Insurance Rating & Calculation Engine

Build and maintain your underwriting edge

Build and maintain your underwriting edge

  • Centralize underwriting logic

    Bring pricing, rating, appetite, and authority logic into one governed platform. Make it callable by workflows, APIs, and agents — and auditable across every change.

  • Ship models faster

    Build calculation logic through Python, low-code configuration, or built-in AI agents. Move changes from draft to versioned deployment through a governed release process.

  • Integrate without replacing

    Connect into existing workflows, APIs, and systems from day one. Expand to end-to-end underwriting over time — value compounds as coverage grows.

Calculation engine capabilities

How It Works

Gradient background in warm tones, conveying a sense of innovation and clarity.

Build complex insurance calculations

  • Build sophisticated pricing, rating, appetite, and risk logic in Python — designed for the full complexity of Commercial P&C lines.

  • Accelerate builds with AI that has full context of your calculation logic, data schemas, and system architecture.

  • Reuse governed components to shorten development cycles and eliminate duplicated work.

Soft gradient background transitioning from pink to lavender.

Govern and version calculation logic

  • Version calculation logic so underwriters, systems, and agents always call the current approved release.

  • Maintain auditability across model changes, releases, and production use.

  • Give actuarial, underwriting, and IT teams a shared control layer for high-consequence decisions.

A gradient background featuring shades of purple and red, suggesting innovation.

Deploy calculations into underwriting workflows

  • Make Calculation Engines available as governed tools for underwriters, applications, APIs, workflows, and agents.

  • Connect calculation outputs to submission intake, triage, pricing decisions, and portfolio feedback loops.

  • Roll out in phases, from a controlled calculation layer to a broader end-to-end hx platform.

How It Works

Gradient background in warm tones, conveying a sense of innovation and clarity.

Build complex insurance calculations

  • Build sophisticated pricing, rating, appetite, and risk logic in Python — designed for the full complexity of Commercial P&C lines.

  • Accelerate builds with AI that has full context of your calculation logic, data schemas, and system architecture.

  • Reuse governed components to shorten development cycles and eliminate duplicated work.

Soft gradient background transitioning from pink to lavender.

Govern and version calculation logic

  • Version calculation logic so underwriters, systems, and agents always call the current approved release.

  • Maintain auditability across model changes, releases, and production use.

  • Give actuarial, underwriting, and IT teams a shared control layer for high-consequence decisions.

A gradient background featuring shades of purple and red, suggesting innovation.

Deploy calculations into underwriting workflows

  • Make Calculation Engines available as governed tools for underwriters, applications, APIs, workflows, and agents.

  • Connect calculation outputs to submission intake, triage, pricing decisions, and portfolio feedback loops.

  • Roll out in phases, from a controlled calculation layer to a broader end-to-end hx platform.

How It Works

Gradient background in warm tones, conveying a sense of innovation and clarity.

Build complex insurance calculations

  • Build sophisticated pricing, rating, appetite, and risk logic in Python — designed for the full complexity of Commercial P&C lines.

  • Accelerate builds with AI that has full context of your calculation logic, data schemas, and system architecture.

  • Reuse governed components to shorten development cycles and eliminate duplicated work.

Soft gradient background transitioning from pink to lavender.

Govern and version calculation logic

  • Version calculation logic so underwriters, systems, and agents always call the current approved release.

  • Maintain auditability across model changes, releases, and production use.

  • Give actuarial, underwriting, and IT teams a shared control layer for high-consequence decisions.

A gradient background featuring shades of purple and red, suggesting innovation.

Deploy calculations into underwriting workflows

  • Make Calculation Engines available as governed tools for underwriters, applications, APIs, workflows, and agents.

  • Connect calculation outputs to submission intake, triage, pricing decisions, and portfolio feedback loops.

  • Roll out in phases, from a controlled calculation layer to a broader end-to-end hx platform.

Gradient background in warm tones, conveying a sense of innovation and clarity.

Build complex insurance calculations

  • Build sophisticated pricing, rating, appetite, and risk logic in Python — designed for the full complexity of Commercial P&C lines.

  • Accelerate builds with AI that has full context of your calculation logic, data schemas, and system architecture.

  • Reuse governed components to shorten development cycles and eliminate duplicated work.

Gradient background in warm tones, conveying a sense of innovation and clarity.

Build complex insurance calculations

  • Build sophisticated pricing, rating, appetite, and risk logic in Python — designed for the full complexity of Commercial P&C lines.

  • Accelerate builds with AI that has full context of your calculation logic, data schemas, and system architecture.

  • Reuse governed components to shorten development cycles and eliminate duplicated work.

Soft gradient background transitioning from pink to lavender.

Govern and version calculation logic

  • Version calculation logic so underwriters, systems, and agents always call the current approved release.

  • Maintain auditability across model changes, releases, and production use.

  • Give actuarial, underwriting, and IT teams a shared control layer for high-consequence decisions.

Soft gradient background transitioning from pink to lavender.

Govern and version calculation logic

  • Version calculation logic so underwriters, systems, and agents always call the current approved release.

  • Maintain auditability across model changes, releases, and production use.

  • Give actuarial, underwriting, and IT teams a shared control layer for high-consequence decisions.

A gradient background featuring shades of purple and red, suggesting innovation.

Deploy calculations into underwriting workflows

  • Make Calculation Engines available as governed tools for underwriters, applications, APIs, workflows, and agents.

  • Connect calculation outputs to submission intake, triage, pricing decisions, and portfolio feedback loops.

  • Roll out in phases, from a controlled calculation layer to a broader end-to-end hx platform.

A gradient background featuring shades of purple and red, suggesting innovation.

Deploy calculations into underwriting workflows

  • Make Calculation Engines available as governed tools for underwriters, applications, APIs, workflows, and agents.

  • Connect calculation outputs to submission intake, triage, pricing decisions, and portfolio feedback loops.

  • Roll out in phases, from a controlled calculation layer to a broader end-to-end hx platform.

Three modes
of operation

Discover

Related Capabilities

Quote

“By partnering with hx, we’re making intelligent underwriting a reality for our Global Corporate & Specialty business”

Karen Dayal

Former Chief Underwriting Officer, Aviva

Quote

“By partnering with hx, we’re making intelligent underwriting a reality for our Global Corporate & Specialty business”

Karen Dayal

Former Chief Underwriting Officer, Aviva

Quote

“By partnering with hx, we’re making intelligent underwriting a reality for our Global Corporate & Specialty business”

Karen Dayal

Former Chief Underwriting Officer, Aviva

FAQs

  • 01

    How does Calculation Engine handle the complexity of large (re)insurance pricing?

  • 02

    What does a "programmable, composable" calculation engine mean?

  • 03

    Can we convert our Excel pricing models into the engine?

  • 04

    How are model changes governed, versioned and audited?

  • 05

    What's the difference between a rating engine and a pricing engine?

  • 06

    What is an insurance rating engine?

FAQs

  • 01

    How does Calculation Engine handle the complexity of large (re)insurance pricing?

  • 02

    What does a "programmable, composable" calculation engine mean?

  • 03

    Can we convert our Excel pricing models into the engine?

  • 04

    How are model changes governed, versioned and audited?

  • 05

    What's the difference between a rating engine and a pricing engine?

  • 06

    What is an insurance rating engine?

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