ICEYE and Juniper Re, LLC
announce multi-year flood and wildfire data
collaboration
April 25, 2024
ICEYE, a global leader in
satellite-powered disaster management solutions, has
announced a new data collaboration with Juniper Re,
LLC ("Juniper Re"), the dynamic reinsurance broking
arm and indirect subsidiary of BRP Group, Inc.
(NASDAQ: BRP).
Juniper Re will leverage
ICEYE's Flood and Wildfire Insights data to support
their carrier clients by accessing near real-time
observed data on large-scale events to determine the
impact within hours and support data-driven
decisions.
This collaboration forms part
of Juniper Re's investment in innovative solutions
to enhance their ability to support clients. Rapid
access to ICEYE's hazard and damage data will enable
Juniper Re's clients to respond to natural disasters
accurately and quickly, improving their
decision-making, and ultimately transforming their
ability to manage the loss.
ICEYE operates the world's
largest constellation of synthetic aperture radar
(SAR) satellites, offering unrivaled access to
actionable Earth observation data. This provides the
insurance sector with an entirely new level of
persistent monitoring for any location on Earth,
delivering uninterrupted visibility, both day and
night, in any weather conditions.
Adam Miron, Head of Catastrophe
Analytics, Juniper Re, commented: "ICEYE's
ground-breaking technology is a game changer for
persistent monitoring and actionable insights. The
ability to identify specific risks and ground-truth
damage at scale, no matter the condition, in near
real-time is revolutionary. Damage can be understood
in hours as opposed to days, allowing our clients to
quickly understand the impact of an event and
promptly undertake loss mitigation steps."
Kurt Jackson, Head of
Insurance, Americas at ICEYE, said: "We are
delighted to collaborate with Juniper Re and support
the development of leading-edge data solutions. This
collaboration aligns with ICEYE's mission to get
near real-time observed data into the hands of
carriers and brokers following extreme weather
events, enabling the industry to make better and
faster decisions."
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