Skip to main content

Trusted by leading ISVs and ecosystem partners

zscaler
cyble
Accounox
britive
broadcom
CloudBees
New Relic
Seclore
teradata
altair
avaamo
conviva
elastic
lavelle_network
piramal
qyuki
smfg
truveris
zscaler
cyble
Accounox
britive
broadcom
CloudBees
New Relic
Seclore
teradata
altair
avaamo
conviva
elastic
lavelle_network
piramal
qyuki
smfg
truveris
zscaler
cyble
Accounox
britive
broadcom
CloudBees
New Relic
Seclore
teradata
altair
avaamo
conviva
elastic
lavelle_network
piramal
qyuki
smfg
truveris
zscaler
cyble
Accounox
britive
broadcom
CloudBees
New Relic
Seclore
teradata
altair
avaamo
conviva
elastic
lavelle_network
piramal
qyuki
smfg
truveris

SRE Services That Turn Reliability From a Firefighting Habit Into an Engineering Discipline 

Alert fatigue, manual runbooks that nobody runs correctly under pressure, and on-call rotations that burn through senior engineers are symptoms of reliability treated as an operations problem. We treat it as an engineering problem: defined SLOs, measured error budgets, automated incident response, and observability instrumentation that gives your team the context to resolve incidents faster and prevent the next one from happening at all.

Engineering reliability into every part of the software lifecycle

From SRE foundations and observability to resilience, automation, incident response, and performance, we build systems that stay reliable as they scale.

Whether you're standing up SRE from zero or maturing a team that's grown organically, we build the practice around where you actually are, team structure, ownership boundaries with product engineering, and a path from your current maturity level to the next.

What to measure: SLIs tied to latency, success rate, and availability. How we set targets: SLOs benchmarked to business needs, where slow-but-correct still counts as failure. How we enforce: error budgets tracked via Prometheus, with burn-rate alerts and CI/CD deploy gates.

GameDay exercises and fault-injection testing with controlled blast radius limits validate that error handling, fallback behaviour, and recovery automation perform as designed before a real incident tests them. Each experiment maps to a reliability improvement backlog item.

Auditing recurring manual work, deploys, provisioning, and repetitive troubleshooting, then systematically automating it. The standard target is keeping toil under roughly half of total SRE time, freeing the rest for work that improves the system.

Designing on-call rotations, escalation paths, severity tiers, and runbook automation so the right person gets paged with context. Postmortems review system and process failure points, not individual fault, with action items tracked to closure, not documented and forgotten.

Instrumenting services to emit latency, traffic, error rate, and saturation, the baseline layer SLO computation and alerting are built on. Logging, tracing, and metrics unified into one pipeline using OpenTelemetry, so context is available when an incident fires.

DORA metrics, deployment frequency, lead time, change failure rate, and MTTR connect delivery performance to reliability outcomes. Security monitoring and compliance automation now sit inside the same reliability discipline, not a separate SecOps function layered on afterward.

image
image
image
image
image

 

Releasing on Gut Feel, or on Data?

Find out what an error budget means for your release process.

Built for Complexity. Engineered for Scale

Building the technology capabilities that underpin enterprise scale and resilience

Our Technology Ecosystem

zscaler
cyble
Accounox
Zscaler
cyble
Accounox
zscaler
cyble
Accounox
Zscaler
cyble
Accounox
cyble
Accounox
zscaler

Built for Answers That Have to Be Right

description

Whether you're in fintech, healthcare, legal, or hi-tech, we build the pipelines and governance your AI systems, dashboards, and applications all depend on without anyone noticing they're there. We work with engineering leads, data teams, and product owners who can't afford a pipeline that fails silently.

Site Reliability Engineering and CloudOps Services

Many enterprises choose cloud operations outsourcing to gain 24×7 monitoring, automation expertise, proactive incident response, and FinOps capabilities without expanding internal operations teams. This improves service reliability while reducing operational overhead. 

Yes. Our CloudOps consulting services integrate with your existing cloud management software, observability platforms, CI/CD pipelines, and ITSM tools to improve monitoring, governance, automation, and operational visibility without disrupting existing workflows. 

Our agile cloud automation services automate infrastructure provisioning, configuration management, patching, compliance remediation, and self-healing workflows. This reduces manual errors, accelerates deployments, and keeps cloud environments consistently optimized. 

Yes. Our experts assess your existing cloud engineering platform, identify performance bottlenecks, optimize infrastructure utilization, improve autoscaling policies, and implement changes through controlled deployment strategies to minimize business disruption. 

Yes. Our managed CloudOps services provide continuous monitoring for both cloud infrastructure and cloud applications, including performance monitoring, distributed tracing, log management, incident response, capacity planning, and proactive optimization. 

Our CloudOps services improve enterprise technology operations by automating infrastructure management, continuously monitoring cloud environments, strengthening security posture, optimizing resource utilization, and ensuring high availability through proactive operational management. 

Choosing a single provider for end-to-end cloud services simplifies operations, improves accountability, reduces vendor management overhead, and ensures cloud infrastructure, security, automation, monitoring, disaster recovery, and optimization work together seamlessly. 

Yes. Our CloudOps consulting services implement Cloud Security Posture Management (CSPM), automated compliance monitoring, security policy enforcement, and continuous configuration validation, allowing development teams to move faster without compromising cloud security. 

Bring Us the Pipeline That's Holding Everything Else Back

We'll show you exactly what needs to change and build it.