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Kalibre

Kalibre provides a unified platform that ingests live data from radio, backhaul, power, voice logging, configuration changes, weather and threat feeds, then correlates and suppresses noise to surface only incidents that impact coverage, capacity or safety. Its Insight Engine models real‑time service impact and prioritizes alerts by service, site and region, delivering actionable outcomes through existing NOC dashboards or APIs. This enables public safety, emergency services and critical infrastructure operators to quickly identify and resolve the faults that truly matter.

Melbourne, AustraliaFounded 200719300+ followers
Updated 2 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Founder details are not available yet.

Product

Problem

Land Mobile Radio (LMR) networks generate thousands of alerts daily, most of which are noise, making it difficult for operators to identify the few faults that actually affect coverage, capacity, safety, or service continuity.

Solution

Kalibre aggregates data from radio, backhaul, power, voice logging, configuration changes, weather, and external threat sources into a single platform. Its Insight Engine correlates these signals, suppresses irrelevant alerts, and models real‑time service impact to highlight which faults matter. The system then presents prioritized, actionable outcomes that indicate coverage risk, affected services, and required operator actions, enabling rapid, informed decisions during incidents. Kalibre integrates with existing NOC tools and Genesis GenWatch/UEM, so organizations can adopt the solution without replacing their current infrastructure.

Target Audience

Primary customers are public safety agencies, emergency services, utilities, transport authorities, and other operators of mission‑critical LMR and radio communications networks.

Features

  • Unified ingestion of live data from radio, backhaul, power, voice logging, applications, configuration events, weather and threat feeds
  • Real‑time event correlation and noise suppression to surface only incidents with operational impact
  • Service‑impact modeling that maps faults to coverage, capacity and user‑level consequences
  • Prioritized incident view by service, site and region with contextual asset and environmental information
  • Alerting and decision outputs delivered through existing NOC dashboards or integrated tools via trusted APIs
  • Compatibility with ASTRO25, LMR, Genesis GenWatch, UEM and other monitoring platforms
This profile is AI-generated and may contain inaccuracies.