Technology

High Fidelity
Risk Protocols.

Telemetry in. Scored risk out. Evidence packaged for underwriting, pricing, and claims — without manual interpretation at every step.

YAS Technology Platform

Architecture

From signal to protection workflow.

Raw telemetry is ingested and scored. Scored risk feeds evidence packets. Evidence packets drive pricing inputs, reserve logic, and claims triage — on two parallel rails.

Layer 01

Ingest

ROS2 · OBD-II · GPS · sensor health · operator context

Layer 02

Score

Fleet Protection Score · drift vs baseline · environment factors

Layer 03

Evidence

Structured telemetry excerpt · event tier · confidence rating

Layer 04

Price / Reserve

Underwriting inputs · premium adjustment · reserve earmark

Layer 05

Execute

Rail 1 (insurance) · Rail 2 (assurance) · audit trail

Rail 1 — Insurance

Underwriting & Claims

  • • evidence packets feed underwriting decisions
  • • risk scores inform premium and deductible structure
  • • claims triage backed by timestamped telemetry
  • • renewal repricing from operating data
Rail 2 — Assurance

Real-Time Response Layer

  • • telemetry breach triggers pre-agreed response
  • • event classified: near-miss / minor / major / critical
  • • reserve earmarked automatically on qualifying trigger
  • • evidence packet packaged and routed to Rail 1

Rail 2

Assurance Rail: Technical Model

How telemetry becomes protection logic without promising magic that doesn’t exist yet.

Telemetry Ingestion

  • • ROS2: nav, perception, control summaries
  • • Telematics: GPS, speed, acceleration, uptime
  • • OBD-II/CAN: fault codes, battery, motor controllers
  • • Sensor health: calibration drift, blind spots
  • • Context: geo-fence, operator ID, shift/time

Risk Intelligence

  • • Fleet Protection Score (FPS) updated continuously
  • • Drift detection: behavior vs. baseline models
  • • Environment risk: location, crowd density, weather
  • • Policy exceptions: out-of-bounds modes/routes
  • • Confidence + freshness tracking on signals

Assurance Logic

  • • Event tiers: near-miss, minor, major, critical
  • • Triggers: notify, isolate unit, reserve earmark
  • • Evidence packet: standardized telemetry excerpt
  • • SLA clocks: response + settlement timers
  • • Human-in-loop: review gates + audit trail
Reference Flow
  1. Step 01
    Ingest
    Telemetry, ROS2, OBD-II, operator context
  2. Step 02
    Score
    Fleet Protection Score updated continuously
  3. Step 03
    Detect
    Drift vs baseline, fault codes, geo-context
  4. Step 04
    Classify
    Near-miss → critical, human checkpoint
  5. Step 05
    Respond
    Reserve earmark, evidence packet, Rail 1 routing

Settlement automation is scoped to pre-agreed triggers only. All other cases route to assisted workflows.

YAS Assurance Control Center — Rail 2 operating surface

Rail 2 Assurance Control Center — Illustrative interface

Security & Privacy

Unbreakable Trust.

Robotic and mobility telemetry is sensitive. Our infrastructure is designed so fleets can share what is needed for scoring, underwriting support, and response workflows without turning the platform into a surveillance system.

Zero-Knowledge Ingestion

Evaluate risk without storing raw camera or sensor feeds.

Isolated Data Vaults

Every fleet operator has a dedicated, encrypted data enclave.

Compliance Grade

ISO 27001 and SOC2 compliant infrastructure as standard.

YAS Security Layer
Secure
> Initializing YAS Protocol v2.4.1
✓ Node: 0x82...a4f authenticated
✓ Telemetry channel encrypted [AES-256]
✓ Fleet enclave isolated [Vault ID: FLT-0042]
✓ Risk engine: [ACTIVE] · FPS: 87/100
✓ Evidence packet: [PACKAGED] · Hash locked
✓ Reserve earmarked: [CONFIRMED] · Rail 2
~ Audit trail: [WRITING] · 1,247 events logged
> All systems nominal. Compliance: ISO 27001
_ █

Build the Future.

Built for qualified operators, insurers, and technology partners who need a more programmable approach to machine-risk protection.

Request Access →View Operating Model
Fleet OperatorsCarriers & UnderwritersTechnology Partners