Architecture review
You need to understand the boundaries of trust, admission and execution in a system.
Discuss: a responsibility model, key assumptions, open questions and verification criteria.
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RESEARCH / COLLABORATION
Collaboration starts with a clear question.
From the initial description of a system to an agreed scope, criteria and materials for the next decision.
VISUAL CONTEXTTechnical workspace
ARCHITECTURE REVIEW / DELIVERABLES
What you receive after a review.
For technology teams and integrators of critical software. Scope, the specific candidate and assessment criteria are agreed before work begins.
- 01
Trust-boundary map
A diagram of components and the points where information supports a conclusion, an admission decision or an outcome report.
- 02
Claim-to-material matrix
A list of properties to assess, linked to the artifact version, supplied materials and gaps in the evidence.
- 03
Open-issue register
Priorities, additional checks needed and criteria for closing each issue.
- 04
A conclusion within the agreed scope
What has been established, what remains unknown and which decisions still lack sufficient supporting material.
The basis of the review
An initial conversation needs only a non-sensitive system description and a question. The review then identifies the artifact version, available diagrams, requirements and existing verification reports. Restricted materials are shared only after access scope and confidentiality terms are agreed.
These are agreed work deliverables, not a promise of certification or a predetermined positive conclusion. Missing evidence is recorded as an open issue.
View the map and register samples ↗Discuss an architecture review01 / WAYS TO WORK
Choose a subject for discussion
Joint research
A challenging property or hypothesis needs to be precisely formulated and investigated.
Discuss: a research question, model, assumptions and a plan for obtaining evidence.
Integration assessment
You need to determine whether a specific candidate meets the requirements of your environment.
Discuss: the integration boundary, dependencies, acceptance criteria and necessary materials.
These are potential collaboration formats. Scope, materials, timing and availability are agreed separately.
02 / MATERIAL ACCESS
Review depth follows the purpose.
The public description helps assess a potential collaboration. Programme materials are considered separately for a specific task.
Public
Programme purpose, engineering questions, conclusion boundaries and public summaries.
Agreed review
Materials for a specific candidate after scope, criteria and confidentiality terms are defined.
Internal
Unpublished implementations, algorithms and work not needed for the agreed review.
A non-sensitive description is enough for the first inquiry. Materials are not shared automatically through this site.
NDA terms and personalized release ↗03 / THE SEQUENCE
From context to the next decision
- 01
Context
Briefly describe the system, problem and intended outcome.
- 02
Scope
Define the subject, available materials and constraints.
- 03
Criteria
Agree which questions need to be answered and what will support the conclusion.
- 04
Technical work
Work within the agreed scope and connect results with specific materials.
- 05
Conclusion
Record what was established, open questions and a justified next step.
04 / THE FIRST INQUIRY
What to describe
A short, non-sensitive description is enough for the first inquiry. Material sharing and review conditions are agreed separately.
- Which system or research subject is involved?
- Which decision, action or property needs a defensible basis?
- Which technical or organisational constraints matter?
- What materials exist and what outcome is needed?
Contact the researcher directly
1westwestwest@gmail.comBefore we begin
01Are these ready-made products or research programmes?+
The site presents research directions. Implementation, verification scope and integration readiness are established for a particular candidate and its materials. A programme name is not a readiness status.
02Is the approach relevant to civilian systems?+
Potential applications include industrial automation, critical enterprise workflows, autonomous and robotic systems, AI and agent platforms, and distributed computing. Suitability depends on the consequences of an error, the actual capabilities of a specific implementation and its acceptance criteria.
03Do all six programmes need to be integrated?+
No. The programmes have distinct subjects. Their shared discipline explains how they relate; it does not require using them together.
04Is this another AI model?+
The main subjects are decision evidence, authority, state and execution. LIDIYA is specifically positioned as a self-contained local application with a deterministic core, rather than an AI model.
05How can a claim about a particular system be assessed?+
Identify the artifact, desired property, criteria and verification material. Compare these with the real environment and record the boundaries of the conclusion.
06What happens after the form is submitted?+
The site stores the inquiry and returns a reference number. This confirms registration of the request; its substance, collaboration scope and timing are discussed separately.
07Does the existing infrastructure need to be replaced?+
Full replacement is not a prerequisite. Depending on the programme, the approach may take the form of a separate control component or part of a broader architecture. The integration method, available interfaces and required changes are determined by reviewing the specific implementation.