05 / Research
Omnimesh examines observable communication patterns, route dependence and system boundaries in high-threat networks—and publishes source-linked analysis of that problem.
Published analysis
The current analysis examines transport and routing exposure through the UK Cyber Assessment Framework and links directly to the underlying NCSC material.
Framework analysis • Published
Examines transport and routing exposure through the lens of the UK Cyber Assessment Framework. References to the framework provide analytical context; they do not constitute NCSC endorsement or product validation.
Read the analysisResearch scope
The work follows three connected questions: what remains observable, where the proposed system sits and what evidence would be required before a claim could be supported.
Observable communication patterns, route dependence and concentrated infrastructure dependencies in high-threat environments.
Application integration, user-space execution, UDP carriage, retained host networking and explicit non-goals.
Threat models, assumptions, test methods, limitations and the evidence required to support future claims.
Each question narrows the next: identify the exposure, define the system boundary, then specify the evidence required.
Technical notes
Each note records its evidence class, current scope and disclosure boundary so a design decision is not mistaken for implementation or product assurance.
Architecture note
Defines the current application-integration boundary, user-space execution model, UDP carriage, retained host network stack and the engineering obligations that remain open in specification.
Next step
For questions arising from the published analysis, contact Omnimesh to discuss relevance and evidence requirements without sharing sensitive operational information.
UK-developed