Your Trusted DevOps Partner for Accelerating Cloud Journey
Cloud Security | CI/CD Pipelines | Infrastructure as Code | Monitoring | Compliance | Containers & Serverless
Redefining Tech Boundaries: Design, Deploy, Dominate!
Unlock Peak Engineering with Streamlined DevOps: Integrated Infrastructure, Pipelines, Deployment, Security, and Observability with Atmosly.
Why Choose Us
Our focus is on delivering fast, secure, and reliable cloud solutions. With industry-leading expertise and a customer-first approach, we help you optimize and future-proof your infrastructure.
$1 Million+
Cloud Cost Savings without compromising on performance
Wide Range
of Cloud Solutions & Services for every need - Big or Small
99.95%
SLA Guarantee for Uninterrupted Service Availability
Innovation
Driven by a Dedicated Cloud Centre of Excellence (CCoE)
Compliance
Accelerators for SOC 2; GDPR; PCI-DSS; ISO: 27001; HIPPA
Compliance
Accelerators for SOC 2; GDPR; PCI-DSS; ISO: 27001; HIPPA
Solutions Built for Tomorrow
Atmosly
Atmosly empowers your internal teams with a self-service portal to manage complex cloud architectures effortlessly.
Terraform Blueprints Hub
A powerful open-source collection of Terraform modules and Helm charts with built-in CIS compliance and battle-tested across 100+ implementations, this library is continuously updated with the latest security patches and version releases.
The blueprints integrate tools for monitoring, observability, security, governance, guardrails, backups, and disaster recovery.
What We Do
Cloud Security
Built from the ground up, securing all aspects of applications, network, and data.
Cloud Cost Management
Maximize ROI on Cloud investments with FinOps, without compromising performance.
Cloud Native Architectures
Leveraging modern cloud offerings for elasticity and on-demand scaling.
Monitoring and Observability
Proactive monitoring to ensure business continuity and faster incident response.
AWS Well-Architected
Review and remediate cloud deployments to align with AWS best practices.
Success Stories
AWS Control Tower Strategy For EyeControl
- Case Studies
Transforming AWS Security Landscape For Synaptic
- Case Studies
Revnue Increased 95% Efficiency With SquareOps
- Case Studies
Freefuse CICD Implementation Journey
- Case Studies
CICD For Warehouse Management Systems
- Case Studies
SAAS Kubernetes Deployment over AWS EKS
- Case Studies
Services
Services
Platforms We Support
Our solutions are built to support AWS, Google Cloud, Azure, DigitalOcean, and Linode. The architectures are designed with portability to prevent vendor lock-in while natively integrating with each provider’s offerings, ensuring you get the best of both worlds
Tools We Use
We use a vast array of tools, from cloud-native offerings to powerful open-source solutions, covering all aspects of cloud and DevOps. Our stack includes tools for Configuration Management, CI/CD, Infrastructure Automation, GitOps, Code Quality Scanning, Code Security Scanning, Load Testing, Chaos Testing, Blue-Green Deployments, Cost Management, Observability, Tracing, and Telemetry.
We utilize cutting-edge tools such as Terraform and Kubernetes to provide cloud solutions built for the future. Our solutions integrate natively with version control systems like GitHub and Bitbucket, support container management through Helm, and work with databases such as MySQL and PostgreSQL.
Testimonials
Latest From our Blog
How DevSecOps Enables a Shift-Left Approach in Security
Observability In Modern Microservices Architecture
AWS Multi-Account Security Reference Architecture
SaaS Deployment: DevOps Guide To Tenancy Architecture
Transforming Kubernetes Secret Management
Blue/Green Deployments On AWS Using Terraform
Stay Ahead in the World of DevOps
Latest From our Blog
How DevSecOps Enables a Shift-Left Approach in Security
Observability In Modern Microservices Architecture
AWS Multi-Account Security Reference Architecture
SaaS Deployment: DevOps Guide To Tenancy Architecture
Transforming Kubernetes Secret Management
Blue/Green Deployments On AWS Using Terraform
Stay Ahead in the World of DevOps
Explore How SquareOps can help you with your DevOps needs? Talk to an expert!
Frequently asked questions
DevOps is a cultural and technical movement that aims to improve collaboration between development and operations teams to enhance software delivery and reliability.
DevOps enables faster delivery, increased reliability, improved collaboration, enhanced security, and better scalability.
What are the benefits of migrating to the cloud?
Benefits include scalability, cost efficiency, increased flexibility, enhanced security, and better performance.
Lift-and-shift involves moving applications and data to the cloud without major changes to the application architecture.
Monitoring tracks the health of systems through predefined metrics, while observability provides a holistic view by collecting and analyzing data (logs, traces, metrics) to understand system behavior and troubleshoot complex issues.
APM is a toolset used to monitor and manage the performance of applications by tracking key metrics like response times, resource usage, transaction throughput, and identifying bottlenecks in real-time.
Cloud-native architecture offers benefits like enhanced scalability, faster deployments, and cost efficiency. It leverages cloud resources to dynamically scale applications, reduces time-to-market, and enables disaster recovery. The architecture also improves resilience, security, and resource optimization by using automation and cloud-native tools.
Cloud-native architectures incorporate security at every layer. They utilize automated security scans, isolation between containers, encryption, and identity management, ensuring compliance and protecting against breaches. The use of DevSecOps practices integrates security checks into the entire lifecycle, mitigating vulnerabilities.
Containers package applications and their dependencies, giving more control over the environment, while serverless abstracts away the infrastructure, allowing developers to focus solely on code. Serverless automatically scales functions based on demand, while containers require manual management of scaling and resources.