D03

Compute, Platform & Workload Security Architecture

About The Standard Domain

The Compute, Platform & Workload Security Architecture domain defines how organizations design, secure, and operate compute platforms and workloads across modern environments.

It addresses platform hardening, workload protection, runtime visibility, secure configuration, and resilience to help reduce risk and support trustworthy service delivery.

Secure Compute Design

Platform Hardening

Workload Protection

Visibility & Control

Resilience & Recovery

Why Adoption is Necessary

Architectural Clarity

Provides a clear blueprint for designing secure compute, platform, and workload environments.

Consistent Engineering Expectations

Aligns teams on platform security, workload protection, configuration discipline, and operational resilience.

Measurable Verification

Supports validation of platform controls, workload security outcomes, runtime protections, and resilience capabilities.

Stronger Evidence

Improves traceability and evidence for secure compute design, workload protection, implementation, and operational review.

How The Standard Works

Requirements

Define the outcomes and capabilities required for secure compute, platform, and workload architectures.

Technical Specifications

Provide the architecture patterns, controls, and design expectations needed to meet the requirements.

Verification and Validation

Define how to test, verify, and validate that protections operate as intended across compute platforms and workloads.

Implementation Guidance

Offer practical guidance, patterns, and best practices to implement the standard effectively across real environments.

Associate Standards Preview

Associate Standards Coming in Q3 2026

Detailed, implementation-level standards that support D01 will be published in Q3 2026 to help teams operationalize secure network architectures.

Built for Builders. Backed by Evidence.

D03 provides the architectural foundation for secure compute, platform, and workload environments, designed, engineered, and proven to protect runtime services, infrastructure, and digital operations.