decision in an architecture decision record. Runbooks written, reviewed, and tested by the whole team.
Incident
Enterprise client requests a security audit before signing. No IAM policies. Shared root credentials. No audit logs. Deal lost. Six months of sales work gone.
Prevention
IAM audit in week one. Least-privilege access enforced. Audit logs enabled. SOC2 readiness documented before the first enterprise conversation.
What we solve
Six infrastructure problems
we solve.
Cloud infrastructure, CI/CD, cost control, and site reliability engineering — scoped to the problems that keep CTOs up at night.
#
PROBLEM
WHAT WE DO
01
Platform reliability
Incident response architecture, monitoring, alerting, and runbooks so outages are measured in minutes, not hours.
02
Deployment speed
CI/CD pipeline design, automated testing gates, feature flags, and one-click deploys with zero-downtime releases.
03
Cloud cost control
Cost audit, right-sizing, reserved instance strategy, tagging enforcement, and anomaly alerting so bills never surprise you.
04
Environment consistency
Infrastructure as code, environment parity across dev, staging, and production, reproducible from a single command.
05
Security and compliance
IAM audit, secrets management, SOC2 readiness, vulnerability scanning on every deploy, penetration test preparation.
06
Scaling under traffic
Auto-scaling groups, load balancing, database read replicas, CDN configuration, and performance validation under 10x expected load.
AWS cost optimisation
23%
The average startup wastes this much of their cloud bill.
We have audited infrastructure at over 30 companies. Here is what we find every time.
Orphaned resources
EC2 instances nobody is using, unattached EBS volumes accumulating charges, load balancers pointing at nothing, S3 buckets storing data nobody has accessed in two years.
Over-provisioned instances
m5.2xlarge instances running at 8% average CPU because nobody right-sized after the initial launch spike. The fix takes 20 minutes. The savings run for years.
No reserved instance coverage
Paying on-demand rates for baseline workloads that run 24 hours a day, 7 days a week. Reserved instances and savings plans for predictable workloads cut these costs by 40–60%.
Data transfer costs ignored
Inter-AZ traffic, NAT Gateway charges, and egress costs that nobody tracked when the architecture was designed. Often the third-largest line item on the bill.
Development environments running 24/7
Dev and staging environments sized like production, running around the clock, costing as much as the production workload itself. Scheduled shutdown saves 65% on non-production costs.
No cost allocation tags
Nobody knows which team, feature, or customer is driving which costs. No tags means no accountability, no forecasting, and no way to make intelligent architecture decisions.
✓
Our first cost audit pays for itself. Usually within the first month.
SLA
Incident response.
By severity.
Every engagement includes defined response times. Not best-effort. Contractual.
Severity
Definition
Response time
Resolution target
P0 — Production down
All users affected, platform unreachable
15 minutes
1 hour
P1 — Critical degraded
Core feature broken, significant user impact
30 minutes
4 hours
P2 — Non-critical issue
Minor feature broken, workaround exists
2 hours
24 hours
P3 — Improvement
Performance, cost, or reliability improvement
Next sprint
Agreed in planning
Engagement shape
From audit to production-grade
in four phases.
A typical cloud DevOps engagement — audit first, Terraform and CI/CD before optimisation, SOC2 readiness before enterprise sales.
W01–02
Infrastructure audit
Current state fully documented, risks identified and scored, cost waste itemised, security gaps listed, improvement roadmap agreed with the team.
W02–06
Foundation
Infrastructure as code with Terraform, CI/CD pipeline built, dev/staging/prod environments with parity, monitoring and alerting configured, secrets moved out of .env files.
W06–10
Harden & secure
IAM policies tightened to least privilege, secrets management implemented, backup strategy automated and tested, DR plan written and drilled, SOC2 readiness assessment completed.
W10+
Optimise & scale
Cost optimisation implemented, auto-scaling configured, performance baselines set, runbooks written and reviewed, team trained on incident response process.
Stack
Cloud & DevOps stack.
Battle-tested.
Terraform, Kubernetes, GitHub Actions, and observability tooling chosen for production reliability — not whatever was trending on Hacker News last week.
Cloud platforms
AWS · GCP · Azure · Cloudflare · Hetzner
Infrastructure as code
Terraform · Pulumi · AWS CDK · Ansible · Helm
Containers & orchestration
Docker · Kubernetes · ECS · EKS · GKE
CI/CD
GitHub Actions · GitLab CI · CircleCI · ArgoCD · Flux
Monitoring & alerting
Datadog · Grafana · Prometheus · PagerDuty · Sentry · OpenTelemetry
Security & secrets
AWS IAM · HashiCorp Vault · Snyk · Trivy · AWS Security Hub · Dependabot
Engagement
Three ways
to work with us.
Pick the lane that matches your stage. Every path starts with clarity on reliability, cost, and security — not a black-box managed service.
INFRASTRUCTURE AUDITstart here
Know exactly where you stand in 2 weeks.
For founders and CTOs who suspect their infrastructure is not production-grade
A full infrastructure audit covering reliability, security, cost, and deployment process. Scored against the 10-point checklist. Prioritised improvement roadmap delivered at the end.
- Full infrastructure review across cloud, CI/CD, and security
- Cost audit with specific savings identified
- Prioritised roadmap — quick wins and strategic fixes
- Delivered in 2 weeks, fixed price
EMBEDDED DEVOPS TEAMscale your team
DevOps engineers in your workflow.
Scale-up that needs ongoing infrastructure support and improvement
Senior DevOps engineers embedded in your Slack, your GitHub, your incident response. Infrastructure improvements, cost optimisation, and reliability work every sprint.
- 1–3 senior DevOps engineers, your stack
- Embedded in your workflow and on-call rotation
- Monthly cost and reliability report
- Pause or cancel with 30 days notice
ENTERPRISE DEVOPScustom
Compliance-grade infrastructure.
Enterprise or regulated verticals
For companies preparing for SOC2, HIPAA, or enterprise security audits. Full compliance readiness, documented architecture, and procurement-friendly contracts.
- SOC2 and HIPAA readiness assessment
- Full IAM audit and least-privilege implementation
- Architecture documentation for procurement
- Procurement & legal handled
AWS, GCP, and Azure — plus Cloudflare and Hetzner where it fits. We match the stack to your product, not the other way around.
Yes — most engagements start with an audit and incremental hardening. We Terraform what exists, fix CI/CD, and close security gaps without a rip-and-replace unless you need one.
Automated tests on every PR, gated deploys, rollback in one command, and environments that match production. Your team ships more often with less fear — especially on Fridays.
Yes — logs, metrics, traces, and PagerDuty or OpsGenie integration are standard. Alerts fire before users notice, with runbooks your team can follow at 2am.
Cost audits are part of every engagement. We typically find 20–30% waste in the first review — orphaned resources, over-provisioned instances, and missing reserved instance coverage.
Managed or self-hosted — with automated backups, restore drills on a schedule, and RTO documented in the runbook. We test recovery, not just configure it.
Founder-direct
Harden your infrastructurethis quarter.
Free 30-minute call with a senior DevOps engineer. By the end you'll have a scored infrastructure picture, cost risks, and a realistic hardening plan — whether you hire us or not.