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Published on
15 October 2021
Status
Progress not updated

Building Seismic Insights by Global Seismic Data

Expected duration
Jan 2018 - Dec 2030
SFVC commitment ID
20210921_002
Version
1.0
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Global Seismic Data (GSD) is a global, full-service Structural Health Monitoring Software-as-a-Service company. Integrating innovation, technology and structural engineering into a single professional solution with its industry partners.

    Description

    Global Seismic Data (GSD) was established in New Zealand in 2018. Proponents in the development of affordable cloud service solutions that measure seismic activity of buildings and infrastructure. Resulting data is used to flag vulnerabilities, allowing engineers to assess and strengthen structures – providing economic resilience for building owners. In addition, alerts are broadcast during a large event to notify stakeholders of a buildings status – protecting lives and allowing businesses to resume as soon as possible after an event.

    Earthquakes are a global hazard which pose a threat to life and cause significant business interruption and social upheaval. Our Structural Health Monitoring System™ protects lives and reduce recovery costs. Furthermore, our system bring benefits for the whole community: Personal safety and economic preparedness; Rapid informed building occupancy decisions during an event; Improved life safety decisions; Reduced business interruption; Prevents unnecessary evacuations; Co-ordination of emergency response; and Reduction of costly downtime and distress.

    An example of the way we do this is by strategically placing trademarked sensors within a building. Sensors relay seismic movement within millimetre accuracy to our cloud-based data centre 24/7. Spectra data is measured and analysed, measuring a buildings structural health – like an electrocardiogram (ECG) check for buildings. Engineers and building owners have access to real-time and historical data in order to assess: Immediate needs in a live event, allowing decisions on building occupancy, to stay or evacuate; or To plan and futureproof for safety and economic recovery and to identify workplace hazards.

    GSD has a valuable team of skilled individuals working together to provide excellence in the delivery of affordable seismic monitoring services. We provide ongoing support to our growing network of dedicated partners around the world. The shareholder mix of technology, engineering and natural hazards sector experts provides a valuable resource to lead and build seismic insights that will benefit whole communities.

    Did the Sendai Framework change or contribute to changes in your activities/organization? If so, how?

    The Sendai Framework calls for the promotion of real-time access to reliable data, make use of space and onsite information, and use information and communications technology innovations to enhance measurement tools and the collection, analysis and dissemination of data for better disaster risk management. Furthermore, it indicates that investing in technology and research is a key component to enhance multi-hazard early warning systems, preparedness, response, recovery, rehabilitation and reconstruction. At GSD we aim to contribute to this and other aspects of the Sendai Framework.

    What led you to make this commitment/initiative?

    What was your position before making this Voluntary Commitment / prior to the Sendai Framework?

    Among several aspects relevant to science, the Sendai Framework identified research and technology gaps as an important issue. In particular for promoting and supporting the availability and application of science and technology to decision-making.

    Within this framework, GSD’s vision is to see businesses and communities benefit from a system of safety by continuing to grow joint venture partnerships locally and globally with engineering companies, telecommunication companies, and insurers.

    “We want to enable building owners, property managers, facilities managers along with government local authorities and engineering companies to prepare, be well equipped with a high quality, sustainable valid risk matrix. We want to see lives saved and rapid recovery during large seismic events.”

    Deliverables and Progress report

    Deliverables

    Deliverables are the end-products of the initiative/commitment, which can include issuance of publications or knowledge products, outcomes of workshops, training programs, videos, links, photographs, etc.

    Examples of Our Spectra Data Analysis
    Intended date of delivery
    31 December 2030

    Engineers need to easily and quickly assess building structural safety at any given moment in time. Engineers are able to instantly access building specific performance metrics to make informed decisions. This has proven to enable rapid data-based triage of multiple buildings and target specific buildings or floors for physical inspection. Along with providing building occupancy status to aid critical life safety decisions, our real-time Alerting Service App improves business continuity outcomes. See examples of our spectra data analysis in the link below.

    File
    Examples of Our Spectra Data Analysis (1.86 MB)
    Link
    https://mk0globalseismiv8qyf.kinstacdn.com/wp-content/uploads/2021/04/Response-…
    Five Phase System Solution
    Intended date of delivery
    31 December 2030

    Our Five Phase System Solution provides ongoing access and assessment of seismic data on buildings and infrastructure, communities can better prepare for, and manage seismic events across the resilience index, of risk, readiness, response and recovery.

    File
    Five Phase System Solution (449.59 KB)
    Link
    https://mk0globalseismiv8qyf.kinstacdn.com/wp-content/uploads/2021/05/5-phase-s…
    News Feed
    Intended date of delivery
    31 December 2030

    We can learn a lot from historical events and understand critical needs from communities managing emergency response to current seismic events. Our news feed includes industry insights from engineers and historical events.

    You may access a curated list of seismic events from around the world in the link below.

    Link
    https://gsdhq.io/news/
    Structural Health Monitoring System
    Intended date of delivery
    31 December 2030

    GSD’s strategically-located sensors constantly monitor a building’s movement and behaviour. These sensors measure any changes in its orientation, safety and capacity to keep people safe.

    More information in the link below.

    Link
    https://gsdhq.io/how-it-works/
    Organizations and focal points

    Implementing Organization(s)

    • Global Seismic Data

    Focal points

    If a VC's contact information has been hidden, the SFVC team can forward a message.

    Partners

    • Miyamoto International

    Explore further

    Sendai priorities
    Priority 1Understanding disaster risk
    Priority 3Investing in disaster risk reduction for resilience
    Sendai targets and indicators
    A-1 (Compound)Number of deaths and missing persons attributed to disasters, per 100,000 population
    B-1 (Compound)Number of directly affected people attributed to disasters, per 100,000 population
    C-1 (Compound)Direct economic loss attributed to disasters in relation to global gross domestic product
    D-1 (Compound)Damage to critical infrastructure attributed to disasters
    Hazards Earthquake
    Themes Critical infrastructure Preparedness Early warning Data and information management Private sector Risk identification and assessment Science-policy-practice interface Structural safety Urban risk and planning
    Sustainable Development Goals SDG9: Industry, innovation and infrastructure SDG11: Sustainable cities and communities
    Scope
    Global
    Secured budget size
    100%
    Videos
    Related links
    LinkedIn
    Wellington Business Expo

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