RiskDNA / Glass box risk intelligence

Reason over a
shared model of risk.

RiskDNA gives people and AI agents a shared world view of risk: a structured model of business activities, exposures and relationships. Named, sourced and dated genes preserve what was known, what was priced and what changed. Reasoning starts with that inspectable evidence, not language alone.

RiskDNA models the business.
Slice Mind coordinates the work.

Three vectors / one business sequence

One business genome, represented three ways.

One business genome: Business Facts, Business Insights and Risk ContextThree strands illustrate three complementary vector representations of the same business sequence. The gene catalogue contains 96+ genes organized into 10 chromosomes. The number populated for each risk depends on the available evidence; these are not counts for each vector.BusinessFactsBusinessInsightsRiskContext
Business Facts
What we know about the business.
Business Insights
What people and AI agents interpret from the evidence.
Risk Context
How those facts and insights relate to outcomes, exposures, coverage and market conditions.

96+ genes

Named, sourced, dated observations

10 chromosomes

Related genes organized into risk dimensions

Genes form chromosomes within one business genome. Three complementary vector representations support comparison and reasoning over the risk.

Named · Sourced · Dated

RiskDNA / Sequencing

Sequence the RiskDNA. Understand the risk.

Named, sourced and dated genes form chromosomes; chromosomes form the business sequence. Outcomes sit alongside that sequence on a separate axis. Conflicting observations remain evidence to inspect, with their sources intact.

GenesNamed observationsSource + date + value + confidence
ChromosomesOrganized risk dimensionsRelated genes in context
SequenceThe business at a momentPreserved across its lifecycle
Outcome axisWhat happened nextLinked to the relevant risk snapshot

Understand the business.

Understand the business profile, ownership, finances, controls, market position and timing. Coverage, geography, distribution channel and market conditions add context.

Business context

Inspect the evidence.

Keep sources, dates and confidence visible. Distinguish documented facts from inferred insights, and retain conflicting observations for inspection.

Facts + interpretation
Slice / RiskDNARisk intelligence

Selected chromosome groups

See the risk in context.

Business characteristics, organized for shared understanding.

RiskDNA: selected chromosome groupsA simplified profile across six selected chromosome groups: Business Profile, Ownership & Governance, Financial Health, Risk Management, Market Position, Temporal Dynamics. The full genome has ten chromosomes. The magenta shape uses invented display values; these are not production scores, loss probabilities or a measure of overall risk. Coverage, geography, channel, market conditions and outcomes provide additional context outside this profile.BusinessProfileOwnership &GovernanceFinancialHealthRiskManagementMarketPositionTemporalDynamics

Illustrative risk profile

Six selected chromosome groups · not an overall risk score

Glass box risk intelligenceSee the evidence behind the risk.Shared context for people and AI agents.

Evidence travels with the risk.

Source → signal → decision

Find relevant precedents.

Compare the shape of the risk, then assess whether the coverage, period and outcomes make the comparison useful.

Comparable risks

See what changed.

Track successive snapshots. Connect new exposures and emerging loss experience to the next decision.

Risk trajectory

Ground the reasoning

A model of risk. Not language alone.

LLMs help interpret documents and reason about evidence. RiskDNA gives that reasoning a persistent model of the business: its activities, exposures, relationships, history and comparable risks. People and AI agents can inspect the same context, question an interpretation and trace observations to their sources as language models evolve.

RiskDNA genome profile interface: a radar chart across Business Profile, Ownership & Governance, Operational Capacity, Risk Management, Market Position and Insurance History, beside a business context panel listing activities, exposures, relationships and source-linked observations, with portfolio overview, risk insights, source evidence and decision record windows around it
  1. What is this business?

    Sequence activities, exposures and relationships into named attributes. Keep each observation connected to its source and date.

  2. What were the insights?

    Preserve the risk and insights from people and AI agents at the decision moment. Later evidence adds to the record without overwriting what was known then.

  3. What happened to risks like it?

    Discover cohorts across multiple dimensions and three vector representations. Bring profitability and retention alongside the risk characteristics those peers share.

RiskDNA / Multidimensional cohorts

See the risk. Find its peers.

RiskDNA compares risks across dimensions and three vector representations. It reveals cohorts beyond ISO class, ZIP code and revenue, bringing together risks whose wider patterns are alike.

A landscape of riskConcept illustration / synthetic peer histories
A selected risk, its comparison cohort and profitable peersConceptual two-dimensional view of multidimensional risk similarity. A black diamond marks the selected risk, whose outcome is unknown. Twelve peers inside the magenta boundary form its comparison cohort; 9 are profitable. Magenta points mark profitable peers. Other clusters represent different risk patterns. All 72 peer histories, positions and outcomes are invented for this illustration, not measured model results.Risk 1, comparison cohort, profitableRisk 2, comparison cohort, profitableRisk 3, comparison cohort, profitableRisk 4, comparison cohort, profitableRisk 5, comparison cohort, profitableRisk 6, comparison cohortRisk 7, comparison cohort, profitableRisk 8, comparison cohort, profitableRisk 9, comparison cohortRisk 10, comparison cohort, profitableRisk 11, comparison cohortRisk 12, comparison cohort, profitableRisk 13Risk 14Risk 15Risk 16Risk 17Risk 18Risk 19Risk 20, profitableRisk 21Risk 22Risk 23, profitableRisk 24Risk 25Risk 26, profitableRisk 27Risk 28, profitableRisk 29Risk 30Risk 31, profitableRisk 32Risk 33Risk 34Risk 35, profitableRisk 36Risk 37, profitableRisk 38Risk 39, profitableRisk 40, profitableRisk 41Risk 42, profitableRisk 43Risk 44, profitableRisk 45, profitableRisk 46Risk 47, profitableRisk 48Risk 49, profitableRisk 50Risk 51, profitableRisk 52, profitableRisk 53Risk 54Risk 55Risk 56, profitableRisk 57Risk 58, profitableRisk 59Risk 60Risk 61, profitableRisk 62Risk 63Risk 64, profitableRisk 65Risk 66, profitableRisk 67Risk 68, profitableRisk 69Risk 70Risk 71Risk 72Selected riskComparisoncohort

◆ Selected risk● Profitable◌ Comparison cohort

Nearby points suggest shared risk characteristics. Magenta identifies profitable peers. The boundary marks the selected risk’s comparison cohort. All 72 peer histories, positions and outcomes are invented for this illustration, not measured model results.

Within the illustrative cohort

Shared risk patterns. Profitability in context.

Compare the selected risk with its peers. Investigate the characteristics and experience associated with profitable business.

Comparable peers
12
Profitable
9 of 12

The next question is why.

Do differences in controls, coverage, terms or loss experience help explain the profitability of otherwise comparable risks?

Illustrative counts. The selected risk has no outcome assigned; similarity does not guarantee profitability.

Find

Discover overlooked peers.

Find common risk patterns across businesses that sit in different traditional categories.

Distinguish

Separate apparent lookalikes.

Risks in the same class, location or revenue band can have very different operations, exposures and controls.

Understand

Bring outcomes into context.

Look at profitability within comparable cohorts, then investigate the differences that matter.

The living record

The business changes. The record remembers.

Lifecycle events write snapshots of the risk. The priced moment remains a reference point, so the next decision can use both the original context and the evidence that followed.

A sequence through time.

Illustrative lifecycle / changing business activities

  • Priced moment

    Workshop fabrication recorded

    The application, activity description and available evidence are preserved with the decision context.

  • Later observation

    Installation activity expands

    New project records describe more work at customer locations. Both observations remain visible with their dates.

  • Outcome context

    Connect experience to the relevant risk

    Relate subsequent results to the snapshot in force at that time, rather than today’s description of the business.

Are you still insuring what you priced?

The drift product is designed to compare current risk with the priced-moment snapshot, explain changes at the gene level and calibrate their significance against the carrier’s own outcomes.

Adverse drift

New activities or exposures may call for a closer look at terms, appetite or pricing adequacy.

Favorable drift

Improved controls or reduced exposures deserve recognition in retention and underwriting decisions.

Risk change and market change are different signals.

A softer market can coincide with rising exposure. Compare both before deciding how to respond.

RiskDNA + Slice Mind

People manage. AI agents execute.

Slice’s AI-first MGA is built for AI agents to carry work from end to end. Inserting people into routine steps recreates human handoffs, queues and dependencies. Shared services connect underwriting, pricing, servicing, claims, distribution, finance and regulatory operations.

Understand

RiskDNA

The shared risk model: business characteristics, operating context, evidence, confidence and lifecycle snapshots, with outcomes linked separately.

Coordinate

Slice Mind

AI agents interpret submissions, research and enrich context, produce insights and recommendations, and coordinate communication and work through approved tools and knowledge bases.

Execute

Slice ICS

The insurance core — Slice’s Insurance Cloud Services (ICS) — applies configured rules and calculations, executes policy and payment transactions, and maintains tax, reporting and servicing records.

Glass box / Governance and compliance

Glass box. Not black box.

Inspect the risk model behind the reasoning: named observations, sources, dates and conflicting evidence. People and AI agents work from shared context that can be examined and challenged. Replayability and repeatability remain targets for the next test program.

Talk about the intelligence layer

Evidence you can inspect

Inspect sources, timestamps and confidence behind each gene. Preserve conflicts, identify missing evidence and separate observations from interpretation.

Replayable decisions

Design target: replay a decision from its observation log with the relevant data, model and rule versions pinned.

Management and authority

People manage objectives, appetite and material decisions. Systems enforce the boundaries for AI agent execution.

Tests that earn trust

Designed tests address repeatability, proxy effects and comparison quality. The first neighborhood-quality report is pending; measured lift must precede claims of improved results.

Governance & compliance

A shared record for compliance review.

Source-linked observations and lifecycle snapshots help authorized compliance teams, carrier partners and auditors examine what was known about a risk at a particular moment. Inspectable evidence supports oversight, while defined authority and accountable people govern how AI agents act.

Evidence
Trace sources and changes.
Authority
Define what AI agents may do.
Accountability
People own material decisions.

Built for the business of insurance

Partner with Slice to put RiskDNA to work.

Start with the business sequence. Explore the live foundation and the evidence needed to bring drift, AI agents and network intelligence into your operating model.

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