The scope can include software repositories, application architecture, CI/CD platforms, build runners, artifact registries, cloud and container delivery, infrastructure-as-code, security testing tools, and remediation workflows. We agree the exact boundary around your technology stack, risk profile, and delivery priorities.
DevSecOps Services for Secure, Scalable Software Delivery
Embed security into your software lifecycle, CI/CD pipelines, and engineering workflows. B2B Cyber helps teams automate relevant checks, strengthen code and pipeline controls, and reduce release risk without creating a delivery bottleneck.
Why Organizations Need DevSecOps
Fast release cycles can outpace security reviews. Vulnerabilities may enter through application code, third-party dependencies, infrastructure-as-code, exposed secrets, or weak pipeline configuration, while findings arrive too late for engineering teams to address them efficiently.
DevSecOps becomes especially valuable when an organization scales products or development teams, adopts cloud-native delivery, introduces new CI/CD platforms, faces recurring application security findings, or needs more consistent evidence for customers, auditors, and internal risk owners.
B2B Cyber turns these needs into practical engineering work. We assess the current delivery process, define risk-based security requirements, integrate suitable checks and approval rules, improve triage and remediation workflows, and help teams operate the controls as part of everyday software delivery.
Security should travel
with every change
from design and code to build,
deployment, and continuous improvement.
Core Areas of Our DevSecOps Services
Secure SDLC and Governance
We define where security decisions, reviews, evidence, and ownership belong across the software lifecycle. The result is a practical operating model with clear criteria for routine changes, higher-risk releases, exceptions, and remediation, which can be mapped to NIST SSDF or OWASP SAMM where useful.
Threat Modeling and Security Requirements
We help teams identify relevant abuse cases, trust boundaries, sensitive data flows, and security requirements before implementation. This gives architects and developers clearer design priorities and reduces dependence on late-stage testing alone.
CI/CD Pipeline Security
We review and strengthen build and deployment pipelines, including access, secrets, runners, artifacts, approvals, and separation of duties. Controls are designed around the delivery model so that they protect critical paths without blocking routine engineering work.
Automated Security Testing
We select and integrate suitable checks such as static analysis, dependency scanning, secret detection, infrastructure-as-code scanning, and dynamic testing where appropriate. Rules, thresholds, and exceptions are tuned to produce findings teams can act on.
Developer Enablement and Remediation
We improve finding triage, ownership, secure code review, remediation guidance, and feedback loops for engineering teams. Targeted workshops, practical playbooks, and security champion support help make secure delivery repeatable rather than dependent on a few individuals.
How We Deliver DevSecOps
01
DevSecOps Experts Embedded in Your Team
Add a DevSecOps engineer, application security specialist, security architect, or another relevant expert to your existing delivery team. The specialist can support pipeline design, tool integration, threat modeling, secure code review, finding triage, and day-to-day collaboration with developers and platform engineers.
02
Defined DevSecOps Implementation Project
Engage B2B Cyber for a structured project with an agreed scope and accountable delivery. We can assess the current state, define a target model and prioritized roadmap, implement selected controls in pilot pipelines, document operating procedures, validate the workflow, and hand over the solution to internal teams.
03
Continuous DevSecOps Improvement
Maintain and improve the DevSecOps process through recurring reviews, tuning of tools and quality gates, support with false positives and exceptions, periodic threat modeling, remediation backlog reviews, metrics, and mentoring. The scope can expand as new applications, teams, and delivery platforms are introduced.
Typical DevSecOps Specialists We Provide
YOUR BENEFITS
Business Outcomes of a Practical DevSecOps Program
Why Choose B2B Cyber for DevSecOps
DevSecOps is not solved by installing more scanners. It requires an understanding of software architecture, delivery platforms, application risk, engineering incentives, and the operating process around findings. B2B Cyber combines these perspectives to build controls that teams can use, maintain, and improve.
Engineering-Led DevSecOps Expertise
Support That Fits Your Delivery Model
Controls Integrated Into Real Pipelines
A Repeatable Program That Can Scale
Ready to Make Security Part of Every Software Release?
Talk to B2B Cyber about your applications, delivery platforms, current security tooling, and the risks you need to address. We will help define a practical scope, the right specialists, and an engagement model for your DevSecOps priorities.
DevSecOps Frequently Asked Questions
What do you need from our team before the work begins?
Typical inputs include architecture and data-flow information, access to relevant repositories and non-production pipelines, current policies and tool configurations, examples of recent findings, and named technical owners. Access is limited to what the agreed scope requires, and preparation is adjusted to the selected engagement model.
What deliverables can we expect from a DevSecOps project?
Depending on scope, deliverables may include a current-state assessment, target operating model, prioritized roadmap, threat models, pipeline control designs, tool integrations, tuned rules and quality gates, remediation workflows, operating documentation, metrics, and knowledge transfer. The final set is agreed before delivery starts.
Can DevSecOps be delivered as ongoing support rather than a one-time project?
Yes. B2B Cyber can provide an individual specialist, deliver a defined implementation project, or support the process over time. Ongoing work may include tool tuning, finding triage, exception reviews, periodic threat modeling, secure code review support, metrics, mentoring, and onboarding new applications or pipelines.

