Secure Engineering · 5 Capability Families · Launch · Scale · Enterprise

Build Secure

AI-native secure engineering that helps teams embed security into architecture, code, pipelines, releases, and AI-assisted workflows — from first design to continuous improvement.

Modern software moves faster than traditional security

Common Problems

  • Security reviews happen too late — after architecture and code are already locked in
  • CI/CD ships changes faster than manual AppSec teams can review
  • Dependencies and supply chains (SBOM, provenance, signing) expand attack surface
  • Teams use AI coding tools without governance or validation of generated code
  • LLM, RAG, and agentic systems introduce risks traditional SDLC does not cover
  • Security findings lack practical remediation guidance developers can act on daily

How Build Secure Helps

  • Secure Engineering Foundations — SDLC gates, architecture review, threat modeling, and code review before release pressure
  • DevSecOps & Release Security — automated checks, supply-chain controls, and release gates in CI/CD
  • Supply-chain & build integrity — SBOM, SLSA-aligned provenance, signing, and IaC/container hardening
  • AI-Assisted Development Security — AI coding policy, guardrails, and expert-led validation of AI-generated code
  • Secure AI Systems Engineering — secure AI SDLC for LLM, RAG, and agentic/MCP integrations
  • Continuous Secure Engineering — champions programs, managed secure engineering, and measurable maturity

Build Secure shifts security from late-stage testing into everyday engineering decisions — with Launch, Scale, and Enterprise packages sized to your maturity.

Why teams choose Build Secure
  • Five capability families cover foundations through secure AI systems — not scattered one-off tasks
  • Expert-led delivery with AI-augmented review, threat modeling, and pipeline tuning
  • Launch, Scale, and Enterprise packages with a clear path from workshop to continuous programs
What Build Secure Is

Build Secure is HafezSecure's secure engineering pillar — not a list of one-off consulting tasks. We help engineering teams design, build, release, and continuously improve secure software through five capability families, integrated services, and Launch, Scale, and Enterprise packages. Assess finds what slipped through; Protect & Monitor validates what runs in production; Advisory sets strategy — Build Secure is where prevention happens inside engineering.

Our implementations align with NIST SSDF, OWASP SAMM, SLSA, and DORA — extended for AI-assisted coding, software supply chains, and AI-native products. Every engagement is expert-led and AI-augmented: practical for developers, measurable for security leaders, and packaged for business buyers who need a predictable roadmap.

5
Capability families
17
Integrated services
3
Packages
AI-native
Expert-led · AI-augmented

Our Services

Integrated services across five families — choose a capability or start with a Launch, Scale, or Enterprise package

Continuous Secure Engineering

Security champions, continuous AppSec, governance, and maturity programs.

View all in this capability

AI across the SDLC

Software development is rapidly shifting toward AI-assisted coding and AI-powered systems. Build Secure has two dedicated families for this shift: AI-Assisted Development Security to govern coding tools and validate generated code, and Secure AI Systems Engineering for secure LLM, RAG, and agentic design. We grow these capabilities alongside your team's maturity.

Launch
For startups and single product teams getting security right from day one.
  • Secure engineering foundations (SDLC, code review, threat modeling)
  • Developer enablement to build security habits
  • A practical, prioritized starting roadmap
Most popular
Scale
For growing engineering organizations automating security in delivery.
  • Everything in Launch
  • DevSecOps and release security integrated into CI/CD
  • Continuous secure engineering and supply-chain controls
Enterprise
For multi-team organizations needing governance, AI security, and scale.
  • Everything in Scale
  • AI-assisted development and secure AI systems engineering
  • Security champions, governance, and maturity programs

Not sure which package fits your team?

Book a Build Secure Workshop

How It Works

From workshop to continuous secure engineering — a structured path, not scattered projects

1
Discover & Scope
Build Secure workshop or package guide to map your maturity, pick a family or package (Launch, Scale, Enterprise), and define measurable outcomes
2
Implement by Family
Deliver foundations, DevSecOps, supply chain, AI-assisted development, or secure AI systems — integrated with your toolchain and release workflow
3
Enable Teams
Developer training, secure code review playbooks, and security champions so security scales inside engineering — not only through external reviews
4
Improve Continuously
Ongoing secure engineering programs, maturity tracking, and managed services to sustain gains after initial implementation

Standards & Frameworks

Our approach based on international standards and industry best practices

NIST SSDF
Secure Software Development Framework (SP 800-218) for secure SDLC practices
OWASP SAMM
Software Assurance Maturity Model for measuring and improving security practices
SLSA Framework
Supply-chain Levels for Software Artifacts for CI/CD pipeline security
DORA Metrics
DevOps Research and Assessment metrics for measuring DevSecOps effectiveness

Why HafezSecure

More than DevSecOps consulting — AI-native secure engineering with measurable outcomes

Expert-Led, AI-Augmented
Human expertise on architecture, threat modeling, and code review — amplified by AI for faster, consistent secure engineering delivery
Developer-First by Design
Security gates, PR workflows, and training that fit how your teams actually ship — including AI-assisted development
Five-Family Ecosystem
Foundations, DevSecOps, AI coding security, secure AI systems, and continuous programs — connected, not scattered one-off services
Packages & Maturity
Launch, Scale, and Enterprise packages with SAMM-aligned maturity tracking — clear scope for startups through enterprises

Frequently Asked Questions

What is the difference between Secure SDLC and DevSecOps?

Secure SDLC defines what security work happens in each lifecycle phase. DevSecOps automates much of that in CI/CD pipelines. Build Secure delivers both — plus supply-chain, AI-assisted development, secure AI systems, and continuous engineering — as complementary capability families.

Which Build Secure package fits my organization?

Launch fits startups establishing secure SDLC and code review. Scale adds DevSecOps, supply-chain controls, and AI-assisted development security. Enterprise covers secure AI systems, security champions, and managed secure engineering. Use our package guide or book a workshop for a scoped recommendation.

How long does it take to implement Build Secure services?

Timelines vary by scope and maturity. Launch foundations often take 6–12 weeks; DevSecOps and CI/CD 4–8 weeks; AI governance and secure AI SDLC depend on product complexity. Packages combine services iteratively — we can start with your highest-risk capability family first.

Will Build Secure services slow down our development velocity?

No. Security gates, automated CI/CD checks, and AI-augmented review are designed to fit your delivery workflow — including AI-assisted coding. Many teams see improved velocity from fewer production issues and faster, actionable remediation.

What standards and frameworks do you follow?

We align with NIST SSDF, OWASP SAMM, SLSA, and DORA for secure SDLC and DevSecOps — plus OWASP LLM Top 10, NIST AI RMF, and MITRE ATLAS for AI systems. Implementations are tailored to your stack while maintaining audit-ready evidence.

Should I book a workshop or submit a service request?

Book a Build Secure Workshop when you need scoping help to pick Launch, Scale, or Enterprise and map capability families. Submit a service request when you already know the service or family you want — we will confirm scope in the first conversation.

Why do some Build Secure services link to Advisory or Protect pages?

Architecture review, threat modeling, continuous AppSec, and governance are canonical Advisory and Protect offerings that also appear in Build Secure navigation. You get the same expert delivery with Build Secure package fit, family context, and secure-engineering CTAs on those pages.

Ready to Build Secure?
Book a workshop to scope your package, or explore capability families and services for a tailored secure engineering program