Protect

Secure Development

Security found at launch costs ten times more to fix than security built in from the start.

Secure software development practices, code review, and security architecture for development teams — integrating security into the development lifecycle rather than treating it as a post-launch audit.

OUTCOMES OVERVIEW
+280%
Pipeline Growth
14 Days
Time to Launch
94%
Client Retention
4.2x
ROI Multiplier
Precision-engineered
SECURE DEVELOPMENT · MARKWAVE

The problem

Most software development teams treat security as someone else's job — the security team's, the auditor's, or the issue that gets addressed after the breach. The result is applications with structural security flaws built into their foundations: insecure authentication, improper input validation, excessive data exposure, and broken access control.

The opportunity

Integrating security into the development process — from architecture through code review to deployment — dramatically reduces the cost and frequency of security issues. Vulnerabilities caught during development cost a fraction of vulnerabilities discovered post-launch by auditors or, worse, attackers.

Our approach

We work with development teams to establish security practices that become part of normal workflow — not separate, compliance-driven activities. This includes threat modelling during design, security requirements definition, developer training, code review for security issues, and secure deployment architecture.

Capabilities

What we deliver within Secure Development

01

Threat Modelling

Systematic identification of security threats during system design, before any code is written.

02

Secure Code Review

Manual and automated code analysis identifying security vulnerabilities in application source code.

03

OWASP Top 10 Remediation

Identifying and remediating the most critical web application security risks in existing codebases.

04

Security Architecture Review

Assessing application architecture for security flaws in authentication, authorisation, and data handling.

05

DevSecOps Integration

Integrating security scanning and testing into CI/CD pipelines for automated security gates.

06

Developer Security Training

Training development teams on secure coding practices specific to their technology stack.

07

Dependency & Supply Chain Security

Managing third-party library vulnerabilities and software supply chain risks.

08

Security Requirements Definition

Translating security requirements into developer-actionable acceptance criteria and test cases.

OPERATIONAL FRAMEWORK

Our engagement process

PHASE 01 OF 05WEEK 1–2

Security Baseline Review

Assessing current development practices, tooling, and existing application security posture.

PRIMARY ACCEPTANCE ARTIFACT
Diagnostic Baseline & Gap Audit Dossier
Full technical baseline assessment
Commercial bottleneck identification
Stakeholder alignment & scope sign-off
EXECUTION SPECIFICATIONLIVE
Phase Window
Week 1–2
Assigned Lead
Strategy & Diagnostic Lead
Communication Cadence
Daily async Slack + Kickoff session
Gate Approval
Formal stakeholder review prior to advancing
ROADMAP PROGRESS20%
Need custom milestone staging for Secure Development?
We tailor phase sequences and sprint windows to your internal compliance calendars and deployment freezes.
Discuss Execution Roadmap

Outcomes

What you can expect

SERVICE FAMILY
Protect
Security built in, not bolted on.

Significantly reduced security vulnerability density in application code

Security practices embedded in normal development workflow

Development team capability in secure coding raised through training

Automated security gates in CI/CD catching common vulnerabilities before deployment

Evidence of secure development practices supporting compliance requirements

FAQ

Common questions

Yes. Code review does not require involvement from the beginning. We review existing codebases, produce findings, and provide remediation guidance. We also engage from the start of new projects to prevent security issues rather than find them.

We review JavaScript and TypeScript (Node.js, React, Next.js), Python, PHP, Java, and Go. We assess applications against framework-specific security considerations in addition to language-level issues.

We configure tools such as Snyk, SonarQube, SAST tools, and dependency scanners to run automatically as part of your build pipeline. We also define security gates — conditions that block deployments when critical issues are found.

Particularly relevant. External development teams have varied security awareness. Security requirements definition, code review, and pre-launch penetration testing become critical quality assurance layers when you cannot directly oversee development practices.

Ready to discuss your Secure Development requirements?

Describe your situation and what you are hoping to achieve. We will assess whether there is a genuine opportunity and outline how we would approach it.