Static Code Analysis
SAST with Semgrep, SonarQube or CodeQL runs on every pull request. Our DevSecOps services tune rules to your languages and frameworks so results stay relevant.
Flaws in the PR →DevOps & Cloud · DevSecOps
DevSecOps Services That Secure Every Commit
We build security checks, policy and secrets control into the pipelines your developers already use. Issues surface in the pull request, minutes after they are written, instead of weeks later in an audit.
- 100+ global brands served
- ISO 9001 & ISO 27001 certified
- India · Singapore · USA
Live CI/CD pipeline
simulated demoaccounts-apicommit 7f300c · main
- ⟳PR
- 2SAST
- 3SCA
- 4Build
- 5Sign
- ○No critical CVEs
- ○Secrets scan
- ○SBOM created
- ○Image signed
- devqueued
- stagingqueued
- prodqueued
14
Deploys today
38 min
Lead time
0
Failed changes
- Faster deployments with security scans built into a unified platform
- 70%
- Faster deployments with security scans built into a unified platform
- Uptime for the same financial services partner
- 99.9%
- Uptime for the same financial services partner
- scanned for code, dependency and secret risks
- Every commit
- scanned for code, dependency and secret risks
- generated and stored for each release
- SBOM
- generated and stored for each release
DevSecOps services move security from the end of the release cycle into every step of it. When a penetration test is the first security check, findings arrive late, fixes are expensive and releases slip. Automated controls in the pipeline catch most issues while the code is still fresh.
Our team adds static analysis, dependency and container scanning, infrastructure checks and secrets detection to your CI/CD. We tune the rules so developers see a few real findings, not hundreds of false alarms. Policy gates then block only what truly matters.
This guide covers what DevSecOps services include, the control layers we use, common maturity models and how to pick a partner. It draws on ICANIO work for a financial services partner, where scanning ran inside a platform that delivered 70% faster deployments.
What Are DevSecOps Services?
DevSecOps is the practice of treating security as a shared, automated part of software delivery. Developers, operations and security teams share the same pipeline and the same definition of done. Security becomes a property of the process, not a gate at the end.
DevSecOps services put that idea into practice. They select and wire up scanners, write policy as code, manage secrets, harden build systems and create the dashboards that show risk over time. They also train developers to read and fix findings.
The scope now includes the software supply chain. Modern apps are mostly open-source packages and base images. Software bills of materials, signed artefacts and build provenance show exactly what was shipped and where it came from.
Frameworks guide the work. The OWASP Top 10 lists the most common web risks. The NIST Secure Software Development Framework describes secure practices. SLSA defines levels of build integrity. Good DevSecOps services map controls to these, rather than inventing their own.
Working definition
“DevSecOps services embed automated security testing, policy enforcement, secrets management and supply chain controls into CI/CD pipelines, so every change is checked for risk before it reaches production.”
Foundations
Four Principles of Pipeline Security
- 01 →
Shift Left, Shield Right
Catch flaws early in code and dependencies, and still monitor and protect what runs in production.
- 02 →
Signal Over Noise
Tuned rules and risk-based triage, so developers trust the findings they see.
- 03 →
Policy as Code
Security rules live in version control and run automatically, with clear exceptions and expiry dates.
- 04 ↺
Prove the Supply Chain
SBOMs, signatures and provenance show exactly what each release contains.
Core capabilities
DevSecOps Services We Deliver
Each of our DevSecOps services covers one layer of risk. Together they protect code, dependencies, infrastructure and runtime.
Dependency Scanning and SBOMs
Software composition analysis flags vulnerable and risky-licence packages. CycloneDX or SPDX SBOMs are created and stored for every build.
Know your parts
Container and IaC Scanning
Trivy, Grype and Checkov scan images and Terraform before deployment. DevSecOps services stop a public bucket or a root container long before go-live.
Misconfig blocked
Secrets Management
Secret scanning on every commit, plus vault-based delivery of credentials to apps and pipelines. Leaked keys are revoked and rotated through a runbook.
No secrets in Git →Dynamic and API Testing
OWASP ZAP and API fuzzing run against review environments. Findings link back to the change that introduced them.
Runtime-tested →Compliance Evidence and Reporting
Dashboards and reports map controls to SOC 2, PCI DSS, HIPAA or ISO 27001. Our DevSecOps services make audit evidence a by-product of shipping.
Audit-ready →Architecture
How Our DevSecOps Services Layer Controls
We apply DevSecOps services in four layers that follow a change from the developer's laptop to production.
01
Code & Commit
- Pre-commit hooks
- Secret scanning
- SAST on PR
- Signed commits
02
Build & Package
- Dependency scan
- SBOM output
- Image scan
- Artefact signing
03
Policy Gates
- Severity thresholds
- IaC policy
- Licence rules
- Exception register
04
Runtime & Response
- DAST
- Admission control
- Runtime alerts
- Vuln SLAs
Closed-loop feedback: Production findings and incident lessons become new rules in the pipeline. The same issue should never reach production twice.
Challenges we solve
Security Problems DevSecOps Services Solve
These issues appear again and again when security sits outside the delivery process.
- 01
Late Pen-Test Surprises
A test a week before launch finds critical issues. Earlier automated checks shrink that list to near zero.
- 02
Scanner Alert Fatigue
Tools produce thousands of findings and developers stop reading them. Tuning and risk ranking restore trust.
- 03
Secrets in Repositories
API keys and passwords sit in Git history. Scanning, vaults and rotation close the gap for good.
- 04
Unknown Open-Source Risk
A new CVE lands and nobody knows which apps are affected. SBOMs answer that in minutes.
- 05
Misconfigured Cloud Resources
A storage bucket goes public by mistake. IaC scanning and policy stop it before creation.
- 06
Painful Audits
Evidence is gathered by hand from many tools. Central reporting turns it into an export.
Types of DevSecOps Engagements
Teams start from different places. These four engagement types match the most common needs.
- 1Maturity assessment: A review against OWASP SAMM or the NIST SSDF, with a prioritised roadmap and quick wins.
- 2Pipeline security build-out: Scanners, gates and secrets management added to existing CI/CD across your repositories.
- 3Supply chain hardening: SBOMs, signing and provenance aligned to SLSA levels, plus hardened build runners.
- 4Managed DevSecOps: Ongoing rule tuning, triage, vulnerability SLAs and monthly risk reporting by our engineers.
Traditional Security vs DevSecOps
Moving security into the pipeline changes when and how risk is found. Here is the difference.
| Aspect | Gate at the end | Tools bolted on | Full DevSecOps |
|---|---|---|---|
| When issues are found | Before launch | Sometimes in CI | Every commit |
| Who fixes them | Security team | Mixed | Code owner |
| False positive handling | Manual | Rarely tuned | Tuned and tracked |
| Supply chain visibility | No | Partial | ✓ Yes |
| Audit evidence | Manual | Partial | Automated |
Benefits of Proven DevSecOps Services
Security and speed stop competing once controls are automated.
- Cheaper fixesBecause issues are caught while the author still has context.
- Faster releasesBecause security reviews no longer block launches at the last minute.
- Smaller attack surfaceBecause misconfigurations are stopped before they deploy.
- Quicker CVE responseBecause SBOMs show where each package is used.
- Easier auditsBecause evidence is collected automatically for every release.
- Stronger cultureBecause developers own security for the code they write.
Delivery
Our 5-Step DevSecOps Rollout
Week 1–2
Assess
We review pipelines, tools, past findings and compliance needs against a maturity model.
Week 2–4
Baseline
Scanners run in report-only mode to measure the current risk and tune out noise.
Week 4–8
Gate
Blocking rules switch on for critical issues in a pilot service, with a clear exception process.
Week 8–14
Scale
Controls roll out to all repositories, with developer training and dashboards.
Ongoing
Improve
Rule tuning, new threat coverage, vulnerability SLAs and monthly risk reports.
Case study
Case Study: Secure DevOps Automation Platform
Disconnected tools and fragmented governance left a financial services partner with security and compliance gaps at every manual handoff. ICANIO built one DevOps automation platform with unified CI/CD, infrastructure as code and automated security scanning and governance inside the pipeline. It delivered 70% faster deployments, a 30% cut in cloud costs and 99.9% uptime.
“In financial services, every manual handoff between disconnected tools is an unaudited governance gap.”Read the full case study →
01
Unified Pipelines
Jenkins · GitHub Actions
One standard release process replaced a patchwork of disconnected delivery tools.
02
Security in the Pipeline
Automated scans · governance
Security scanning and governance ran inside every pipeline, closing earlier compliance gaps.
03
Codified Infrastructure
Terraform · CloudFormation
Provisioning from templates removed the manual step behind configuration errors.
More DevOps & Cloud Services
Specialist services within our devops & cloud engineering practice.
- Main serviceDevOps & Cloud Engineering →CI/CD, Infrastructure-as-Code, cloud migration and SRE for faster, safer releases.
- Cloud Migration Services →Assess, plan and move workloads to AWS, Azure or GCP with minimal downtime.
- CI/CD Pipeline Automation →Automated build, test and release pipelines that make deployments frequent and boring.
- Kubernetes Consulting →Container platforms on EKS, AKS or GKE designed for scale, security and cost.
- Infrastructure as Code Services →Terraform and CloudFormation modules that make environments repeatable and reviewable.
- Cloud Cost Optimization →FinOps practices, rightsizing and tagging that make cloud spend visible and smaller.
How to Choose a DevSecOps Partner
Buying scanners is easy. Making developers trust them is the hard part. We recommend checking five points.
- 1Noise discipline. Ask how they tune rules and measure false positive rates.
- 2Developer experience. Findings should appear in the pull request with a clear fix.
- 3Framework alignment. Controls should map to OWASP, NIST SSDF or SLSA, not a private checklist.
- 4Tool neutrality. They should work with your current scanners where they are adequate.
- 5Runtime coverage. Ask what happens after deployment, not only before it.
The best DevSecOps services make the secure path the easy path. When that is true, developers follow it without being told.
Securing the Build System Itself
Attackers increasingly target build systems, because one compromised pipeline can ship malware to every customer. We run builds on ephemeral, isolated runners with least-privilege identities.
Pipelines authenticate to clouds with short-lived OIDC tokens rather than stored keys. Artefacts are signed with Sigstore cosign, and deployments verify signatures and provenance before release.
Access to the pipeline is reviewed like access to production. Branch protection, required reviews and two-person approval for workflow changes stop a single account from altering how code is built. Pipeline logs go to a central, tamper-evident store.
ICANIO works under ISO 9001 and ISO 27001 certified processes. We apply the same controls to our own delivery tooling that we build for clients.
Measuring DevSecOps Success
We track mean time to remediate by severity, the share of findings fixed before merge, open critical issues and false positive rates. Each starts from the baseline taken in report-only mode.
Release impact matters too. Fewer late security blocks mean steadier delivery dates. We report how many releases were delayed by security before and after DevSecOps services went live.
The approach scales beyond web apps. The same controls protect machine learning model pipelines, IoT firmware for manufacturing devices and digital twin services in the cloud, where tampered inputs carry real-world risk.
Technology stack
Our DevSecOps Toolchain
We prefer open standards and proven tools, and integrate with the platforms you already pay for.
Code Analysis
- SonarQube
SemgrepCodeQL
Dependencies
- Dependabot
- Snyk
- OWASP Dependency-Check
Syft
Containers & IaC
- Trivy
GrypeCheckovtfsec
Secrets
- AWS Secrets Manager
- Azure Key Vault
GitleaksHashiCorp Vault
Runtime Testing
- OWASP ZAP
Burp SuiteAPI fuzzing
Supply Chain
CycloneDXSPDXSigstore cosignKyverno
Inside Our DevSecOps Work
DevSecOps Services FAQs
What do DevSecOps services include?
DevSecOps services include SAST, dependency and container scanning, IaC checks, secrets management, DAST, SBOMs, artefact signing, policy gates and compliance reporting.
Will security scans slow down our pipeline?
Not much, if designed well. Fast checks run on each pull request, heavier scans run in parallel or nightly. We keep total pipeline time close to what developers have today.
How do you deal with false positives?
We start in report-only mode, tune rules to your stack and suppress known non-issues with documented reasons. Only confirmed high-risk findings block a merge.
What is an SBOM and why do we need one?
A software bill of materials lists every component in a release. When a new vulnerability appears, it shows which apps are affected. Many customers and regulators now ask for one.
Do DevSecOps services replace penetration testing?
No. Automated controls catch most common issues early. Periodic expert penetration tests still find logic flaws and chained attacks. We recommend both, with pen tests on a lighter backlog.
Can DevSecOps services help with compliance audits?
Yes. Pipeline logs, scan results and approvals are stored per release. We map them to SOC 2, PCI DSS, HIPAA or ISO 27001 controls so evidence is ready on request.
DevOps & Cloud by Industry
How we deliver devsecops services and the wider devops & cloud practice in each sector.
- ManufacturingDevOps & Cloud for Manufacturing →Smart factories, connected lines and predictive maintenance.
- Transportation & LogisticsDevOps & Cloud for Logistics →Fleet health, route optimisation and supply chain visibility.
- Healthcare & Life SciencesDevOps & Cloud for Healthcare →Clinical platforms, medical AI and HIPAA-ready systems.
- Retail & E-CommerceDevOps & Cloud for Retail →Commerce platforms, shelf intelligence and demand forecasting.
- Fintech & BankingDevOps & Cloud for Fintech →Payments, reporting portals and secure data platforms.
- Education & E-LearningDevOps & Cloud for Education →Learning platforms, placement portals and AI assessment.
Related Specialist Services
- App DevelopmentCustom Software Development →Bespoke business software designed around your workflows, not a vendor's roadmap.
- Support EngineeringSite Reliability Engineering →SLOs, error budgets and automation that keep critical services reliable as they grow.
- AgenticOpsAI Agent Monitoring →Tracing, evaluation and cost tracking that keep agents accurate and affordable.
Key Takeaways
- DevSecOps services make security an automated part of every commit and release.
- Tuned, risk-ranked findings keep developers engaged instead of overwhelmed.
- SBOMs, signing and provenance give visibility across the software supply chain.
- Map controls to OWASP, NIST SSDF and SLSA so audits reuse pipeline evidence.
Conclusion
Security that waits until the end of a release will always feel like a blocker. Built into the pipeline, it becomes a quiet, constant safety net that developers barely notice.
ICANIO DevSecOps services design that safety net across code, dependencies, cloud infrastructure and runtime, then tune it until your team trusts it. Contact us to assess your pipelines and plan the first controls.
By ICANIO DevOps & Cloud Engineering Team · Published · Updated
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Book a free 30-minute discovery call. We will review one pipeline, run a quick baseline scan and outline the first controls worth switching on.
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