- DevOps & Automation
DevSecOps: security built into the pipeline, not bolted on at the end
DevSecOps is a way of building software where security is wired into every stage of the lifecycle – from commit to deploy – instead of being bolted on by an audit at the end. Scanning of code, open-source dependencies, container images and infrastructure runs automatically inside the CI/CD pipeline. For a SaaS or fintech team, it’s how you ship fast and pass audits without stalling your developers.
Executive summary: The later you find a flaw, the more it costs to fix: fixing a defect after delivery can be as much as ~100× more expensive than catching it at the requirements and design stage for large, critical systems — closer to ~5× for smaller ones (Boehm & Basili, “Software Defect Reduction Top 10 List”, IEEE Computer, 2001). DevSecOps shifts that check left. For one fintech client we cut the security cycle from two weeks to a few minutes in the pipeline and reduced critical vulnerabilities reaching test environments by 85% (source: Tenesys client case). You start with an SDLC analysis: a map of the gaps in your process and a plan to close them.
Stop Treating Security as a Bottleneck
Make it an integral part of every stage of software development. We implement DevSecOps culture and automation so your teams can deliver innovations faster and with the assurance that they are secure from the very beginning (security by design).
Challenges With the Traditional Security Approach
The traditional, isolated security model is becoming a source of serious problems for your company:
Security as a bottleneck.
Tests at the end of the cycle block releases for weeks. Impact: value reaches customers late, and ‘fast’ and ‘secure’ pull against each other.
Expensive, last-minute fixes.
A critical flaw found just before release forces a risky patch under time pressure. Impact: the same bug costs many times more than one caught at commit — and the risk of a production incident climbs.
A leaky supply chain.
Your team pulls in hundreds of open-source libraries and ready-made container images that nobody vets. Impact: a single vulnerable dependency (think Log4j) opens the door to the whole system.
Uncertainty around regulation.
DORA, NIS2 and SOC 2 demand ‘security by design’ while security lives outside the daily process. Impact: before an audit, the team scrambles to collect evidence by hand instead of shipping the roadmap.
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See How It Works in Practice
Client:
FinTech Company.
Challenge:
Long, manual security tests at the end of the deployment cycle delayed Time to Market. Detecting vulnerabilities at a late stage was very costly and posed a risk in the context of regulations.
Solution:
We implemented a DevSecOps strategy, integrating automated security tools directly into CI/CD processes.
Results:
Reduced security cycle time from 2 weeks to a few minutes (within the pipeline).
Reduced the number of critical vulnerabilities reaching test environments by 85%.
Your teams can also implement innovations with such confidence and speed. Let’s discuss how to implement a DevSecOps strategy in your organization.
Comprehensive Implementation of DevSecOps Culture and Automation
We implement a comprehensive strategy to shift security responsibility to the earliest stages of the Software Development Life Cycle (SDLC).
Maturity audit and DevSecOps strategy design
We analyze your processes and create a roadmap for implementing DevSecOps practices.
CI/CD integration
We enhance your CI/CD processes with automated security gates (SAST, DAST) to ensure every change is automatically verified.
Infrastructure-as-code (IaC) security
We implement mechanisms to scan your Terraform and Ansible templates for misconfigurations.
Software supply-chain protection
We implement software composition analysis (SCA), a software bill of materials (SBOM), container image and open-source dependency scanning.
Training and security culture
We organize workshops for your teams, promoting a culture of collaboration and shared responsibility for application security.
Your Path to Secure Innovation.
Our implementation process is evolutionary and focused on building lasting competencies:
1.
Risk Analysis and Policy Definition
We start by understanding your business and defining policies that we will translate into automated rules.
2.
Pilot Implementation
We select one key project and build a fully secured CI/CD pipelines for it to quickly demonstrate value.
3.
Scaling and Standardization
We extend proven patterns and tools to other teams and projects within your organization.
4.
Continuous Improvement
We provide support in adapting to new threats and optimizing DevSecOps processes.
Frequently Asked Questions
It’s the opposite. We build the checks into the tools your team already uses and set guardrails instead of gates. A developer sees a flaw next to their commit, when the fix takes minutes rather than weeks before release. We also tune the rules for low noise, so the team isn’t buried in false positives.
CI/CD automation builds and speeds up the pipeline — it’s about delivery velocity and reliability. DevSecOps adds a security layer to that same pipeline: scanning code, dependencies, containers and infrastructure so vulnerable code never reaches production. One ships fast; the other makes sure fast doesn’t mean insecure.
Pen tests matter, but they work like a periodic check-up — a snapshot on one day. DevSecOps is daily hygiene: security verified on every code change. The two complement each other — a pen test probes the finished product from outside, DevSecOps guards it along the way.
We add software composition analysis (SCA): we scan open-source dependencies for known vulnerabilities and licences, generate a software bill of materials (SBOM) and scan container images before deployment. A vulnerable library or a poisoned image is stopped inside the pipeline, before it ever reaches production.
These frameworks require a ‘security by design’ approach and evidence that you apply it systematically. DevSecOps gives you both: security built into the process, plus an automatic audit trail – logs of scans, gates and decisions — that you hand an auditor instead of explaining manual practices after the fact.
With an SDLC analysis – a review of your pipeline and development process. We find where the gaps are, what to scan at each stage, and why any earlier ‘security’ attempt failed. The output is a prioritised implementation plan, before you spend a penny on the wrong tooling.
