ThermalGuard™ by Ninka

The new pre-fire intelligence layer

ThermalGuard™ is designed to detect thermal risk before ignition across electrified infrastructure — from EV systems and BESS to wind, buildings and industrial environments.

Before ignition Early anomaly detection instead of late-stage response
Multi-vertical EV, BESS, wind, buildings, cargo and future industrial use
Patent-based Structured for defensibility, integration and long-term scale

Why it matters

Current fire safety systems are reactive. By the time smoke or flame appears, damage has already escalated. ThermalGuard™ is built to act earlier.

Core promise

  • Continuous thermal monitoring
  • Early anomaly detection
  • Automated localized response
  • Scalable deployment across industries

Built for strategic scale

Positioned as a safety and risk-reduction layer with strong relevance for industrial OEMs, infrastructure players, insurers and strategic integration partners.

One platform. Multiple high-value applications.

ThermalGuard™ is built as a core technology platform that can be deployed across several large and growing risk categories.

EV & BESS

Early thermal anomaly detection for battery systems and electrified assets where conventional detection often comes too late.

Wind & Energy Infrastructure

A scalable monitoring and response layer for high-value technical installations where downtime and fire loss carry major cost.

Buildings & Industrial Environments

Designed for discreet integration into homes, commercial buildings, garages, technical spaces and future industrial applications.

A market shaped by electrification, density and risk

The shift toward electrified infrastructure increases both opportunity and exposure. ThermalGuard™ is designed for the growing gap between existing fire detection and the need for earlier intervention.

The problem

  • Traditional systems detect too late
  • Damage escalates rapidly once smoke or flame is visible
  • Electrification increases complexity and thermal risk
  • Insurance and industry need earlier intervention layers

The opportunity

  • Multi-billion loss categories across energy, mobility and infrastructure
  • Platform strategy enables multi-vertical growth
  • Integration potential with industrial and building systems
  • Potential to become embedded infrastructure

Designed for partnership, licensing and strategic deployment

ThermalGuard™ is structured for industrial relevance from day one — with clear application pathways, patent strategy and a platform model that supports integration at scale.

Industrial OEMs

Relevant for players seeking earlier-stage risk detection as part of electrified products, facilities and systems.

Energy & Infrastructure

Strong relevance for energy systems, electrified environments and assets where fire risk is both costly and operationally critical.

Insurance & Risk Reduction

A meaningful prevention layer aligned with the growing need for loss mitigation before damage escalates.

Why now

Battery density is rising. Technical systems are becoming more complex. Risk is increasing faster than current safety architecture is evolving. ThermalGuard™ is positioned to answer that gap.

What makes ThermalGuard™ different

  • Focus on risk before ignition
  • Connects detection to response
  • Built as a platform, not a single-use product
  • Relevant across multiple high-value sectors

Strategic direction

  • Patent-backed core platform
  • Application-specific expansion pathways
  • Licensing and integration potential
  • International deployment mindset from the start

Open to partnership, investment and strategic dialogue

If you see the potential in a new early-stage safety layer for electrified infrastructure, we would be glad to connect.

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