Fewer exploitable misconfigurations
Apply least-privilege IAM, managed secrets and secure-by-default infrastructure as code so common cloud misconfigurations are caught before they reach production.
Cloud & DevOps
Security & Reliability
Integrate security into every deployment and engineer the reliability of a mature SRE practice—least-privilege access, managed secrets, observability and automated recovery built around your production systems, not bolted on after an incident.
Stronger systems through secure operational practices.
- Least-privilege
- by default
- SRE-grade
- observability
- Tested
- disaster recovery
01
Quick answer
What are DevSecOps services?
DevSecOps services embed security controls—least-privilege access, secret management and automated scanning—directly into your CI/CD pipeline and cloud infrastructure, instead of reviewing security after release. Integr8e pairs this with site reliability engineering practices—observability, defined SLOs and tested recovery—so systems stay both secure and dependable as they scale.
- DevSecOps pipelines with security gates in CI/CD
- SRE-grade observability, alerting and incident response
- Least-privilege IAM, managed secrets and audit-ready configs
- Automated backup, failover and disaster recovery
Business outcomes
Built to make releases safer and systems easier to trust.
Integr8e approaches security & reliability as a business capability—not an isolated technical task. Priorities stay connected to the users, operations and results behind the work.
Security built into the pipeline, not bolted on
Add SAST, dependency scanning and policy checks directly into CI/CD so vulnerabilities are caught in code and pull requests instead of after release.
Faster detection and recovery
Instrument production systems with observability, alerting and defined SLOs so incidents are found and resolved in minutes, not discovered by customers.
Resilience under real failure conditions
Design for graceful degradation, automated failover and tested backup and disaster recovery instead of assuming infrastructure won't fail.
Audit and compliance-ready evidence
Maintain logging, access reviews and configuration history that stand up to SOC 2, ISO 27001 and customer security questionnaires.
Controlled cloud cost without weakening security
Right-size infrastructure and reserved capacity without loosening access controls or skipping recovery testing to save budget.
What we deliver
DevSecOps and site reliability engineering covering pipeline security, observability and recovery.
One connected team covers the decisions and delivery work needed to move from uncertainty to a dependable outcome.
DevSecOps pipeline design
Embed SAST, dependency and secret scanning, and policy-as-code checks into CI/CD so security is enforced automatically on every build and pull request.
Identity, access and secrets management
Apply least-privilege IAM, role-based access and managed secrets vaults across cloud accounts, services and CI/CD credentials.
Observability and site reliability engineering
Implement metrics, logging, tracing and alerting tied to defined SLOs and error budgets so teams see degradation before customers do.
Resilience and disaster recovery
Design automated backup, multi-region failover and tested recovery runbooks against agreed RTO and RPO targets.
Cloud security posture management
Continuously assess AWS, Azure and Google Cloud configuration, network exposure and IAM permissions against known misconfiguration patterns.
Compliance and audit support
Produce access logs, change history and control evidence mapped to SOC 2, ISO 27001 and customer or regulatory security reviews.
Is this the right fit?
Best suited for platform, DevOps and engineering leaders who need cloud environments that are secure by default, observable in production and resilient to failure without slowing down releases.
Not every challenge needs the same team or solution. We start by testing the business case, current constraints and fastest credible route to value—then recommend a scope that fits the evidence.
Delivery architecture
A controlled path from risk assessment to monitored, resilient operations.
The plan adapts to your context, while short feedback loops and visible milestones keep the engagement controlled.
- 01
Assess
Baseline current IAM, secrets, network exposure, observability and recovery posture against real production risk, not a generic checklist.
- 02
Design
Define security gates, SLOs, alerting thresholds and recovery targets before changing pipelines or infrastructure.
- 03
Automate
Implement policy-as-code, secret management and CI/CD security checks alongside infrastructure as code with least-privilege defaults.
- 04
Instrument
Add observability, alerting and incident response runbooks tied to the SLOs and error budgets agreed in design.
- 05
Operate & harden
Run failover drills, review access and findings, and continuously tighten posture using production evidence.
Technology context
Tools chosen around the problem—not the trend.
We select platforms against security, scale, team fit, integration needs and the full cost of ownership.
- AWS
- Azure
- Google Cloud
- Cloudflare
- Docker
- Kubernetes
- Terraform
- GitHub Actions
- Nginx
- Linux
Frequently asked questions
Answers about security & reliability.
Need an answer specific to your environment? Share the context and our team will help you identify a practical next step.
What are DevSecOps services?
DevSecOps services embed security controls—least-privilege access, secret management and automated scanning—directly into your CI/CD pipeline and cloud infrastructure, instead of reviewing security after release. Integr8e pairs this with site reliability engineering practices—observability, defined SLOs and tested recovery—so systems stay both secure and dependable as they scale.
What is the difference between DevSecOps and site reliability engineering (SRE)?
DevSecOps focuses on embedding security into the development and delivery pipeline—scanning, access control and secret management applied to every build. SRE applies software engineering discipline to operations—defining SLOs, error budgets, observability and recovery targets so production systems stay reliable. Integr8e delivers both together because secure pipelines and reliable operations depend on the same underlying access, automation and monitoring foundation.
How is this different from Integr8e's security testing services?
Security testing—penetration testing, vulnerability assessment—finds exploitable flaws in an application or API at a point in time. DevSecOps and reliability services build the ongoing infrastructure—pipeline security gates, least-privilege access, observability and recovery—that keeps systems secure and available between those tests. Most clients use both: testing validates the application, DevSecOps and SRE practices protect and stabilise the platform it runs on.
How much do DevSecOps and reliability engineering services cost?
Cost depends on the number of cloud accounts and environments in scope, the maturity of current CI/CD and IAM, and whether disaster recovery and compliance evidence are included. Integr8e assesses your current posture first and provides a fixed estimate rather than a generic per-environment rate.
How long does it take to implement DevSecOps and SRE practices?
A focused engagement covering one pipeline and its supporting cloud environment typically takes three to six weeks. Programmes spanning multiple accounts, legacy infrastructure or compliance certification take longer. Integr8e confirms timing after assessing current IAM, pipeline and observability maturity.
Can this work with our existing AWS, Azure or Google Cloud setup?
Yes. Integr8e assesses your existing cloud accounts, IAM structure, CI/CD tooling and observability stack first, then designs security and reliability improvements around what's already running rather than requiring a rebuild.
What compliance standards can DevSecOps and reliability engineering support?
Engagements can be aligned to SOC 2, ISO 27001 and GDPR, with access logging, change history and control evidence produced as a byproduct of the pipeline and infrastructure work—not a separate audit exercise bolted on afterward.
What happens if something fails in production after launch?
Integr8e can provide monitoring, on-call support, incident response and continuous hardening after launch, matched to how business-critical the system is. Recovery runbooks and failover paths are tested before launch, not written for the first time during an incident.
Start with the outcome
Let's make your security & reliability initiative concrete.
Tell us what needs to change, who it affects and where the current approach falls short. We'll help shape a sensible next step.
hello@integr8e.com