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Framework · SABSA

SABSA is how security architecture gets traced back to the business.

The Sherwood Applied Business Security Architecture has been the working method for enterprise security architects since 1995. This is the framework itself: the six-by-six matrix, the layers, the business attributes technique, and how the work it describes gets carried from a design decision through to a control someone has actually finished.

See the matrixSecurity architecture platform

What it is

A methodology for building security architecture that traces back to business objectives

SABSA stands for Sherwood Applied Business Security Architecture. The SABSA Institute describes it as a methodology for developing business-driven, risk and opportunity focused security architectures, at both enterprise and solutions level, that traceably support business objectives.

The word doing the work in that sentence is traceably. SABSA's central discipline is that every control, every mechanism and every product choice must be traceable upward to a business requirement that justifies it. A control nobody can trace to a requirement is a control nobody can defend in a budget meeting or an audit.

It is not a control catalogue and not a certification you put your company through. There is no such thing as being "SABSA compliant". It is a way of working that produces an architecture, and it is deliberately vendor-neutral: SABSA is copyright protected but open to use, and is not a commercial product.

At a glance

Created
1995
Stewarded by
The SABSA Institute
In use across
~50 countries
Licensing
Open-use, copyright protected

Source: The SABSA Institute, SABSA Executive Summary, read September 2026.

The SABSA Matrix

Six layers, six questions, thirty-six artefacts

Each row is a viewpoint, from the business owner down to the person running the thing day to day. Each column is a question every layer has to answer. Where a row meets a column, SABSA expects an artefact.

What

Assets

Why

Motivation

How

Process

Who

People

Where

Location

When

Time

Contextual

Business View

Business decisions

Business risk

Business processes

Business governance

Business geography

Business time dependence

Conceptual

Architect's View

Business attributes profile

Control objectives

Security strategies

Roles and responsibilities

Domain framework

Time management framework

Logical

Designer's View

Information assets

Security policies

Security services

Entity and trust framework

Domain maps

Calendar and timetable

Physical

Builder's View

Data assets

Security rules and procedures

Security mechanisms

Human interface

ICT infrastructure

Processing schedule

Component

Tradesman's View

Component assets

Security standards

Security tools and products

Identities and job descriptions

Nodes, addresses and protocols

Step timing and sequencing

Operational

Service Manager's View

Operational continuity

Operational risk management

Process delivery management

Personnel management

Environment management

Time and performance management

Contextual

Business View

What
Business decisions
Why
Business risk
How
Business processes
Who
Business governance
Where
Business geography
When
Business time dependence

Conceptual

Architect's View

What
Business attributes profile
Why
Control objectives
How
Security strategies
Who
Roles and responsibilities
Where
Domain framework
When
Time management framework

Logical

Designer's View

What
Information assets
Why
Security policies
How
Security services
Who
Entity and trust framework
Where
Domain maps
When
Calendar and timetable

Physical

Builder's View

What
Data assets
Why
Security rules and procedures
How
Security mechanisms
Who
Human interface
Where
ICT infrastructure
When
Processing schedule

Component

Tradesman's View

What
Component assets
Why
Security standards
How
Security tools and products
Who
Identities and job descriptions
Where
Nodes, addresses and protocols
When
Step timing and sequencing

Operational

Service Manager's View

What
Operational continuity
Why
Operational risk management
How
Process delivery management
Who
Personnel management
Where
Environment management
When
Time and performance management

The SABSA Matrix is the work of The SABSA Institute. Cell labels here are short summaries of each artefact, not the full cell contents.

The six layers

Each layer is somebody's actual view of the same system

01

Contextual

Business View

What the business is, what it values, and what it is trying to achieve. Nothing below this layer is allowed to exist without tracing back to it.

02

Conceptual

Architect's View

The security objectives, expressed as measurable business attributes rather than technology choices.

03

Logical

Designer's View

The security services required to meet those objectives, still independent of any product.

04

Physical

Builder's View

The mechanisms that deliver those services: data structures, applications, infrastructure, interfaces.

05

Component

Tradesman's View

The specific products, tools and standards selected to build the mechanisms.

06

Operational

Service Manager's View

Running, monitoring and measuring the architecture through its life. In the matrix this layer sits across all six questions at once.

Business attributes

The technique that turns "we need to be secure" into something measurable

Business Attributes Profiling is the piece of SABSA practitioners talk about most. It takes vague business requirements and converts them into a taxonomy of named attributes: available, confidential, traceable, recoverable, compliant, and so on for whatever the organisation actually cares about.

Each attribute then gets a metric and a target. That is the move that makes the rest of the method work. Once "recoverable" means a stated recovery time rather than a feeling, every control below it can be justified, measured and argued about with evidence.

It is also why SABSA sits comfortably next to enterprise architecture methods like TOGAF rather than competing with them. TOGAF describes how to run architecture as a practice; SABSA supplies the security and risk view, with the traceability attached.

What SABSA actually contains

The Institute publishes SABSA as a set of integrated frameworks, usable together or on their own.

  • Business Requirements Engineering (Attributes Profiling)
  • Risk and Opportunity Management
  • Policy Architecture
  • Security Services-Oriented Architecture
  • Governance
  • Security Domain
  • Through-life Security Service Management and Performance Management

From design to done

SABSA descends from business context to running operations. Most tooling stops at the diagram.

The bottom two layers of the matrix, Component and Operational, are about things being built and then run. That is the half architects usually lose: the design is approved, and then it disperses into tickets nobody traces back. Alvor carries the same descent as work, so an architecture decision stays connected to the task that implements it and the evidence that proves it.

01Design

Draw it and threat model it

Architecture diagrams with data flows and trust boundaries, a threat model over the live design, and the business impact analysis behind it.

DiagramThreat modelBIA
02Decide

End the review with a signature

A design review closes on named sign-offs and an architecture decision record, so the decision has an owner and a date rather than living in a comment thread.

Sign-offADR
03Control

Threats become the control set

The threats identified in design produce the controls that answer them, mapped across every framework in scope at once rather than re-derived per audit.

ControlsFramework mapping
04Deliver

Controls become work with owners

Each control becomes projects and tasks with an owner and a due date, and progress rolls up transactionally, so the gap between designed and done is a number rather than a feeling.

ProjectsTasksRollup
05Prove

Evidence, freshness and the board view

Implementation status per control, evidence carrying freshness states so stale proof is visible, and KPIs with thresholds that roll into a board pack.

EvidenceKPIsBoard pack

Five modules, one record: Secure by Design · Security Management · Compliance · Risk · Asset Management

SABSA and tooling

No tool makes you a SABSA practitioner. A record makes the practice survivable.

Being straight about this: Alvor is not a SABSA product, is not certified or endorsed by The SABSA Institute, and does not implement the matrix. The Institute certifies architects, not software. What a platform can do is hold the record the method depends on.

Traceability needs somewhere to live

SABSA's demand is that every control traces to a business requirement. That trace is only real if it is recorded and kept current. Alvor links assets to risks, risks to controls, controls to evidence, and evidence to named sign-offs, so the chain survives after the workshop ends.

Attributes need metrics attached

A business attribute without a measurement is a wish. Alvor carries maturity assessments, KPIs with thresholds, and control implementation status, which is where attribute targets can be given numbers and watched over time.

The layers produce artefacts

Diagrams, threat models, domain definitions, policies and decision records are all SABSA outputs at different layers. Alvor's Secure by Design module is where those artefacts are drafted, reviewed and approved rather than scattered across drives.

Explore the security architecture platformSecurity architecture review

Questions

Common questions about SABSA

SABSA stands for Sherwood Applied Business Security Architecture. The SABSA Institute describes it as a methodology for developing business-driven, risk and opportunity focused security architectures, at enterprise and solutions level, that traceably support business objectives. It has been in use since 1995 and is applied in around 50 countries. Its defining discipline is traceability: every control and product choice should trace upward to a business requirement that justifies it.

Broadly, yes. The SABSA Institute states that SABSA is copyright protected but is an open-use methodology rather than a commercial product, and publishes it under a limited open source licence. You do not buy SABSA or license it per seat. Training and professional certification are separate paid offerings through the Institute and its accredited education partners.

The SABSA Matrix is a six-by-six grid. The rows are six layers, each representing a different viewpoint of the same system: Contextual (the business view), Conceptual (the architect's view), Logical (the designer's view), Physical (the builder's view), Component (the tradesman's view) and Operational (the service manager's view). The columns are six questions every layer must answer: What, Why, How, Who, Where and When. Each of the thirty-six intersections calls for an architectural artefact.

Business Attributes Profiling is SABSA's technique for turning vague business requirements into something measurable. Requirements are translated into a taxonomy of named attributes, such as available, confidential, traceable or recoverable, and each attribute is given a metric and a target. That step is what allows controls beneath it to be justified and measured rather than asserted.

They are complementary rather than competing. TOGAF describes how to run enterprise architecture as a practice, with its own development method and governance. SABSA supplies the security and risk view, and the traceability from business requirement down to control. Organisations commonly run SABSA alongside an enterprise architecture method rather than choosing between them.

Yes, for people. The SABSA Institute certifies and accredits security architects through its own certification scheme, delivered with accredited education partners. There is no certification for organisations and no such thing as being SABSA compliant, because SABSA is a methodology rather than a control standard or an auditable scheme.

No, and any vendor claiming otherwise is describing something that does not exist. SABSA is a way of working, not a standard you are audited against, and the Institute certifies architects rather than tools. What software can do is hold the record the method depends on: the links from assets to risks to controls to evidence to named sign-offs, kept current so the traceability SABSA asks for survives beyond the workshop that produced it.

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