01
Models the domain as a structured ontology
Objects, links, properties and types represent the domain rather than remaining implicit in prose.
Ontology platform capability benchmark
How much of an ontology platformare you actually buying?
Assess your platform against 24 capabilities spanning induced-versus-compiled sourcing, authoritative rule extraction, deterministic execution, auditability, portability, operations and trust. You will get an immediate score and a preview of the prioritised improvement plan.
24 capabilities6 categoriesAbout 5 minutes
Matrix-derived presets
Start from a reference platform
Prefill all 24 answers from the published comparison, then review and adjust them for the product and deployment you are assessing.
Illustrative public-material benchmark, not a vendor self-assessment or certification.
0 / 24 answered
01
Ontology source & extraction
Where the model comes from
This category measures the induced-versus-compiled divide: whether the rulebook was written down by engineers observing the business, or compiled from the documents that govern it.
02Operome differentiator
Deontic expressiveness
Represents permitted, required, blocked, routed and escalated states, not only numerical outputs.
03Operome differentiator
Extracts the normative rulebook from authoritative documents
Obligations, conditions and computations are lifted from laws, contracts, policies and standards.
04Operome differentiator
Automated, bottom-up extraction
Structure is derived from the source automatically rather than modelled manually from the top down.
05Operome differentiator
Every rule traceable to its governing clause
Any output can be followed back to the specific clause of the authority that produced it.
06Operome differentiator
Complete coverage of the rulebook
The entire governing text is captured rather than a prompted or sampled subset.
02
Execution & determinism
How the rule runs
07Operome differentiator
Deterministic execution
Identical inputs yield identical, reproducible outputs every time.
08Operome differentiator
Provable correctness against the rule
Produces proof that the computation faithfully applies the rule, not merely a test pass-rate.
09Operome differentiator
Execution independent of model or version
Behaviour remains stable when an underlying probabilistic model is upgraded or swapped.
10Operome differentiator
Probabilistic model kept out of the decision loop
A model may propose, but it does not sit on the live decision or release.
11Operome differentiator
No fabrication
The system cannot invent a rule or value that is absent from the source.
03
Audit, change & portability
Over the lifecycle
12Operome differentiator
Output auditable to rule and inputs
A regulator or court can see why the output is the correct application of the governing rule.
13Operome differentiator
Re-extract and diff when the authority changes
Amended sources are reprocessed and changes surfaced against the prior version.
14Operome differentiator
Portable, composable and federable rule artefact
Compiled rules can be lifted out, combined and federated rather than locked to one platform.
15Operome differentiator
Point-in-time resolution
The platform resolves which version of the rule was in force at the date of an action.
04
Application, integration & operations
The surrounding stack
16
Builds executable applications on the ontology
End-user applications and review interfaces are generated on the same governed primitives.
17Operome differentiator
Authorisation and permissioning model
Who may do what is enforced reliably, ideally as part of the model itself.
18
Connects heterogeneous external data at scale
Many formats and legacy systems can be integrated with write-back where required.
19
Event-driven automation and agent orchestration
Workflows and agents can be triggered by events across the platform.
20
Large-scale heterogeneous intelligence analytics
Supports correlation, link analysis, anomaly detection and weak-signal discovery across messy sources.
05
Trust posture
Regulated and high-stakes use
21Operome differentiator
Fit as a compliance or certification system of record
Can prove deterministically that an action was permitted in consequential settings.
22
Production validation in a regulated or sensitive environment
The platform has been demonstrated in live, consequential operation.
06
Strategic posture
Sovereignty and maturity
23
No runtime dependency on a foreign model or provider
Operation continues if a foreign model or vendor is withdrawn.
24
Platform maturity, breadth and install base
The deployed surface, operational history and reference base support production adoption.
Assessment progress
24 to go
Complete every capability for a fair, comparable score.