+234 816 322 2177 | +234 813 410 1202 [email protected]

Figuring Out Fraud Insurance Claims Using Geospatial Technology

Figuring Out Fraud Insurance Claims Using Geospatial Technology


Figuring Out Fraud Insurance Claims Using Geospatial Technology

 

Fraud Claim means any claim based in whole or in part upon fraud, willful misconduct, or intentional misrepresentation.

Insurance fraud is a “specific” intent crime. This means a prosecutor must prove that the person involved knowingly committed an act to defraud. An act is completed. Simply making a misrepresentation (written or oral) to an insurer with the knowledge that is untrue is sufficient.

Image credit; LPA, A Converge Company

Informational and Predictive Fraud Detection Using GIS

The implementation of Geographic Information System (GIS) technology is being welcomed as a “secret weapon” in the struggle against fraud. It makes use of data that businesses routinely track in their enterprise resource planning (ERP) and customer relations systems to identify and combat fraud. How? GIS makes fraud more actionable than it would be as figures on a spreadsheet by assisting firm management teams in visualizing how, where, and when it occurs.

When insurance claims adjuster physically maps weather patterns and storm damage to confirm the validity of a homeowner’s insurance claim, this is an example of a literal application of GIS technology. GIS, however, also plays a crucial role in helping companies monitor internal processes to spot fraud.

Analysis of spatial data is required. GIS offers location-based insights that are both instructive and predicative:

Analysis of spatial data is required. GIS offers location-based insights that are both instructive and predicative:

GIS analytics alert organizations to the risk of fraud. Spatial data is essential for identifying regional differences, abnormalities, and other spatially related characteristics that could point to the presence of increased fraud activity both internally and externally.

Businesses can forecast the locations and timing of fraud migration using GIS analytics. Patterns of activity within defined geographies can be seen when real-time data is combined with graphic representations of previous GIS data. Businesses can benefit from avoiding fraud risk and reducing its effects by doing this.

Companies can only successfully detect and prevent fraud when they choose to take action rather than simply write off the time and money lost to fraud as an inevitable cost of doing business. GIS is a useful tool to make use of the CRM and ERP data that already exists in order to keep businesses informed about fraud activity and what needs to be done. It’s just one example of the cutting-edge uses of GIS data to assist businesses in making wiser choices.

Image credit; esri.com

In order to identify false insurance claims, geospatial technology can be an effective tool. The following steps should be taken:

  1. Geospatial data can be gathered from a variety of sources, including satellite imaging, drones, GPS data, and mobile apps. This information may include specifics about the claim’s location, the claimant’s movements, and other pertinent information.
  2. Analyse Geospatial Data: Geospatial data analysis can be used to find trends and abnormalities that might be signs of fraud. For instance, if the claim’s location differs from the incident’s location as described by the claimant, this could be cause for concern.
  3. Compare with Other Data: To confirm the veracity of the assertion, geospatial data can be compared with data from other sources, such as weather, traffic, and crime statistics. For instance, if the claimant claims an accident occurred during a snowstorm but weather information reveals that there was none at the time, this may be a sign of fraud.
  4. Use machine learning to identify fraud patterns: Geospatial data can be used to train machine learning algorithms. For instance, places, where fraudulent claims are more likely to occur, can be found using machine learning algorithms.
  5. Investigate Suspicious Claims: Once suspicious claims are found; they can be looked into more thoroughly to see if fraud has taken place. This could entail talking to witnesses, looking through medical records, and studying financial information.

Image credit; Claims Journal

Overall, geospatial technology can be an effective technique for identifying insurance claim fraud. Insurance companies can spot patterns and abnormalities that might be signs of fraud and further examine suspicious claims by analyzing geographical data and comparing it to other data sources.

 

RECENT ACTIVITIES AND PROJECT...

Installation of Intelligent Traffic Lights

Installation of Intelligent Traffic Lights

Geological Report on a Mining/Exploration Survey

Geological Report on a Mining/Exploration Survey

Drone Survey and Mapping of Shaishen Foods Limited

Drone Survey and Mapping of Shaishen Foods Limited

Lidar Topographic Mapping Project

Lidar Topographic Mapping Project

Geophysical/hydrogeophysical Studies for Groundwater Development

Geophysical/hydrogeophysical Studies for Groundwater Development

Togo Digital Terrain Model Project

Togo Digital Terrain Model Project

Drone Mapping of Parts of Lome Rail Line for Graceland Energy Located at Lome Togo

Drone Mapping of Parts of Lome Rail Line for Graceland Energy Located at Lome Togo

Drone/land Survey of Pure-chem Industrial Limited, Ogun State.

Drone/land Survey of Pure-chem Industrial Limited, Ogun State.

Drone Inspection/survey of Southern Lake Estate, Chevron, Lekki, Lagos State

Drone Inspection/survey of Southern Lake Estate, Chevron, Lekki, Lagos State

Anniversary-Workshop on the Application of Remote Sensing and Drone Technology in GIS -Abuja

Anniversary-Workshop on the Application of Remote Sensing and Drone Technology in GIS -Abuja

Topographic Mapping of Oyo State

Topographic Mapping of Oyo State

Topographic Mapping of Part of the Local Government Areas in Oyo State

Topographic Mapping of Part of the Local Government Areas in Oyo State

Topographic Mapping of Part of Kwara, Ekiti and Kogi State Local Government Area

Topographic Mapping of Part of Kwara, Ekiti and Kogi State Local Government Area

Political Map of South West, Nigeria Located in Nigeria

Political Map of South West, Nigeria Located in Nigeria

Topographic Mapping of Parts of Niger State Located at Niger State, Nigeria

Topographic Mapping of Parts of Niger State Located at Niger State, Nigeria

Topographic Mapping of Part of Kwara, Ekiti, and Kogi State Local Government Area Located in Nigeria

Topographic Mapping of Part of Kwara, Ekiti, and Kogi State Local Government Area Located in Nigeria

Topographic Mapping of Part of Kwara State Local Government Area Located at Kwara State Nigeria

Topographic Mapping of Part of Kwara State Local Government Area Located at Kwara State Nigeria

Flood Analysis of Amuwo-odofin Orthophoto.

Flood Analysis of Amuwo-odofin Orthophoto.

Site Inspection Using Drone of Water Corporation Located at Oke-aro Agege

Site Inspection Using Drone of Water Corporation Located at Oke-aro Agege

24,000 meter Lome Rail Line for Drone Mapping, Graceland Energy Located at Lome, Togo

24,000 meter Lome Rail Line for Drone Mapping, Graceland Energy Located at Lome, Togo

10 Drone Inspection Traffic Signal in Lagos

10 Drone Inspection Traffic Signal in Lagos

Lagos October 1st Free GIS Training Workshop

Lagos October 1st Free GIS Training Workshop

Osun state parcel project

Osun state parcel project

Drone Mapping & Vectorization Of Abu-allied Farm

Drone Mapping & Vectorization Of Abu-allied Farm

Proposal for aerial deployment, tracking and monitoring of threats in victoria island phase 1 and ikoyi phase 2, nigeria

Proposal for aerial deployment, tracking and monitoring of threats in victoria island phase 1 and ikoyi phase 2, nigeria

Jabi Lake Mall Solar Inspection – Abuja

Jabi Lake Mall Solar Inspection – Abuja

Ground Control and Drone Survey for Mast 3D Modeling

Ground Control and Drone Survey for Mast 3D Modeling

Telecom Drone 3D and 2D Modeling of Cellsite

Telecom Drone 3D and 2D Modeling of Cellsite

Free GIS Spatial Analysis Training (Lagos Branch)

Free GIS Spatial Analysis Training (Lagos Branch)

800 Building Plots Aerial Capture and Delineation for Database. Greenfield Estate

800 Building Plots Aerial Capture and Delineation for Database. Greenfield Estate

100 Hectares Aerial Survey with Differential GPS of High Accuracy

100 Hectares Aerial Survey with Differential GPS of High Accuracy

Protected: Nigeria Crime Report and Dashboard

Protected: Nigeria Crime Report and Dashboard

Drone Survey and Mapping – Victoria Island  Copy

Drone Survey and Mapping – Victoria Island Copy

Akwa-Ibom 500 Hectares Drone Survey and Mapping in Nigeria

Akwa-Ibom 500 Hectares Drone Survey and Mapping in Nigeria

Ground Control Establishment – Republic of the Niger – Kano, Kastina, Jigawa, Kaduna

Ground Control Establishment – Republic of the Niger – Kano, Kastina, Jigawa, Kaduna

Drone Survey and Mapping – Victoria Island

Drone Survey and Mapping – Victoria Island

Control Point Establishment – DGPS

Control Point Establishment – DGPS

Land Survey – Northern Nigeria

Land Survey – Northern Nigeria

Biodiversity Mapping – Sweden

Biodiversity Mapping – Sweden

Flood Impact Mapping – United Kingdom

Flood Impact Mapping – United Kingdom

M and E GIS Dashboard for Control Establishment Project

M and E GIS Dashboard for Control Establishment Project

Geodatabase Management System Training For National Boundary Commission

Geodatabase Management System Training For National Boundary Commission

Nigeria Topographic Map – Project

Nigeria Topographic Map – Project

Abuja Training on Introduction to GIS

Abuja Training on Introduction to GIS

200 Hectares Land and Drone Survey – Lagos Nigeria

200 Hectares Land and Drone Survey – Lagos Nigeria

Inspection of 30 hectares drainage

Inspection of 30 hectares drainage

Drainage Drone Mapping and Surveying in Lagos Nigeria

Drainage Drone Mapping and Surveying in Lagos Nigeria

GIS Cadastral Mobile Application

GIS Cadastral Mobile Application

Abuja Topographical Map – HD GIS Mapping

Abuja Topographical Map – HD GIS Mapping

Ground Topography Survey (Lagos Island)

Ground Topography Survey (Lagos Island)

2.7km2 Topography Survey in Snake Island

2.7km2 Topography Survey in Snake Island

GIS Masterclass

GIS Masterclass

Sokoto Contour Map

Sokoto Contour Map

NDVI Vegetation Assessment in Lagos State

NDVI Vegetation Assessment in Lagos State

Lagos drone training master class

Lagos drone training master class

Ifako drone topographic survey and mapping

Ifako drone topographic survey and mapping

CMD Lagos 3D mapping aerial modeling

CMD Lagos 3D mapping aerial modeling

GIS and Drone Masterclass

GIS and Drone Masterclass

Drone aerial survey and mapping – Lagos Island _ Somolu

Drone aerial survey and mapping – Lagos Island _ Somolu

Covid-19 | Nigeria Data Visualisation

Covid-19 | Nigeria Data Visualisation

Benue Flood Analysis

Benue Flood Analysis

Aerial photography Ile-Ife Osun State

Aerial photography Ile-Ife Osun State

Kenya Forest Project

Kenya Forest Project

Tunsun Consultants Ltd

Tunsun Consultants Ltd

Introduction To Gis In Maritime at the National Boundary Commission

Introduction To Gis In Maritime at the National Boundary Commission

Training on GIS and Drone Mapping (batch-4 & 5)

Training on GIS and Drone Mapping (batch-4 & 5)

Osun Flood Mapping

Osun Flood Mapping

Lahass International Limited

Lahass International Limited

Linguistic Association of Nigeria

Linguistic Association of Nigeria

West African Indexing Services

West African Indexing Services

Lagos Ikeja Road Network Map

Lagos Ikeja Road Network Map

LASU Land Regularisation Portal

LASU Land Regularisation Portal

Lingua Plus International

Lingua Plus International

Lagferry Web Route

Lagferry Web Route

YOU MAY ALSO LIKE...

COURSES

Explore Geoinfotech courses and establish a strong foundation of knowledge and skills to be productive with the latest Technology.

Differential GPS (DGPS) Land Surveying Training

Professional 2 weekends â–ª Field Experience 5.0 (100% Practical) â–ª Exam & CertificateFree Software and AppsHands on Practical and Field…

Find out more »

[Beginners] Geographic Information System (ArcGIS Desktop and ArcGIS Pro)

Professional 3 Weekends â–ª Field Experience 5.0 (100% Practical) â–ª Exam & CertificateFree Software and AppsHands on Practical and Field…

Find out more »
₦50,000
Training Venue Available in, Lagos and Abuja 100253 Nigeria
+ Google Map

[Level 2] Remote Sensing and Google Earth Engine

Professional 4 Weekends â–ª Field Experience 5.0 (100% Practical) â–ª Exam & CertificateFree Software and AppsHands on Practical and Field…

Find out more »
₦150,000
Training Venue Available in, Lagos and Abuja 100253 Nigeria
+ Google Map

GIS and Remote Sensing for Maritime

Professional 5 Weekends â–ª Field Experience 5.0 (100% Practical) â–ª Exam & CertificateFree Software and AppsHands on Practical and Field…

Find out more »
₦120,000
×

Hello! Geoinfotech

Click below to chat on WhatsApp or send us an email to [email protected]

×