Transform expert knowledge into application-ready intelligence
Many organisations possess deep domain expertise built through years of research, literature, and field experience. Yet this knowledge is scattered across papers, reports, and institutional memory.
Domain Intelligence turns dispersed expertise into a structured system that can be applied consistently across contexts, kept current, and protected as a proprietary asset.
Scientific and technical literature identifies problems and discusses solutions. But translating this into concrete, context-specific recommendations remains manual, slow, and expensive—dependent on senior profiles who are scarce and in high demand.
Teams review the same literature, adapt similar solutions, and rebuild reasoning from scratch. As knowledge volumes grow, this becomes unsustainable.
SOLV builds a domain-specific action library capturing every documented intervention, measure, or solution from your authoritative literature. This can be proprietary, shared, or made public.
Each action is pre-rated across hundreds of criteria: context fit, stakeholder values, effectiveness, cost, implementation requirements, geographic applicability, and regulatory constraints.
The result is a structured, searchable intelligence base—not a static collection of documents, but a living system that evolves as new literature is added.
When a situation is described, SOLV builds a situational model using location, topic, stakeholder landscape, constraints, and budget.
Based on this model, SOLV selects, ranks, and weights the actions that fit, delivering recommendations that are immediately applicable rather than generic. The intelligence base stays current without manual recuration.
KEY PLATFORM OUTPUTS
Structured inventory of all documented interventions within a domain, extracted from curated authoritative sources.
What interventions exist for reducing aircraft noise impact on residential areas?
Which measures have been documented for improving biodiversity in urban waterways?
What does the literature say about community engagement in wind farm siting?
Each action pre-rated across hundreds of criteria including context fit, stakeholder values, effectiveness, cost, and constraints.
Which noise mitigation measures are most effective for night-time disturbance?
What are the implementation costs and timelines for each option?
Which interventions work in dense urban contexts versus rural settings?
Automatically generated ranked lists of actions for a specific situation, weighted according to contextual parameters.
Given our site constraints and stakeholder landscape, which interventions should we prioritise?
What's the best approach for a project in a politically sensitive area with limited budget?
If community acceptance matters more than speed, how does the ranking change?
Every recommendation linked back to the underlying literature and expertise.
What's the evidence base for recommending this intervention?
Which studies support the effectiveness rating for this measure?
If a stakeholder challenges this recommendation, where's the documentation?
Generic AI operates on broad web data and probabilistic text generation.
Complex systems require domain-specific modelling and structured interpretation.
SOLV is designed for that class of problems.
| Generic AI tools | SOLV Domain intelligence | |
| Knowledge source | Broad, uncontrolled web data | Curated, authoritative domain literature |
| Knowledge structure | Unstructured text generation | Structured action library with explicit data model |
| Context handling | Shallow prompt interpretation | Situational modelling using 100+ contextual parameters |
| Recommendation logic | Probabilistic text completion | Multi-criteria matching and ranking |
| Traceability | No guaranteed provenance | Full traceability to source literature |
| Reusability | One-off answers | Persistent, evolving intelligence asset |