GBG’s Investigation solutions is the smartest and fastest way to trace and locate debtors quickly and easily. Our automated debtor tracing services help you strengthen your debt recovery process by reducing costs, automating manual processes and optimising your resources.
Locate, understand and contact individuals fast with the most sophisticated graph technology powered by the most comprehensive UK data sources.
Prioritise those debtors who are most likely to repay their loans by understanding financial circumstances in real-time with ‘Red Amber Green’ statuses and receive alerts when new contact details are added.
Whether you need on demand debtor tracing data or batch uploads, automate your debtor tracing efforts to improve debt recovery process, reducing costs and improving efficiency.
Gain access to billions of data records. We are experts in linking data to ensure investigating and understanding any individual is possible. This means any hidden relationships involving properties and organisations are detected.
Leverage additional data checks when you have located an individual, property or organisation. From credit linked addresses and property transactions to purchase history and digital validation, verify ID rapidly to prevent fraud, money laundering and other criminal activity easily.
The GBG Investigate API will add efficiency and effectiveness to your skip tracing workflow. Simply integrate the API into your existing data and systems to automate the debtor tracing process. The Investigate API has been built from the ground up as a scalable Rest API, available whenever you need to maximise debt recovery.
Analyse the relationship between any two entities and visualise the ‘shortest path’ to uncover links that help you trace, investigate, locate and contact a debtor. Our online solutions display all connections in a simple visual graph, presenting the information as clearly as possible and speeding up debtor tracing workflows.
We are saving a lot of money that is passed on to honest customers via lower premiums