Security Architecture Framework  ·  v1.0  ·  March 2026

SODA Framework

Secure Offshore DevSecOps Architecture

A layered security architecture for enterprise offshore–onshore software delivery environments.

Faheem Hasan  ·  Multinational Cybersecurity Architect
Author of the SODA Framework  ·  sodaframework.org
Architecture Overview — v1.0

Five Control Layers

L1
Governance
L2
Identity & Access Control
L3
Secure DevSecOps Pipeline
L4
Compliance & Audit
L5
Cross-Border Incident Response
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What is the SODA Framework

A security architecture built for how modern engineering actually works


The SODA Framework (Secure Offshore DevSecOps Architecture) is a layered security model designed for enterprise organizations operating offshore–onshore software delivery environments.

Modern engineering teams often span multiple countries, vendors, and jurisdictions. While this model improves scalability and efficiency, it introduces significant risks in access control, pipeline integrity, compliance, and incident response.

The SODA Framework defines a structured architecture that allows organizations to maintain delivery velocity while preserving enterprise-level security, auditability, and governance.

Why it was created

Offshore delivery changed the problem. Most frameworks did not.


Traditional application security and DevSecOps practices are typically designed for single-location teams or tightly controlled internal environments.

In multinational delivery models, these controls often become inconsistent, difficult to enforce, or impossible to audit. The SODA Framework was developed to address this gap by treating offshore–onshore delivery security as an architectural problem.

Risk Categories Addressed

Security risks unique to offshore delivery

These are the structural risk categories that standard DevSecOps frameworks do not adequately address in multinational environments.

Distributed access

Source code and production systems accessed from multiple geographies with varying trust levels and network controls.

Inconsistent identity management

Privilege management applied unevenly across regions, leading to access sprawl and orphaned permissions over time.

Shared CI/CD pipelines

Multiple teams with varying trust levels interacting with the same build, test, and deployment systems.

Limited vendor visibility

Offshore teams operating in environments the primary enterprise cannot directly audit or monitor effectively.

Multi-jurisdiction compliance

Compliance obligations varying by region with different requirements for logging, notification, and data handling.

Cross-border incident response

Security events involving personnel, systems, and evidence distributed across multiple countries and legal jurisdictions.

Architecture Overview

Five integrated control layers


The SODA Framework organises delivery security into five control layers. Each layer has a distinct responsibility, and all layers must operate together to produce a secure offshore–onshore delivery environment.

L1
Governance
Policies, approval chains, vendor rules, authority structure
L2
Identity & Access Control
RBAC, MFA, SSO, PAM, device and location restrictions
L3
Secure DevSecOps Pipeline
Branch protection, code review, security scanning, deployment gates
L4
Compliance & Audit
Logging, traceability, SOC 2 / ISO 27001 mapping, audit evidence
L5
Cross-Border Incident Response
Detection, containment, investigation, jurisdiction-aware response
Technical Whitepaper

SODA Framework v1.0


The official whitepaper describes the design principles, architecture layers, implementation model, and security responsibilities defined by the SODA Framework.

Version1.0
PublishedMarch 2026
AuthorFaheem Hasan
TypeTechnical Whitepaper
How to cite this work
Hasan, F. (2026).
SODA Framework v1.0 — Secure Offshore DevSecOps Architecture.
Technical Whitepaper.
sodaframework.org
Intended Audience

Built for the people who govern enterprise delivery

🔒

Security leaders

Security architects, CISOs, and enterprise security teams evaluating offshore delivery risk and compliance posture.

⚙️

Engineering leadership

CTOs, engineering managers, and DevSecOps engineers designing secure delivery models for distributed teams.

📋

Compliance & audit

Auditors, compliance reviewers, and enterprise architects evaluating multinational delivery environments.