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CASE STUDY
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AWS infrastructure nobody
is afraid to touch.

We design and build right-sized, secure AWS environments, landing zones, VPC networks, Terraform from the first resource, and managed Postgres that backs up and provably restores. Whether you are on shared hosting or a hand-built account nobody fully understands, you get an architecture that scales without surprising you.
80+
AWS environments designed and rebuilt
100%
of infrastructure delivered as Terraform
34%
avg. bill reduction after right-sizing
System map
event-driven · webhooks
IN SYNC
crmtelephonybillingmiddlewareerpreports
LIVEevents: 212k today · retries: 3 · dead_letter: 0
6
systems connected
<1s
sync latency
0
dropped events
Teams running AWS with Encloud
StratosNORTHBRIDGEhelix&coBLUESUMMITVANTAGE

Most AWS accounts grew.
Nobody designed them.

Four patterns show up in almost every account we review. We engineer against all of them, on every engagement.
01SNOWFLAKE
One hand-built server nobody dares touch
An EC2 instance somebody configured by hand years ago runs the whole business. There is no documentation, no second copy and no way to rebuild it, so every deploy, patch and reboot is a small act of courage.
02SECURITY
Root keys in Slack and IAM wide open
Shared admin credentials, access keys pasted into chat, S3 buckets one checkbox from public and every service running with full permissions. It works fine, right up until the day it very much does not.
03FRAGILITY
Backups that have never been restored
Everything lives in a single availability zone, snapshots run on faith, and the disaster recovery plan is a wiki page from 2021. A backup nobody has restored is a rumor, not a safety net.
04OVERSPEND
Enterprise bills for startup traffic
Oversized instances running 24/7, unattached volumes, forgotten environments and zero reserved capacity. The monthly bill climbs quietly because nobody can tell which resources are load-bearing and which are landfill.

Our fix: run your AWS account like a codebase.

Every resource in Terraform, every change through a pull request, every decision written down with its trade-offs. Infrastructure built this way is boring on purpose, and boring is what lets you ship fast on top of it.
Pressure-test your account →
01
Design to the workload, not the whitepaper
We size architecture to your actual traffic and team, not to a reference diagram built for someone 100× your scale. Sometimes the honest answer is a bigger RDS instance, not a distributed rewrite, we will tell you which.
Right-sizingTraffic modelingHonest trade-offs
02
Terraform from the first resource
No console clicking. Every VPC, IAM role, bucket and database is declared in versioned Terraform modules, reviewed in pull requests and applied by CI, so the account can be audited, reproduced and safely changed.
Terraform modulesPR-reviewed changesCI plan & apply
03
Security as the baseline, not a phase
Least-privilege IAM, encryption at rest and in transit, SSO instead of shared logins, and organization-level guardrails baked into the landing zone. Security you configure on day one instead of retrofitting under audit pressure.
IAM least privilegeEncryption everywhereSSO & guardrails
04
Prove recovery before you need it
A backup only counts after a restore. We set explicit RPO/RTO targets, script the recovery path, then run a game day and restore the whole environment while a stopwatch runs, before sign-off, not after an outage.
Tested restoresDR runbookMeasured RPO/RTO

AWS architecture, end to end

All cloud & DevOps services
01
Well-Architected Reviews
Six-pillar scorecardRisk registerCost baselinePrioritized fixes
02
Landing Zones & Account Structure
Multi-account setupSSO & MFAOrg guardrailsBilling separation
03
VPC & Network Design
Public/private subnetsSecurity groupsPrivate endpointsEdge via Cloudflare
04
Terraform Infrastructure as Code
Module libraryState managementConsole importDrift detection
05
Serverless & Container Architecture
Lambda vs ECS/EKSDecision recordsAutoscalingDocker delivery
06
Managed Databases & Caching
RDS PostgresMulti-AZ failoverUpgrade rehearsalsRedis caching
07
Backup & Disaster Recovery
Tested restoresRPO/RTO targetsDR game days
08
Migration & Replatforming
Pet-server escapeData replicationCutover runbookRollback plan

How an AWS foundation ships

Five stages, each with named deliverables. Hover a stage to see what you get.
01
/ 05
Review
01Review what you are running
A well-architected review of your current account, or your hosting, if AWS is still ahead of you. Architecture, security posture, reliability and spend, scored and ranked so the plan starts from evidence.
Well-architected reportRisk registerCost baseline
02Design the target architecture
Account structure, VPC layout, compute model and data layer designed to your workload, with every serverless-vs-containers and build-vs-managed call captured in a decision record you can challenge.
Architecture diagramDecision recordsMigration plan
03Build it in Terraform
Landing zone, network, compute and RDS built as reviewed Terraform modules with CI running plan and apply. Staging comes up first, so the production build is a re-run, not a first attempt.
Terraform modulesCI pipelineStaging environment
04Cut over without drama
Data replicated ahead of the move, DNS TTLs dropped, the cutover rehearsed end to end and a rollback path agreed in writing, so migration night is short, scheduled and reversible.
Cutover runbookRollback planData verification
05Harden, hand over, keep watch
Grafana dashboards and alerts wired to what actually pages a human, a DR game day with a real restore, and documentation your team can operate from, with an optional retainer if you want us on call.
Monitoring & alertsDR game dayRunbooks & handover

AWS outcomes in spotlight

All case studies
Off a five-year-old pet EC2 server in one 22-minute window
B2B SaaSMigration & Replatforming
helix&co
22 mintotal downtime at cutover
Client portrait
That server ran our whole product and nobody dared reboot it. Now everything is in Terraform and a rebuild takes an afternoon, not a séance.
Priya Raman
CTO, Helix
Well-architected review cut the monthly bill by 38%
LogisticsWell-Architected Review
NORTHBRIDGE
-38%monthly AWS spend
Client portrait
They found instances sized for traffic we never had and environments nobody remembered. Same performance, a bill we can defend to finance.
Tomas Eriksen
Head of Engineering, Northbridge Logistics
Landing zone and security baseline ready for the auditors
Financial ServicesLanding Zone & Security
BLUESUMMIT
6 wksto audit-ready infrastructure
Client portrait
Root keys gone, SSO everywhere, least-privilege roles per service. Our SOC 2 infrastructure controls passed on the first pass.
Sofia Marchetti
VP Engineering, BlueSummit
Full-environment restore rehearsed and timed at 41 minutes
ManufacturingBackup & DR
meridian
41 mintested full restore, on the clock
Client portrait
We watched them restore the entire environment from backups while we timed it. I sleep differently now.
Ethan Cole
IT Director, Meridian Manufacturing
Off shared hosting, through a 3.4× seasonal traffic peak
Real EstateServerless Architecture
VANTAGE
3.4×traffic peak absorbed, no incident
Client portrait
Listing season used to take the site down every year. This spring it scaled up, scaled back down, and the bill barely moved.
Lena Fischer
Director of Technology, Vantage Realty

Put a senior AWS pod on your account, not a certification farm.

Solutions architect, infrastructure engineer and delivery lead working in your account from week one. The same pod stays from review through cutover and beyond.
80+
AWS environments designed, rebuilt and operated
100%
Of DR plans proven with a real timed restore before sign-off
2 wks
Typical time from kickoff to a scored well-architected report

The stack we build on

AWS at the core, codified, containerized, observable and recoverable.
Cloud foundation
Compute & delivery
Managed data
Observability & ops
The account itself: AWS services declared in Terraform, secrets handled properly, edge fronted by Cloudflare.
awsAWS
TerraformTerraform
CloudflareCloudflare
VaultVault

Book a well-architected review, not a sales call.

45 minutes with an AWS architect. Bring a read-only role or just a diagram of what you think you are running, leave with scored findings, the three fixes worth doing first, and an honest read on what should change and what should be left alone.
No obligation, no prepared pitch
A read-only IAM role is all we need, NDA on request
Honest "keep what works", no rebuild-everything agenda
4.9 / 5average across 90+ cloud engagements
The review paid for itself before the engagement even started, three of the findings were cost cuts we made the same week.
Tomas Eriksen
Head of Engineering, Northbridge Logistics
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Frequently asked questions

Weighing AWS consulting options, or deciding whether the account you inherited needs a rebuild? Bring the question to a well-architected review and get an answer backed by your own workload.
Talk to an AWS architect →
What does an AWS well-architected review actually cover?+
We assess your account against all six pillars of the AWS Well-Architected Framework, operational excellence, security, reliability, performance, cost and sustainability, using a read-only IAM role. You get a scored report, a risk register and a prioritized fix list ranked by impact, typically within two weeks. It is a fixed-price engagement with no obligation to continue.
Serverless or containers, which should we pick?+
It depends on traffic shape, latency requirements and who operates it. Spiky or event-driven workloads usually favor Lambda; steady traffic, long-running processes and teams who want portable Docker images usually favor ECS or Kubernetes. We model both against your real numbers and write the trade-offs into a decision record, including the honest cases where a plain EC2 auto-scaling group wins.
How does right-sizing work, will you just make everything smaller?+
No. Right-sizing means matching every resource to measured utilization: some instances shrink, some databases actually grow, idle environments get schedules or get deleted, and steady workloads move to savings plans. The goal is a bill that maps to what the business actually runs, most accounts we review land 25–40% lower without giving up headroom.
Will there be downtime when we migrate off our current server?+
Minutes, not days, and scheduled, not discovered. We replicate data to the new environment ahead of time, drop DNS TTLs, rehearse the cutover end to end and keep a rollback path live throughout. Most migrations off a single EC2 server or shared hosting cut over in a window under an hour, and the exact number is agreed in the runbook before migration night.
What backup and disaster recovery guarantees do we get?+
Explicit, written RPO and RTO targets, how much data you could lose and how long recovery takes, designed into the architecture, not promised afterward. Before sign-off we run a timed restore of the full environment from backups, and the runbook we hand over is the one we just used. A restore your team has watched succeed is the only DR guarantee worth having.
Why Terraform instead of just using the AWS console?+
Console-built infrastructure lives in one person’s memory; Terraform lives in version control. Every change is reviewed in a pull request, staging and production stay identical, drift is detectable, and a full environment can be rebuilt in hours instead of reverse-engineered over weeks. We also import existing click-built accounts into Terraform, so you do not need to start over to get there.
What will our monthly AWS bill look like?+
We give you a cost model per environment before anything is built, not a shrug and a dashboard afterward. As reference points: a typical small-business production workload on ECS with RDS Postgres runs in the low hundreds per month; multi-account setups with DR replicas run higher. Budgets, alerts and tagging ship with the build, so the first surprising bill never arrives.
What does an AWS consulting engagement with Encloud cost?+
Well-architected reviews are fixed-price. Architecture and migration projects are scoped after the review and quoted as a fixed project, and ongoing operations run as an optional monthly retainer you can stop anytime. You own the Terraform, the documentation and the account, there is no lock-in by design.

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