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AWS Consulting, Migration and Day-2 Operations

Run AWS Like Someone Owns It

AWS managed services and consulting for Texas businesses: cost control and FinOps, Well-Architected reviews, migration and re-platforming, IAM and shared-responsibility work, and day-2 operations run by Houston-based engineers.

SOC 2 Aligned
Responsive Support
20+ Years Experience

What We Offer

Comprehensive solutions tailored for Houston-area businesses

AWS Cost Control and FinOps

Right-sizing EC2 and RDS against real utilization, Savings Plans and Reserved Instances sized to actual baseline, Graviton candidates, S3 lifecycle rules and Intelligent-Tiering, unattached EBS volumes and idle Elastic IPs cleared out, NAT Gateway and cross-AZ transfer reviewed. Cost allocation tags so you can finally see spend by team and environment. We report the before-and-after line items, not a headline percentage.

AWS Well-Architected Reviews

A structured review across the six pillars of the AWS Well-Architected Framework: operational excellence, security, reliability, performance efficiency, cost optimization, and sustainability. Findings come out ranked by risk and by spend, each with an owner and an effort estimate, so the review becomes a work queue rather than a slide deck.

AWS Migration and Re-Platforming

Rehost when lift-and-shift onto EC2 is genuinely the right answer, re-platform when moving a database to RDS or a service to ECS or Fargate pays for itself. AWS Application Migration Service and AWS Database Migration Service for the move, with a rollback plan written before the cutover window opens.

Core AWS Service Operations

Day-to-day operation of the services Texas businesses actually run: EC2 and Auto Scaling, VPC and subnet design, S3 and Glacier, RDS, ElastiCache, Route 53, CloudFront, SES, SNS, SQS, Lambda, and Application and Network Load Balancers. Patching, CloudWatch alarms, service quota management, and change control included.

AWS IAM and the Shared Responsibility Model

AWS is responsible for security of the cloud; you are responsible for security in the cloud. We manage your half: least-privilege IAM roles instead of long-lived access keys, Service Control Policies across AWS Organizations, GuardDuty and Security Hub enabled and actually triaged, CloudTrail retained, KMS key policies, AWS Config rules, and secrets moved out of environment variables into AWS Secrets Manager.

AWS Backup, DR and Tested Recovery

AWS Backup policies per workload with cross-region and cross-account copies, so a compromised account cannot take the backups with it. RPO and RTO agreed per system, and restores actually performed on a schedule. A backup job that has never been restored from is an assumption, not a recovery plan.

Infrastructure as Code for AWS

Terraform or CloudFormation so the environment can be rebuilt rather than remembered, drift detection to catch changes made in the console, tagging enforced by policy rather than by good intentions, and CI/CD pipelines where your team is ready for them.

AWS Region and Latency Planning for the Gulf Coast

Which AWS region you pick matters more for cost, service availability, and data transfer charges than for raw milliseconds. We work through us-east-2, us-east-1, and us-west-2 against your actual workloads, look at AWS Direct Connect where an office or plant needs a private path, and map where egress charges will land before they show up on the bill.

Why Choose LayerLogix?

Serving businesses throughout the Greater Houston area including Houston, The Woodlands, Spring, Katy, Sugar Land, Conroe, Pearland, Dallas, Austin.

You Find Out What AWS Actually Costs You

Most accounts arrive with no tagging discipline and one bill nobody can decompose. Cost allocation tags, per-environment and per-team breakdowns, and a monthly review turn the bill into a set of decisions instead of a number that goes up.

Someone Owns Day-2 AWS Operations

Patching, CloudWatch alarms, service quotas, certificate expiry, backup verification, and change control all have an owner and a cadence. Automated monitoring runs continuously; people are available during business hours with after-hours emergency support.

Architecture Decisions Get Written Down

Well-Architected findings, the reasoning behind each one, and who agreed to fix it or accept it. When the person who built the account leaves, the decisions do not leave with them.

Restores Get Tested, Not Assumed

Recovery objectives are agreed per workload and proven by scheduled restore tests, with the results recorded. The first restore should never be the one that matters.

100% Texas-Based Support With 20+ Years Experience

The engineers who review your AWS account are the engineers you speak to when something breaks. No offshore tier-one queue between you and the person who can read a CloudTrail log.

Our Process

1
Read-only AWS account review covering billing, IAM, tagging, and a full running inventory
2
Cost analysis against AWS Cost Explorer and the last three months of usage
3
Well-Architected review across the six pillars, findings ranked by risk and by spend
4
Remediation plan with owners, effort, and expected impact on the bill
5
Quick wins first: idle instances, unattached EBS volumes, right-sizing, S3 storage tiering
6
Commitment planning with Savings Plans and Reserved Instances sized to real baseline usage
7
Onboard CloudWatch monitoring, alarms, backup verification, and change control
8
Monthly AWS cost and posture review, with a quarterly architecture re-check

Frequently Asked Questions

What actually drives a runaway AWS bill?
Almost always the same short list: EC2 instances sized for a load test that finished years ago, development environments nobody shuts down at night, EBS volumes still billing after their instance was terminated, Elastic IPs allocated and unattached, S3 Standard holding data nobody has read in over a year, NAT Gateway data processing charges from traffic that should never have left the VPC, and cross-AZ transfer between chatty services that could sit in the same Availability Zone. None of it is exotic. It accumulates because nobody owns the bill.
What is the AWS Shared Responsibility Model and what does it mean for us?
AWS describes it as security of the cloud versus security in the cloud. AWS is responsible for the physical data centers, the hypervisor, and the infrastructure behind its managed services. You are responsible for your IAM policies, guest operating system patching, encryption choices, security group and network rules, application code, and your backups. Many AWS security incidents are not AWS failing: they are an S3 bucket policy, an over-permissive IAM role, or a long-lived access key committed to a repository. That half is the half we manage.
Which AWS region should we run in from Houston?
us-east-2 in Ohio and us-east-1 in Northern Virginia are the usual starting points, with us-west-2 in Oregon as a secondary for disaster recovery. AWS has no region in Texas, and the latency difference between those options from Houston is not usually what decides it. Service availability, data residency requirements, disaster recovery pairing, and inter-region data transfer charges matter more, and for most workloads they point at one sensible answer once we look at the actual traffic.
Can you move our applications to AWS without rewriting them?
Usually yes. Rehosting, or lift-and-shift onto EC2, is the fastest path and is the right call for applications that work, are not changing much, and have no licensing problem on the target. Re-platforming is worth it where the saving is concrete: moving a self-managed SQL Server to Amazon RDS removes patching and backup work, and containerizing a stateless web tier onto ECS or Fargate removes server management. Full refactoring is rarely justified as part of a migration and is better treated as a separate decision afterwards. Our cloud migration service covers the assessment, wave planning, and cutover methodology in detail.
How do you prove AWS cost savings are real?
From the same AWS Cost Explorer views, month over month, with each change attributed to the action that caused it. If we right-size twelve instances, you see those twelve line items before and after. We do not publish a headline percentage, because a percentage with no line items behind it is not evidence.
What happens to our on-premises servers during an AWS migration?
They usually stay for a while. Most migrations run hybrid for a period, with the on-premises estate shrinking in phases as workloads land on AWS and prove stable. We sequence decommissioning against hardware maintenance renewals, software license terms, and the depreciation schedule, because switching off a server you are still paying maintenance on saves nothing this year.
Do you support multi-account AWS Organizations setups?
Yes, and for most businesses past a single workload it is the right structure. Separate AWS accounts for production, non-production, and shared services give you a hard blast radius between environments, Service Control Policies to enforce guardrails centrally, and consolidated billing with per-account cost visibility. Retrofitting AWS Organizations onto an existing single account is routine and does not require moving workloads.
We already use Microsoft 365 and Azure. Is AWS still worth considering?
It depends on the workload, not on loyalty. Identity, productivity, and Windows-heavy infrastructure usually have a shorter path on Azure, particularly where existing licensing carries across. Data platforms, container workloads, and anything your development team already builds against AWS APIs often land better on AWS. Running both is common and is not a failure of planning. Our comparison of Azure, AWS, and Google Cloud for smaller businesses walks through that decision without picking a winner in advance.

Ready to Get Started?

Contact LayerLogix today for a free consultation. We serve businesses throughout Houston, The Woodlands, Spring, and the surrounding Greater Houston area.

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