REQ-104 · Approved · verified by TEST-23
A row with identity, owner and revision history.
CONTINOUS DEVELOPMENT MADE EASY
Connected productivity tools and governed systems.
Enterprise software specialized the application. M Theory specializes the capability. Sheet, Doc, Canvas, Deck and Plan are views over one governed Work Graph — structure, traceability, versioning and approvals sit underneath the surfaces people already use, so you do the work, and the evidence follows.
Every company building complex products ends up with a Frankenstack.
Work fragments across Excel, Word, PowerPoint, Jira, requirements tools, MBSE tools, test systems, QMS software and dozens of specialized applications. Then every design review, assessment, audit, safety case or certification cycle forces teams to export that information back into Office, clean it up, reconstruct traceability, collect comments and manually reconcile everything into the source tools.
- Export-and-reentry between tools that never agree
- Traceability maintained by hand, in a spreadsheet
- Impact analysis performed in review meetings
- Evidence assembled the month before the assessment
Productivity tools
Flexible but weakly governed
ExcelWordPowerPointJiraEmailSlides in a shared drive
Enterprise systems
Governed but specialized
DOORSRV&S / CodebeamerMBSE toolsTest systemsQMSPLM
M Theory
Flexible and governed, in one environment
The answer to document-centric work isn’t eliminating documents. It’s separating the document interface from the underlying work model.
The inversion
Enterprise software specialized the application. M Theory specializes the capability.
Strip away the branding and most of these systems reduce to the same primitives — text, tables, forms, diagrams, relationships and workflow — plus governance. The specialized value was never the editor. It was schemas, stable IDs, typed relationships, validation, approvals, baselines, audit history and traceability.
Surfaces
Sheet · Doc · Canvas · Deck · PlanThe interfaces people already know how to use.
Work Graph
Objects · stable IDs · typed relationships · historyOne governed model beneath every surface.
Governance · Automation · AI
Permissions · reviews · baselines · rules · agentsThe capabilities every specialized tool rebuilds from scratch.
Packs
Requirements · FMEA · ASPICE · Safety · Quality · Legal · MBSEDomain semantics, rules and workflow — configuration, not a new product.
Historically, app = UI + database + workflow + domain model
- Its own database
- Its own UI and workflow
- Its own permissions and versioning
- Its own reporting and API
- Its own integration layer
In M Theory
- Platform — objects, governance, relationships, computation
- App — a view over the objects
- Pack — domain semantics, rules and workflow
The irreducible complexity of requirements, safety, compliance and configuration belongs in the platform — carried once, instead of imposed on every user through a different application.
One object. Five representations.
A requirement is an object: ID, text, owner, status, rationale, source, revision, verification method, relations, evidence, history. There is no reason that object must live inside a bespoke requirements editor.
REQ-104 — The system shall release the brake within 500 ms.
A controlled paragraph, not formatted text.
REQ-104 → allocated-to → Brake Controller
A connector is a traceable interface.
93% of safety requirements verified
A statistic read live from the graph.
Gate 3 · evidence for REQ-104 outstanding
A milestone that knows what it is waiting on.
Same governed truth. Different views. The hazard analyst can work in Sheet, the assurance engineer in Canvas, the reviewer in Doc and the executive in Deck — without anyone exporting anything.
Five surfaces. One governed Work Graph.
People keep working in familiar documents, spreadsheets, diagrams, decks and plans. Underneath, structure, traceability, versioning, approvals, baselines, auditability and domain logic are already in place. Specialize the capability, not the user experience.
What it looks like in the work.
Not a dashboard bolted on top. The governance is inside the documents, sheets and decks people already produce.
One hazard, the whole chain
Open any record and see what it comes from and what depends on it — safety goal, allocated element, failure modes, verification and the run that produced the evidence. Stale and failed states surface inline.
Domains arrive as Packs, not as separate products.
A Pack adds schemas, rules, terminology and workflow. Everything else it inherits from the platform. A team that would otherwise build an ISO 26262 SaaS product builds an ISO 26262 Pack instead — and ships only their actual domain expertise.
Every Pack inherits
Identity and permissionsCollaboration and commentsVersioning and baselinesAudit historySearch and reportingAI over the graph
What stays specialized
CAD, CAE, simulation engines, compilers, source control and ERP transaction processing have genuinely specialized interaction and computation needs. What collapses is structured knowledge work — the large middle category built out of text, tables, diagrams, relationships and workflow.
Change one requirement. See everything it touches.
Hover any link to see what a change there does to everything downstream — the same walk the workspace performs for real, the moment the edit is made.
Then generate the Excel matrix, the Word report or the PowerPoint review deck straight from the graph — no manual reconstruction, no reconciling it back afterwards.
Worked examples, not claims.
Each case was built inside the product and captured step by step — the problem, what breaks in the current tool chain, and what the same work looks like connected.
Space / mission programme
Continuous assurance
The safety case stops being a document assembled before a milestone and becomes a live view of what is still supported by evidence.
Read the walkthrough →
Automotive / EV platform
Continuous V&V for software-defined vehicles
Software changes weekly, validation evidence is shaped like a monthly document. This closes the gap by putting verification state on the objects themselves.
Read the walkthrough →
Tier 1 supplier
ASPICE without an ASPICE project
Process conformance stops being a second programme run alongside the engineering work and becomes a property of the environment the work happens in.
Read the walkthrough →Compliance as a view, not a repository · comingDesign reviews from the record · coming
The export loop is the market signal.
Specialized systems usually have the structure people need, but not the environment people want to work in. So every review cycle runs the same loop by hand.
- Specialized system
- Export
- Excel / Word / PowerPoint
- Clean, format, rearrange
- Collaborate and review
- Comments and findings
- Manual reconciliation
- Back into the system
Teams are already telling the market what they want: the governance of the specialized tool with the usability of general-purpose productivity software. M Theory removes the loop by making the productivity surface the governed system.
Why now.
Digital threads are being funded
Companies are hiring executives specifically to move from document-centric development to model-based continuous validation with end-to-end traceability. The architecture problem is already on someone's objectives.
AI makes fragmentation more expensive
An agent is only as good as the context it can reach. Twenty disconnected tools means twenty schemas, permission models and partial representations of reality.
The specialized app is no longer necessary
Structured objects, graph relationships, collaborative editors, programmable workflow and governance can now live beneath general-purpose interfaces.
See review readiness continuously, not at assessment time.
When an interface changes, M Theory traces the impact through the graph and works out what has been affected, what has gone stale, what must be reverified and which approvals need to be reopened — while the change is being made, in time for the next release or assessment decision.
12
Evidence gone stale
5
Awaiting reverification
3
Approvals reopened
78%Programme readiness
Derived from live evidence — approvals, verification coverage and open impact — not from a status slide.
The thesis
Land in one workflow. Become the layer the work lives on.
Land
Reviews, assessments and compliance evidence
Connect
Requirements, architecture, risk and verification
Expand
Planning, quality, change and assurance
Platform
General-purpose and governed productivity, together
The full argument — the systems-engineering literature, signals from practice, what the assurance record shows about evidence going stale, the spend already committed, and what a governed Work Graph changes — is set out in the thesis.
Read the thesisFlexible everyday work and governed enterprise work, in the same environment.
Built for 100–1,000-person automotive, aerospace, robotics, autonomy and defense teams moving from document-centric development toward MBSE, digital thread, continuous validation and formal compliance.