About iSecureByDesign

Turn architecture diagrams into implementation requirements for AI-assisted delivery.

iSecureByDesign is an architecture-driven software security platform developed by ADBC Innovation Pty Ltd. It transforms structured architecture models and policy definitions into security objectives, requirements, constraints, implementation guidance and evaluation criteria for human developers and AI-assisted software development workflows.

The platform is designed around the principle that architecture should act as executable knowledge: not simply documentation, but a source of structured guidance that can influence implementation and evaluation. iSecureByDesign launched in 2026 and is available for iPad and Mac. The product uses a patent-pending approach to model-driven specification and constraint-based evaluation.

Requirements from architecture diagrams AI coding guardrails Secure-by-design evaluation

What teams use it for

  • Turn architecture intent into structured requirements instead of relying on scattered review notes and ad hoc prompts.
  • Create reusable implementation guidance and guardrails for AI coding tools, agentic workflows, and engineering teams.
  • Evaluate generated or supplied outputs against expected behaviour, architecture constraints, and security objectives.
  • Preserve evidence for engineering review, governance workflows, and secure-by-design assurance.

Generate requirements from architecture diagrams

Keep components, relationships, boundaries, configuration choices, and security objectives connected to the same model so requirements stay grounded in the intended system design.

Create guardrails for AI coding tools

The specification stage is designed to support build planning and generation of detailed implementation plans that AI coding agents can execute step by step, without relying on ad hoc prompt notes or vague architecture documents.

Keep review evidence tied to design

Testing, review, and evaluation materials can be exported so assurance work stays tied to the expected design and implementation constraints, rather than being reconstructed later.

What the product supports

  • Structured modelling and specification-driven delivery
  • Policy-backed constraints and security objective capture
  • Generated or supplied output evaluation
  • Testing, audit, and evaluation evidence export

What it doesn't do is:

  • Compliance certification or legal determination
  • Threat modelling or proof that a system is secure
  • Replacement for professional engineering or security review
  • Autonomous deployment of security controls