Cloud Engineering

Build, automate, and scale with cloud you can trust

Cloud platforms that are secure, automated, and built to scale using
cloud-native architecture, IaC, automation, CI/CD, Kubernetes, and SRE best practices.

AWARDS

Why cloud engineering matters — scalability,
cost efficiency, and resilience

Scales with your business needs

Cloud engineering enables systems to scale up or down based on real demand, so growth, seasonal spikes, and new initiatives are supported without infrastructure bottlenecks or overprovisioning.`

Optimizes infrastructure costs

Well-architected cloud environments reduce waste by aligning compute, storage, and services with actual usage, improving cost control while maintaining performance and reliability.

Improves system reliability and uptime

Cloud-native design distributes workloads across regions and services, minimizing single points of failure and ensuring consistent availability even during outages or demand surges.

Enables faster innovation and delivery

Modern cloud engineering accelerates deployment cycles through automation, DevOps practices, and managed services, allowing teams to release updates faster and respond quickly to change.

What tkxel’s cloud engineering services
makes possible for you

Predictable application scaling

Applications scale smoothly under changing demand without performance bottlenecks or manual intervention.

Reliable, resilient infrastructure

Infrastructure is designed to recover quickly from failures while maintaining consistent performance and availability.

Automated, auditable operations

Day-to-day operations run through automation and standard controls, improving efficiency, traceability, and governance.

Future-ready cloud foundation

Your cloud platform supports modern product development today while staying adaptable for future growth and new use cases.

tkxel’s cloud engineering capabilities:
architecture, automation, CI/CD, SRE

CLOUD ENGINEERING

Cloud architecture & design

Cloud-native architecture (microservices, serverless, event-driven)
High availability & fault-tolerant design based on Well-Architected reliability
Multi-cloud & hybrid cloud architectures

CLOUD ENGINEERING

Infrastructure as code (IaC)

Terraform, Pulumi, AWS CloudFormation

Immutable infrastructure
Environment standardization & drift prevention
Policy-as-Code for governance and compliance aligned with CAF governance and Well-Architected security

CLOUD ENGINEERING

CI/CD & cloud automation

GitHub Actions, GitLab CI/CD, Jenkins, ArgoCD, Flux

Automated build, test, security scan, and deployment
Canary, blue/green, rolling releases
GitOps pipelines for predictable deployments and Well-Architected operational excellence

CLOUD ENGINEERING

Kubernetes & container platforms

Kubernetes clusters (EKS, AKS, GKE)

Docker-based containerization
Service Mesh (Istio, Linkerd)
Autoscaling & workload optimization based on well-architected performance
Platform modernization that may use the 7Rs of migration for workload restructuring

CLOUD ENGINEERING

Cloud security engineering

IAM and RBAC frameworks
Secrets management (Vault, KMS)
Encryption, network segmentation, and compliance alignment
Cloud governance and CSPM aligned with CAF and Well-Architected security.

CLOUD ENGINEERING

SRE & observability

Monitoring stacks: Prometheus, Grafana, Datadog, New Relic

SLOs, SLIs, and error-budget policies
Incident response, root-cause analysis
Reliability patterns: retries, circuit breakers, health checks — consistent with Well-Architected reliability

CLOUD ENGINEERING

Cloud performance optimization (FinOps)

Cost allocation and optimization
Rightsizing compute resources
Autoscaling strategy
TCO reduction through automation and observability, guided by well-architected cost optimization

CLOUD ENGINEERING

Cloud Migration Services

Facilitating a smooth transition from on-premises or other cloud environments to the desired cloud platform, ensuring data integrity and minimal disruptions.

Our approach to cloud engineering – IaC,
microservices, DevOps alignment

01

01 Infrastructure as code first

Everything, compute, networking, policies, and security groups are defined in code.
This ensures:

reproducible environments
zero drift
instant rollback
predictable deployments aligned with Well-Architected operational excellence

02 Cloud native patterns

We design systems using:

microservices
containerized workloads
serverless components
event-driven pipelines

These patterns follow well-architected performance and reliability principles and align with CAF’s Modernize phase for scalable, adaptive systems.

03 DevOps and DevSecOps alignment

CI/CD pipelines, automated testing, security scanning, and GitOps workflows are built into your cloud foundation not bolted on later.

04 Reliability engineering (SRE)

We bake in reliability through SLOs, performance monitoring, dependency mapping, traceability, and automated failover mechanisms — reflecting Well-Architected reliability.

05 Security and governance embedded

Identity, policy, compliance, encryption, and logging are part of the architecture aligned with CAF governance and Well-Architected security pillars

Our approach to cloud engineering – IaC,
microservices, DevOps alignment

step 1

Infrastructure as code first

Everything, compute, networking, policies, and security groups are defined in code.
This ensures:

reproducible environments
zero drift
instant rollback
predictable deployments aligned with Well-Architected operational excellence

step 2

Cloud native patterns

We design systems using:

microservices
containerized workloads
serverless components
event-driven pipelines

These patterns follow well-architected performance and reliability principles and align with CAF’s Modernize phase for scalable, adaptive systems.

step 3

DevOps and DevSecOps alignment

CI/CD pipelines, automated testing, security scanning, and GitOps workflows are built into your cloud foundation not bolted on later.

step 4

Reliability engineering (SRE)

We bake in reliability through SLOs, performance monitoring, dependency mapping, traceability, and automated failover mechanisms — reflecting Well-Architected reliability.

step 5

Security and governance embedded

Identity, policy, compliance, encryption, and logging are part of the architecture aligned with CAF governance and Well-Architected security pillars

Success stories in spotlight

How cloud optimization delivered a 40% cost reduction for CanvsAI

Software & ITCloud Cost Optimization

View case study

"tkxel improved monitoring, cut waste, and reduced costs while keeping our workflows running smoothly."

Platform Operations Lead

72% faster deployment cycles after implementing Infrastructure-as-Code and GitOps workflows.

Digital Health & Medical TechnologyCI/CDGitOpsIaC (Terraform)SRE practices

Cloud engineering & DevOps automation

“tkxel helped us automate everything from provisioning to deployment. Releases that took days now complete in minutes with full auditability.”

Head of DevOps

56% improvement in system reliability after migrating to Kubernetes with autoscaling and observability.

Digital PaymentsFintechautoscalingEKS/GKE/AKSobservabilitySRE

Kubernetes platform engineering

“Availability went from unpredictable to rock-solid. tkxel’s cloud engineering gave us stability we’d been chasing for years.”

Director of Platform Engineering

41% reduction in cloud costs through rightsizing and FinOps-driven engineering refactors.

Media & Entertainment StreamingautoscalingFinOpsResource ModellingWell-Architected Cost Optimisation

Cloud performance optimisation

“We were overspending heavily. tkxel identified waste and engineered a leaner, scalable cloud footprint with remarkable savings.”

Head of Cloud FinOps

3× increase in deployment reliability with blue/green and rolling releases designed through modern CI/CD pipelines.

E-CommerceRetailCI/CDContainerisationDeployment Orchestration

Zero-downtime deployment enablement

“Our deployments used to break something every week. tkxel introduced controlled release patterns that make deployments routine and risk-free.”

VP Engineering

62% reduction in operational toil by automating provisioning, configuration, and environment governance.

Logistics & Supply ChainDevSecOps AutomationIaCPolicy-as-code

Cloud operations automation

“Routine operations became fully automated. tkxel eliminated manual overhead, improved governance, and strengthened our cloud reliability.”

Director of Cloud Operations

72% faster deployment cycles after implementing Infrastructure-as-Code, automated CI/CD pipelines, and GitOps workflows.

Digital Health & Medical TechnologyCI/CDGitOpsIaC (Terraform)SRE practices

Cloud engineering & DevOps automation

“tkxel helped us automate everything from provisioning to deployment. Releases that took days now complete in minutes with full auditability.”

Why organizations partner with tkxel for cloud engineering

Engineering-first approach, not vendor-led playbooks

We build cloud systems using platform engineering, IaC, DevOps and SRE principles — strengthened by Well-Architected design guidance and CAF operational maturity.

Deep expertise across AWS, Azure and GCP

Certified cloud engineers, Kubernetes specialists, DevOps practitioners and cloud security experts with experience across high-scale environments.

Automation from day one

IaC, CI/CD, GitOps and policy-as-code ensure predictable deployments, consistent environments and zero configuration drift.

Reliability engineered into the architecture

SLOs, monitoring stacks, dependency mapping and resilience patterns drive availability and operational stability.

Security and governance built into every layer

IAM frameworks, encryption, segmentation, logging and compliance alignment with GDPR, HIPAA, SOC 2 — consistent with CAF governance.

Start today

Book free consultation

Our cloud expertise,
across multiple platforms

Cloud platforms
Infrastructure
CI/CD & observability

AZURE

AWS

GOOGLE CLOUD

IBM CLOUD

DOCKER

KUBERNETES

TERRAFORM

ANSIBLE

github actions

jenkins 

circleci 

octopus deploy

ARGOCD

elastic stack

We’ve been recognized by the best, year after year

AMERICA’S FASTEST GROWING COMPANY

TOP 100 INSPIRING WORKPLACES 2025

FORBES COACHES COUNCIL

FINANCIAL TIMES

mogul people leader

ISO 27001 CERTIFIED

ISO 20000 CERTIFIED

ISO 9001 CERTIFIED

CMMI DEV 3 CERTIFIED

Cloud engineering use cases: modernization, migration, multi-cloud management

Cloud modernization & re-architecture

Rebuild monolithic systems into microservices and serverless architectures for agility and scale.

Cloud infrastructure automation

Automated provisioning, GitOps workflows, policy-as-code, and infrastructure templates.

Multi cloud & hybrid cloud management

Unified automation and governance across AWS, Azure, GCP, and on-prem workloads.

Reliable, zero-downtime deployments

Blue/green, canary, and rolling releases through CI/CD and Kubernetes orchestration.

Cloud performance & cost optimization

FinOps-driven cost control, compute rightsizing, autoscaling, and observability improvements.

Cloud security engineering

Identity frameworks, encryption, secrets management, compliance baselines, and automated guardrails.

Modern Cloud. Reliable Systems. Confident Scalability.

“tkxel completely transformed the way we manage our customer relationships. Their customized CRM system streamlined our processes and improved customer satisfaction. We highly recommend their services to any business looking for real results.”

Nick Drogo

Global Director IT, Knowles

“They helped us build a docketing app with an intuitive user interface, allowing our attorneys to track over 10,000 U.S. and international patent systems.”

Robert K Burger

COO, Sterne Kessler

“Tkxel has proven beyond par that they excel not just in building and integrating with our team but building at a level that is at par with any US development team. Working with Tkxel is one of the best decisions we have made.”

Umair Bashir

CTO, Replenium

“tkxel shared our vision right from the get go, and helped us achieve the unthinkable through perseverance and a thorough attention to detail. Their team was highly professional and possessed a firm grasp on technicalities, a combination that is hard to find in the industry.”

Pam Chitwood

Product Manager, ABB

How can we help you?

First Name *

Last Name *

Work Email * Invalid email address

Phone Number

Describe your project

I agree to receive marketing information and updates via email.

I agree to receive SMS messages from tkxel. Reply ‘STOP’ to opt out anytime.

By "Submitting" this form, you are agreeing to tkxel’s Terms of Use and Privacy Policy. We will never sell, or trade your personal information, including phone numbers, with any third parties under any circumstances.

Nick Drogo

Global Director IT, Knowles

“They helped us build a docketing app with an intuitive user interface, allowing our attorneys to track over 10,000 U.S. and international patent systems.”

Robert K Burger

COO, Sterne Kessler

Umair Bashir

CTO, Replenium

Pam Chitwood

Product Manager, ABB

Frequently asked questions

What does cloud engineering mean?

Cloud engineering is the discipline of architecting, automating, securing, and optimizing cloud platforms using IaC, CI/CD, DevOps, and SRE practices — framed by Well-Architected and CAF guidelines.

What are the benefits of cloud engineering for enterprises?

Scalability, reliability, cost efficiency, improved deployment velocity, stronger security, and operational visibility.

How is cloud engineering different from cloud architecture?

Architecture defines the blueprint. Engineering builds its provisioning, automation, orchestration, and ongoing reliability.

What tools and platforms are used in cloud engineering?

Terraform, Kubernetes, Docker, Jenkins, ArgoCD, Datadog, Prometheus, AWS/Azure/GCP.

How does tkxel ensure scalability and reliability?

Through cloud-native architectures, autoscaling, IaC, SRE principles, monitoring stacks, automated failover strategies, and Well-Architected reliability practices.

Build, automate, and scale with cloud you can trust

AWARDS

Why cloud engineering matters — scalability, cost efficiency, and resilience

Scales with your business needs

Optimizes infrastructure costs

Improves system reliability and uptime

Enables faster innovation and delivery

Predictable application scaling

Reliable, resilient infrastructure

Automated, auditable operations

Future-ready cloud foundation

tkxel’s cloud engineering capabilities: architecture, automation, CI/CD, SRE

CLOUD ENGINEERING

Cloud architecture & design

CLOUD ENGINEERING

Infrastructure as code (IaC)

CLOUD ENGINEERING

CI/CD & cloud automation

CLOUD ENGINEERING

Kubernetes & container platforms

CLOUD ENGINEERING

Cloud security engineering

CLOUD ENGINEERING

SRE & observability

CLOUD ENGINEERING

Cloud performance optimization (FinOps)

CLOUD ENGINEERING

Cloud Migration Services

Our approach to cloud engineering – IaC, microservices, DevOps alignment

01

Our approach to cloud engineering – IaC, microservices, DevOps alignment

Infrastructure as code first

Cloud native patterns

DevOps and DevSecOps alignment

Reliability engineering (SRE)

Security and governance embedded

Success stories in spotlight

How cloud optimization delivered a 40% cost reduction for CanvsAI

72% faster deployment cycles after implementing Infrastructure-as-Code and GitOps workflows.

Cloud engineering & DevOps automation

56% improvement in system reliability after migrating to Kubernetes with autoscaling and observability.

Kubernetes platform engineering

41% reduction in cloud costs through rightsizing and FinOps-driven engineering refactors.

Cloud performance optimisation

3× increase in deployment reliability with blue/green and rolling releases designed through modern CI/CD pipelines.

Zero-downtime deployment enablement

62% reduction in operational toil by automating provisioning, configuration, and environment governance.

Cloud operations automation

72% faster deployment cycles after implementing Infrastructure-as-Code, automated CI/CD pipelines, and GitOps workflows.

Cloud engineering & DevOps automation

Why organizations partner with tkxel for cloud engineering

Engineering-first approach, not vendor-led playbooks

Deep expertise across AWS, Azure and GCP

Automation from day one

Reliability engineered into the architecture

Security and governance built into every layer

Start today

Our cloud expertise, across multiple platforms

We’ve been recognized by the best, year after year

AMERICA’S FASTEST GROWING COMPANY

TOP 100 INSPIRING WORKPLACES 2025

FORBES COACHES COUNCIL

FINANCIAL TIMES

mogul people leader

ISO 27001 CERTIFIED

ISO 20000 CERTIFIED

ISO 9001 CERTIFIED

CMMI DEV 3 CERTIFIED

Cloud engineering use cases: modernization, migration, multi-cloud management

Cloud modernization & re-architecture

Cloud infrastructure automation

Multi cloud & hybrid cloud management

Reliable, zero-downtime deployments

Cloud performance & cost optimization

Cloud security engineering

Modern Cloud. Reliable Systems. Confident Scalability.

Nick Drogo

Robert K Burger

Umair Bashir

Pam Chitwood

Why cloud engineering matters — scalability,
cost efficiency, and resilience

tkxel’s cloud engineering capabilities:
architecture, automation, CI/CD, SRE

Our approach to cloud engineering – IaC,
microservices, DevOps alignment

Our approach to cloud engineering – IaC,
microservices, DevOps alignment

Our cloud expertise,
across multiple platforms