Build reliable, observable and scalable production environments with engineers specializing in site reliability, internal developer platforms, cloud infrastructure and operational automation.
From improving service reliability to building self-service engineering platforms, extend your team with India-based SRE and platform engineering talent.
Modern engineering organizations need more than infrastructure that stays online. They need measurable reliability, faster recovery, repeatable deployments and platforms that simplify software delivery.
Site Reliability Engineering focuses on keeping production services dependable through reliability objectives, automation, observability and incident practices.
Platform Engineering creates reusable infrastructure and self-service capabilities that help development teams deliver software without repeatedly solving the same operational problems.
Select the expertise that matches your service architecture, infrastructure maturity, operational priorities and developer workflows.
Improve service availability, operational resilience and incident response using measurable reliability practices.
Build standardized internal platforms that make application deployment and infrastructure access easier.
Connect metrics, logs, traces and service telemetry to improve production visibility and diagnosis.
Improve cluster operations, workload resilience, scheduling and container platform stability.
Standardize infrastructure provisioning, configuration and environment management through infrastructure as code.
Improve deployment safety with automated validation, progressive delivery and rollback practices.
Integrate security controls into infrastructure, deployment workflows and shared platform services.
Design operating models and architecture foundations for reliable multi-service environments.
Connect cloud infrastructure, platform services, developer workflows and production operations into a repeatable engineering model.
APIs, microservices, applications, background workers and critical services.
Developer portal, service catalog, golden paths and self-service workflows.
Build pipelines, infrastructure automation, deployment validation and rollbacks.
Compute, networking, service discovery, storage, secrets and autoscaling.
AWS, Azure, Google Cloud, hybrid environments and automated infrastructure provisioning.
Explore six common initiatives where specialist SRE and platform engineers can support your organization.
Establish service-level indicators, service-level objectives, error budgets and operating practices that connect technical reliability with business needs.
Instrument applications and infrastructure, correlate metrics, logs and traces, and build meaningful alerting and operational dashboards.
Standardize common engineering tasks through developer portals, reusable templates, service catalogs and automated infrastructure workflows.
Improve incident triage, escalation, runbooks, post-incident learning and recovery procedures with repeatable operational practices.
Build standardized provisioning, configuration, policy and infrastructure lifecycle workflows across cloud environments.
Introduce automated checks, progressive deployment strategies, GitOps workflows and recovery controls into software delivery.
These six disciplines provide a practical foundation for operating modern cloud-native applications.
Define meaningful reliability targets and use them to guide operational decisions.
Collect and correlate telemetry across applications, infrastructure and shared services.
Establish alerts, escalation paths, runbooks and post-incident improvement practices.
Identify repetitive manual work and replace suitable tasks with tested automation.
Plan for failure scenarios, capacity limits, backup recovery and dependency disruptions.
Create repeatable engineering workflows with shared platform capabilities.
Match engineers to your existing infrastructure and observability stack rather than forcing a one-size-fits-all toolchain.
Add the right mix of reliability and platform engineering skills around your existing organization.
Align engineers to your service architecture, production risks and operational objectives.
Integrate with your repositories, incident workflows, monitoring and deployment processes.
Support AWS, Azure, Google Cloud, Kubernetes and suitable hybrid environments.
Add individual engineering specialists or a coordinated team for ongoing initiatives.
A structured process helps align technical skills with production responsibilities and team workflows.
Review your services, infrastructure and reliability priorities.
Identify relevant SRE and platform engineering experience.
Evaluate troubleshooting, automation and architecture skills.
Align access, security, workflows and responsibilities.
Execute platform and reliability priorities with ongoing reviews.
Add specialized reliability or platform engineering capacity to an existing team.
Combine SRE, cloud, Kubernetes, observability and automation capabilities for an ongoing roadmap.
Engage a delivery team for observability implementation, platform development or reliability improvements.
Production reliability involves more than monitoring dashboards. It connects architecture, cloud, automation, testing, security and software delivery.
Dawn's wider engineering capabilities can complement specialist SRE and platform engagements when initiatives span multiple technology disciplines.
Infrastructure and cloud-native architecture.
CI/CD, infrastructure as code and deployment workflows.
Cluster operations, scaling and resilience.
Performance testing and release validation.
Identity, platform policies and secure workflows.
Offshore engineering support for global product teams.
Share your production environment, reliability challenges and platform priorities. We'll discuss the engineering skills suited to your needs.
Common questions about roles, technologies, responsibilities, engagement models and costs.
An SRE applies software engineering practices to production operations. Typical responsibilities include reliability objectives, monitoring, incident response, automation, capacity planning and resilience.
A platform engineer builds and maintains shared infrastructure and developer-facing services, including deployment templates, internal developer platforms and self-service workflows.
SRE emphasizes production reliability, service objectives and operational resilience. Platform Engineering emphasizes reusable infrastructure, developer experience and self-service capabilities. The disciplines often overlap.
Yes. SRE and observability engineers can configure metrics, logs, traces, dashboards, alerting and service-level indicators using suitable monitoring tools.
Yes. Platform engineers can design developer portals, service catalogs, golden paths, reusable infrastructure templates and automated self-service workflows.
SRE responsibilities can include Kubernetes operations, cloud infrastructure, workload scaling, resilience, incident response and production monitoring.
Engineers can improve monitoring, deployment controls, automation, incident response and recovery procedures. Results depend on system architecture, operational maturity and implementation scope.
Both options can be discussed. Engagements may include an individual specialist, a coordinated engineering team or a project-based delivery model.
Pricing depends on experience, technology specialization, production responsibilities, engagement duration and required support coverage. Contact Dawn to discuss the appropriate commercial model.
