Ecosystem

THE AEGIS SAFEFORGE ECOSYSTEM

Product structure, governance model, and expansion path presented in a form that fits regulated engineering teams.

Current State

ONE PLATFORM, EXPANDING STEP BY STEP

Aegis SafeForge uses one shared platform foundation for industry-aware expansion. The pilot-ready scope today includes the automotive HARA chain with Item Definition, HARA, Safety goals, FSR, TSR, and verification evidence, plus TARA. FMEA, FMEDA, FTA, ETA, and other industry-specific artifacts are actively being worked on without fragmenting the product model.

Current Product Surfaces

HOW THE PRODUCT FITS TOGETHER TODAY

These renders are based on the current product structure. They show how Aegis SafeForge connects industry setup, requirements briefs, derived context, analysis, follow-on outputs, and management control inside one system.

01

Industry-Aware Program Setup

Projects begin with the active industry, the selected workflows, a requirements brief, and uploaded knowledge. From there, Aegis SafeForge builds the context the rest of the product uses, whether that means an automotive item definition, a railway system definition, or a medical-device risk context.

Industry-Aware Project Setup
Requirements brief, knowledge sources, derived context, and active workflows
Program Setup
Multi-Industry
AutomotiveRailwayMedical
Anforderungsbrief
Uploaded sources, scope, users, hazards, security concerns
Derived Context
Item, system, or device context generated from the selected workflow
Shared Knowledge
Project documents, standards references, and reusable knowledge
Active WorkbenchIndustries: 3Workflow Buckets: 2Prüfung Gates: activeRAG: connected
Anforderungsbrief
Requirements brief linked to project and documents
Derives item, system, or device context
Ready
Safety Workflow
HARA, hazard log, or risk analysis rows
Feeds goals, requirements, and risk controls
Approved
Security Workflow
TARA and cybersecurity risk records
Feeds cyber goals, claims, controls, and response planning
Prüfung
Anforderungsboard
Imported HLR and derived LLR workbench
Connects approved artifacts into implementation flow
Active
Derived Context
Derived
Industry Profile
Automotive, railway, and medical share one common product foundation
Context Kind
Item definition
System definition
Device risk context
Knowledge Scope
Requirements brief, uploaded documents, and shared libraries remain linked to downstream generation and review.
Connected Output Chain
Approved analysis driving goals, requirements, claims, controls, V&V, and response planning
Artifacts: 42Approved: 29
Safety Goal
Approved HARA / hazard-log rows
Transition to safe state and integrity target
Approved
Cybersecurity Requirement
Approved risk + cyber goal
Authenticated diagnostics and scoped access control
Prüfung
Verification & Validation
Requirement + control pairing
Acceptance criteria, verification method, validation method
Edited
Incident Response Plan
Cybersecurity event + control state
Containment, recovery, and responsible owner
Draft
Artifact Chain
Linked outputs
Upstream gate
Only approved analysis rows move into the next output family
Shared review model
Claims, controls, V&V records, and response plans move through the same approval flow
Export surface
Workbook exports and linked outputs stay connected across the full chain
02

Connected Output Chain

Approved analysis does not stop at the first table. Aegis SafeForge carries reviewed rows forward into goals, requirements, claims, controls, validation records, incident response plans, and related outputs, all within the same review model.

03

Team Oversight and Prüfung Operations

Prüfung queues, manager roles, team-based project assignment, access control, and approval states give leadership a practical view across teams and projects, not just a collection of isolated workspaces.

Organization review operations
Role-aware approvals, review queues, team assignment, and access control
Portfolio
Manager Oversight
Brake-by-Wire Program
4 analysis items awaiting review
Manager: Anna Keller
Regional Signaling Upgrade
2 hazard-log items escalated
Rail lead: Omar Reza
Infusion Pump Controller
3 risk controls pending sign-off
Medical lead: M. Fischer
Shared Safety Portfolio
Cross-project visibility and sharing enabled
Org lead: Sara Ahmed
Prüfung Queue
Hazard log review
Railway safety manager
5 pending
Cybersecurity claim approval
Cybersecurity lead
2 blockers
Risk control sign-off
Medical safety lead
Ready to approve
Governance Kontrollen
Project roles
Owner, manager, reviewer, contributor, and viewer access stay explicit by project
Prüfung policy
Pending artifacts stay visible to managers and team leads before downstream approval
Project sharing
Teams can share governed work across the organization without losing ownership visibility
Platform Design

WHY THE PLATFORM CAN KEEP GROWING

Platform Principle
Industry-aware context model

The shared governance core supports industry-aware expansion. The automotive HARA chain, including FSR, TSR, and verification evidence, plus TARA are pilot-ready; FMEA, FMEDA, FTA, ETA, and other domain-specific artifacts are being extended through pilot configurations.

Platform Principle
Requirements-brief-first setup

Source documents and requirements briefs can shape the starting context before analysis begins, which cuts down on repetitive setup work.

Platform Principle
One review model across outputs

Analysis rows, goals, requirements, claims, controls, and validation records all move through the same approval framework.

Platform Principle
Evidence-backed generation

RAG grounding, parsed documents, shared knowledge libraries, and source-linked explain views make results easier to review and defend.

Platform Principle
Manager and team control

Role-based access, review queues, and team-based project assignment help the product scale beyond a single project team.

Platform Principle
Expansion without fragmentation

New processes, standards, and integrations can plug into the same product model instead of turning into separate point tools.

Expansion Model

HOW SAFEFORGE GROWS INTO A BROADER ECOSYSTEM

01
Add industry profiles

New industry packs can bring their own terminology, standards mapping, and workflow labels on top of the shared platform core.

02
Add new output families

New work products can join the same review queue, status model, and export path instead of creating a parallel tool.

03
Add deeper engineering context

Anforderungen, documents, knowledge libraries, and project metadata can continue to feed analysis and follow-on generation together.

04
Add enterprise integrations

Exports, APIs, and future integrations can connect Aegis SafeForge to broader customer toolchains while preserving one source of truth.

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DISCUSS A PILOT WORKFLOW

Tell us about your team, your current process, and where the bottlenecks are. We will get back to you within one business day.