Bad actors hide in fragmented data. The same person or company appears under different names, accounts and addresses in onboarding, core systems, payments and claims, and every control that looks at one record at a time sees a stranger.
For agents. Agents follow resolved links between people, accounts and companies, not name guesses.
Fraud, AML and KYC each see a different, harmless-looking customer. It is one person.
Financial crime controls are built product by product and team by team. Fraud scores applications, AML monitors accounts, KYC holds onboarding profiles, screening checks names, claims handles claims. Each keeps its own customer records, keyed its own way.
People who want to avoid detection use those seams. They vary a name slightly, use a new email, split activity across accounts, or put a company between themselves and the money. Each control sees a fragment that looks normal.
Teams then rebuild the full picture by hand during investigations, after losses or alerts. It is slow, it differs between analysts, and it happens too late to prevent anything.
The same person appears as different customers in fraud, AML, KYC and claims.
Shared phones, addresses, directors and accounts are never linked.
Name-based checks raise false positives while real connections are missed.
Resolve people, companies and accounts once, across every system that holds them, and give each real-world entity one stable ID. Then let fraud scoring, AML monitoring, KYC, screening and claims all work from those entities.
Every control sees the same entity with its full history and connections. Investigations start from linked records instead of rebuilding them, and a change in one system is visible to all the others.
Fraud, AML, KYC and screening all work from this one resolved entity.
Each person and company is resolved once, across onboarding, accounts, payments and claims.
Shared details and ownership link entities into networks you can follow.
Investigators and auditors can see why records were linked.
Link synthetic and duplicate identities that share devices, addresses and contact details.
Learn moreOne identity layer across every AML vector, so transaction monitoring sees the full network.
Learn moreA customer profile that follows the customer over time, not just the onboarding moment.
Learn moreMatch against lists with nicknames, transliterations and abbreviations, with fewer false positives.
Learn moreConnect claimants, providers and policies to surface repeat and organized claims.
Learn moreZingg runs as a workload inside your data platform and gives every entity one persistent ZINGG_ID. Everything above it reads the same resolved entities.
The same layer powersCustomer Analytics & MarketingPrivacy & ComplianceSupply Chain & ProcurementProduct 360Master Data ManagementAI & Data Foundations
Every resolved entity keeps one global ID across systems and runs. ZINGG_ID
Matching learned from your labels, combined with deterministic rules where you have them. How Zingg matches
Only new and changed records are matched, and IDs persist. Incremental flow
Runs on Databricks, Snowflake, Microsoft Fabric, Google Cloud or AWS. Data never leaves your account.
Because bad actors spread activity across records that look unrelated. Resolving those records to real people and companies is what lets fraud, AML and KYC controls see the pattern.
No. Zingg resolves identities and gives each entity a ZINGG_ID. Your existing monitoring, screening and case management tools use those resolved entities.
Yes. Zingg’s explainability shows the fields and scores behind every link, so decisions built on resolved entities can be traced back to source records.
No. Zingg runs inside your own data platform on Databricks, Snowflake, Microsoft Fabric, Google Cloud or AWS.
Build one identity layer for fraud, AML, KYC and screening in your own data platform.