DevSecOps as a Service
DevSecOps Makes Security The Foundation Not an Afterthought
Security isn’t optional, but for many organizations, integrating it into the development lifecycle feels impossible. Teams are under pressure to move fast, meet compliance, and deliver secure and stable releases, all while facing increasingly complex threats. Unfortunately, security often becomes a last-minute checklist item, bolted on after development is complete, if it happens at all.
This fragmented approach ultimately raises risk, and as a direct result, increases costs associated with fixes and breaches. At TrollEye Security, we help you break that cycle.
We simplify secure development by providing your team with the information, tools, and expert guidance they need to develop secure code quickly. With our DevSecOps as a Service offering, you get continuous testing, streamlined remediation, and faster, safer releases, without having to build it all yourself.
True DevSecOps is about giving your team the clarity and support they need to deliver secure software at the speed of business, and we do just that.
Organizations Experience Fewer Security Incidents With DevSecOps
According to a Gartner survey two-thirds (66%) of those who have implemented, or are in the process of implementing DevSecOps, say they have experienced fewer security incidents as a result.
Our DevSecOps Process
We believe that security not only should be continuous but should also be an inherent part of every aspect of software development. From design and coding to testing and deployment. Our DevSecOps methodology emphasizes a proactive and continuous approach to cybersecurity, enabling organizations to identify and address vulnerabilities early on, rather than reacting to incidents after the fact.
By integrating security practices throughout the development lifecycle, DevSecOps ensures that security controls, risk assessments, and compliance measures are tightly woven into the fabric of your software ecosystem. Our approach reduces the surface area for potential attacks, enhances code quality, and fosters a culture of security awareness among development teams.
Plan
We begin the DevSecOps journey with meticulous planning. This includes conducting comprehensive threat modeling exercises and working with your team to establish code standards that emphasize secure coding practices. This helps ensure that security is ingrained from the very beginning.
Code
Next, with security at the forefront, our DevSecOps process includes rigorous static code and software composition analysis. We thoroughly analyze your codebase to detect and eliminate any vulnerabilities, so that your applications are built on a strong and secure foundation.
Build
As part of our DevSecOps approach, we integrate vulnerability scanning into the build phase. We utilize our own platform to automatically identify security weaknesses in your software during the building process. This approach helps eliminate potential vulnerabilities early on, reducing the risk of exploitation.
Test
Security testing is a critical component of our DevSecOps process, and that's where we specialize. Our team conducts up to weekly penetration testing to identify any potential weaknesses in your applications. All identified weaknesses are then distributed to your team with remediation guidance, based on their role.
Release
To maintain compliance with industry regulations and standards, our DevSecOps process includes rigorous compliance validation during the release phase. We thoroughly assess your software against relevant compliance frameworks and conduct thorough validation checks to ensure adherence to security best practices and standards.
Deploy
As part of our DevSecOps process, we implement code signing validation to verify the integrity and authenticity of your code during deployment. This helps prevent tampering and ensures that only trusted code is deployed into your production environment, resulting in a more secure deployment.
Operate
Monitoring and detection are crucial aspects of our DevSecOps process. We deploy our own in-house SIEM to continuously monitor your applications, infrastructure, and data. This enables us to detect any suspicious activities, unauthorized access attempts, or potential security incidents in real-time, allowing for swift response and mitigation.
Monitor
Our DevSecOps process culminates in a robust incident response and recovery plan. In the event of a security incident, we will call in our first responders team to contain the threat and minimize its impact. Our team is highly experienced and credentialed, ensuring that if any security incidents occur, they are remediated swiftly.
Learn More About DevSecOps
Use our latest resources from articles to white papers to learn more about what DevSecOps is, and how it gives your security team the information, tools, and guidance they need to integrate security into the entire SDLC.
Download Your Guide to DevSecOps
Learn how to integrate security into the entire SDLC through DevSecOps, resulting in your organization producing more secure software, at a faster pace, cost-effectively.
TrollEye Security Recognized as a Sample Vendor in Gartner’s 2025 Hype Cycle for Application Security
Read More »
Our Unique DevSecOps Strategy
Our DevSecOps offering secures your entire development pipeline by embedding security into every stage of the software development lifecycle. Instead of relying on point solutions or post-deployment audits, we provide a fully integrated, continuous security strategy that reduces risk without disrupting velocity.
From initial design through deployment, our approach covers every layer, starting with Threat Modeling and continuing through DAST, to CI/CD Pipeline Integration, and more. Each element is purpose-built to detect and mitigate vulnerabilities early, enforce secure development practices, and ensure your applications are built to withstand real-world threats from the ground up.
- Threat Modeling
-
Threat Modeling
Proactively uncover design-level security risks before development begins. Our Threat Modeling service helps your teams visualize how attackers could compromise your systems, mapping out trust boundaries, data flows, and potential abuse cases.
We collaborate with architects and developers to embed secure design principles early, so you’re building resilience into every layer of your application from day one.
Identify potential attack paths and design flaws early, before they become expensive security issues.
Align development, security, and architecture teams around a shared understanding of risk.
- Source Code Scanning
-
Source Code Scanning
Vulnerabilities often start in your codebase, so that’s where we start too. Our Source Code Scanning service continuously analyzes your proprietary code for insecure functions, logic flaws, and exploitable patterns across every commit and pull request.
By integrating directly with your repositories and development tools, we surface actionable findings developers can fix fast, before they ever reach production.
Identify security flaws at the code level, before they reach your pipeline or production environment.
Help developers fix vulnerabilities faster with real-time, in-line guidance integrated into their workflow.
- SCA
-
Software Composition Analysis (SCA)
Open source accelerates development, but also expands your attack surface. Our SCA service scans your dependencies to detect known vulnerabilities, outdated libraries, and risky licenses across your third-party components.
We go beyond surface-level alerts, tying findings to real exploitability and helping your teams prioritize updates that actually reduce risk, not just noise.
Identify and remediate known vulnerabilities in open-source dependencies before they impact your applications.
Enforce licensing policies and eliminate hidden compliance risks across your entire software supply chain.
- DAST
-
Dynamic Application Security Testing (DAST)
Secure your running applications from the outside in. Our DAST service simulates real-world attacks against staging or pre-production environments to detect vulnerabilities like XSS, SQL injection, and broken authentication.
We test from the attacker’s perspective, without requiring access to source code, providing a critical second line of defense that complements static analysis.
Detect vulnerabilities in runtime environments, like misconfigurations and broken access controls.
Continuously monitor application security posture in staging and production environments.
- IaC
-
Infrastructure as Code (IaC)
Misconfigurations are one of the leading causes of cloud breaches, and they often start in code. Our IaC Security service scans Terraform, CloudFormation, Kubernetes manifests, and more to identify insecure defaults, policy violations, and noncompliance before they’re deployed.
By helping your teams shift security left, we prevent cloud risk from being hardcoded into your infrastructure.
Prevent misconfigurations from reaching production by embedding scans into your CI/CD pipeline.
Detect violations of security policies such as open ports, weak encryption, or public resources.
- CI/CD Integration
-
Pipeline Security & CI/CD Integration
Security that keeps up with your release velocity. Our Pipeline Security service embeds enforcement into every stage of your CI/CD workflows, with automated scans, policy checks, and gating logic that prevent unsafe builds from progressing.
By integrating directly with your existing tools, we help teams release code quickly, without compromising on protection.
Embed security into every commit, pull request, and deployment, without slowing down your pipeline.
Automate code, infrastructure, and dependency checks across your CI/CD workflows to prevent risk before release.
Threat Modeling
Proactively uncover design-level security risks before development begins. Our Threat Modeling service helps your teams visualize how attackers could compromise your systems, mapping out trust boundaries, data flows, and potential abuse cases.
We collaborate with architects and developers to embed secure design principles early, so you’re building resilience into every layer of your application from day one.
Identify potential attack paths and design flaws early, before they become expensive security issues.
Align development, security, and architecture teams around a shared understanding of risk.
Source Code Scanning
Vulnerabilities often start in your codebase, so that’s where we start too. Our Source Code Scanning service continuously analyzes your proprietary code for insecure functions, logic flaws, and exploitable patterns across every commit and pull request.
By integrating directly with your repositories and development tools, we surface actionable findings developers can fix fast, before they ever reach production.
Identify security flaws at the code level, before they reach your pipeline or production environment.
Help developers fix vulnerabilities faster with real-time, in-line guidance integrated into their workflow.
Software Composition Analysis (SCA)
Open source accelerates development, but also expands your attack surface. Our SCA service scans your dependencies to detect known vulnerabilities, outdated libraries, and risky licenses across your third-party components.
We go beyond surface-level alerts, tying findings to real exploitability and helping your teams prioritize updates that actually reduce risk, not just noise.
Identify and remediate known vulnerabilities in open-source dependencies before they impact your applications.
Enforce licensing policies and eliminate hidden compliance risks across your entire software supply chain.
Dynamic Application Security Testing (DAST)
Secure your running applications from the outside in. Our DAST service simulates real-world attacks against staging or pre-production environments to detect vulnerabilities like XSS, SQL injection, and broken authentication.
We test from the attacker’s perspective, without requiring access to source code, providing a critical second line of defense that complements static analysis.
Detect vulnerabilities in runtime environments, like misconfigurations and broken access controls.
Continuously monitor application security posture in staging and production environments.
Infrastructure as Code (IaC)
Misconfigurations are one of the leading causes of cloud breaches, and they often start in code. Our IaC Security service scans Terraform, CloudFormation, Kubernetes manifests, and more to identify insecure defaults, policy violations, and noncompliance before they’re deployed.
By helping your teams shift security left, we prevent cloud risk from being hardcoded into your infrastructure.
Prevent misconfigurations from reaching production by embedding scans into your CI/CD pipeline.
Detect violations of security policies such as open ports, weak encryption, or public resources.
Pipeline Security & CI/CD Integration
Security that keeps up with your release velocity. Our Pipeline Security service embeds enforcement into every stage of your CI/CD workflows, with automated scans, policy checks, and gating logic that prevent unsafe builds from progressing.
By integrating directly with your existing tools, we help teams release code quickly, without compromising on protection.
Embed security into every commit, pull request, and deployment, without slowing down your pipeline.
Automate code, infrastructure, and dependency checks across your CI/CD workflows to prevent risk before release.
FAQs
What's DevSecOps as a Service?
DevSecOps as a Service is a fully managed solution that embeds security into every stage of your software development lifecycle. It enables your team to identify and remediate vulnerabilities earlier, during coding, building, and deployment, without slowing down delivery timelines. Our approach combines automated tooling, manual validation, continuous monitoring, and close collaboration to shift security left and reduce long-term risk.
How is this different from traditional AppSec or code reviews?
Traditional AppSec and code reviews often occur late in the development cycle, sometimes only after deployment, and are typically reactive. DevSecOps as a Service is proactive and integrated. We embed security into your development pipelines, automating scans, enforcing policy, and providing actionable feedback in real-time. This allows teams to catch issues earlier, reduce rework, and ship secure code faster.
What types of security testing are included?
Our DevSecOps solution includes a broad spectrum of automated and manual testing techniques:
- Static Application Security Testing (SAST) for identifying insecure code patterns at the source level.
- Dynamic Application Security Testing (DAST) to simulate real-world attacks against running applications.
- Software Composition Analysis (SCA) to detect known vulnerabilities in third-party libraries and open-source components.
- Container and Infrastructure as Code (IaC) Scanning to secure your deployment environments.
- Secrets Detection, dependency tracking, and custom rulesets for your environment and risk profile.
- Penetration Testing as a Service (PTaaS) to validate real-world exploitability, uncover complex vulnerabilities, and ensure coverage beyond automated tools.
Together, these techniques provide comprehensive, continuous coverage across your entire software development lifecycle, ensuring security is built into every layer of your applications.
Can this be integrated into our existing toolchain?
Yes, our service is designed to integrate seamlessly with your existing CI/CD pipelines and development tools. We support GitHub, GitLab, Bitbucket, Jenkins, Azure DevOps, and more. We also integrate with your issue-tracking systems (like Jira) to ensure findings are automatically logged, prioritized, and assigned, without interrupting your developers’ workflows.
Who typically manages this service on our end?
DevSecOps as a Service is built for collaboration, on your end, it’s typically managed by a combination of:
- Engineering leadership (such as VPs of Engineering or Directors of DevOps) who oversee how security is embedded across development.
- AppSec teams who are responsible for secure development policies and practices.
- DevOps or DevSecOps Engineers who manage pipelines and integrations.
- CISOs or security leads who oversee governance, compliance, and risk reduction.
We work alongside your team to ensure everyone has visibility and shared responsibility for application security. Whether you have a mature AppSec program or are just getting started, we help you operationalize DevSecOps across roles and functions.
Our Platform Command Center
We deliver our DevSecOps as a Service offering through our Command Center platform, integrating multiple modules to secure every stage of the development lifecycle. Vulnerability Management continuously scans new code for weaknesses, which our experts validate before they reach production. Attack Surface Management monitors internet-facing assets and cloud environments to catch new risks early.
Dark Web Monitoring scans dark web marketplaces and forums for exposed credentials or data tied to your organization, providing early warnings. All while our SIEM module adds real-time detection and alerting, helping teams respond instantly to threats across development and production.
Our integrated approach keeps your operations efficient, secure, and unified, so your team can manage software security from a single location.
DevSecOps as a Service leverages the Vulnerability Management module to conduct continuous scanning across the development pipeline. Automated detection of vulnerabilities within code repositories, container images, and production environments ensures that security issues are identified early and integrated into the workflow. This module’s reporting feature prioritizes vulnerabilities and distributes them to your security team based on role, enabling faster resolution and reducing the risk of exploitation in production environments.
The Attack Surface Management module is used to track and assess changes across the environment as the software evolves. It identifies newly exposed assets, misconfigurations, or unanticipated services introduced during development. This module allows your security team to continually map and reduce the attack surface, ensuring no component of the software infrastructure remains unchecked.
Dark Web MonitoringUsing the Dark Web Monitoring module, we monitor the dark web for stolen and compromised credentials associated with your organization that may surface on underground forums. This feature allows your team to stay ahead of potential targeted attacks by alerting them to leaked credentials before they can be exploited.
The SIEM module is integral to monitoring logs and events generated throughout the software development and production environments. By correlating and analyzing security events in real-time it helps detect anomalies, insider threats, or malicious activity. DevSecOps uses this module to respond to incidents swiftly, ensuring continuous security oversight.
Experience DevSecOps
Our team of experienced professionals combines deep expertise in cybersecurity, software development, and DevOps methodologies to deliver comprehensive DevSecOps tailored to your organization. Whether you are a startup, a small business, or a large enterprise, our DevSecOps approach can be customized to suit your specific needs and goals.
Take the next step towards a secure and successful digital transformation. Reach out to our team to schedule a consultation or learn more about our DevSecOps services today.