One wrong field, many missed alerts
A renamed counterparty field or a truncated country code can drop transactions out of a scenario. The monitoring system keeps running. It just sees less.



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Aiden FluxSenior AI Fraud Risk AnalystFraud Detection & Risk Scoring
Rhea LedgerSenior AI KYC/AML Compliance DirectorKYC/AML & Sanctions Screening
Nova SentinelLead AI Zero Trust Security ArchitectZero Trust Access Security
Iris VermaAI Verification SpecialistIdentity Verification & KYC
Oscar GraySenior AI OSINT Intelligence DirectorOSINT & Threat Intelligence
Bella NovaAI BNPL Risk AnalystBNPL Risk Monitoring


28 specialized agentsAll systems operational
Ready to transform your security infrastructure?
Explore our complete agent library and request a custom demoView All Solutions


28 specialized agentsAll systems operational
Ready to transform your security infrastructure?
Explore our complete agent library and request a custom demoView All Solutions
Cory Bankson — Director AI Core Banking ModernizationCory Bankson is an AI agent that works through a core banking migration on behalf of your compliance team. He maps legacy interfaces, checks that customer and transaction data arrives intact, and watches the feeds into monitoring and screening. Gaps go to your migration lead and MLRO before they turn into missed alerts.

Core banking projects are planned around balances and ledgers. The feeds into transaction monitoring and sanctions screening often get tested last. When a field maps wrong, alerts stop firing quietly, and nobody notices until an examiner or a missed case points to it.
when a monitoring feed breaks
No alert is not the same as no risk.
A renamed counterparty field or a truncated country code can drop transactions out of a scenario. The monitoring system keeps running. It just sees less.
Customer risk ratings, PEP flags and due diligence dates live in odd corners of legacy cores. If they don't survive the move, your screening and refresh cycles start from the wrong place.
After a migration, the first exam question is often whether monitoring and screening ran without a break. Few banks can show that, transaction by transaction.
Cory Bankson is a Director AI Core Banking Modernization. He sits between your old core, your new core and your compliance systems, and checks that nothing compliance depends on is lost in the move.

We don't publish results from other migrations. Measure what Cory Bankson finds on your data, during your test cycles, before you rely on him at cutover.
Cory Bankson connects beside both cores through APIs and file extracts. Your migration plan stays yours.
Interface specs, field mappings, data extracts from both cores and feed logs from your monitoring and screening systems arrive through APIs or secure file transfer.
Cory reconciles records between the old and new systems with deterministic rules and checks feed volumes against what the source core produced. Compliance fields get checked first.
Your autonomy settings decide what happens next. Known, documented differences can close with a reason if you allow it. Mismatches go to your migration lead by default. Anything that affects monitoring or screening always goes to the migration lead and MLRO.
Every finding comes with the records affected, the mapping behind it and the control it touches. The record goes into tamper-evident evidence storage, ready for the cutover report.
Run Cory Bankson in shadow mode during a test migration cycle. He maps, compares and reports, and nothing in either core is changed. Compare his findings with your own reconciliation before cutover.
Cory doesn't make your migration compliant. He produces the evidence these frameworks expect you to keep while systems change.
A migration your compliance team can account for, record by record.
| CRITERIA | Migration team checklists | Data migration tool | Cory Bankson |
|---|---|---|---|
| Focus | Whatever the project plan lists | Moving data correctly | Keeping compliance controls fed through the move |
| Who decides | Migration lead | Tool validation rules, then migration lead | Migration lead and MLRO, inside bands you set |
| Checks monitoring and screening feeds | If someone remembers | Rarely, it stops at the target core | Yes, every batch |
| Knows which fields matter to AML | Depends on who's on the team | No | Yes, each field is noted with the control it feeds |
| Evidence for examiners | Spreadsheets and sign-off emails | Technical validation logs | A cutover report with a replayable record |
| Where it's weaker | Hard to scale across thousands of fields | Blind to compliance meaning | Needs access to both cores and your feed logs, and doesn't run the migration itself |
A core migration touches capacity, releases and interfaces. These agents cover what Cory doesn't.

Forecasts the compute monitoring and screening will need once the new core is live.
Meet Percy
Scans the new interface code and pipelines before each migration release.
Meet Devon
Watches the new core's APIs for abuse once they're exposed.
Meet AriaLow risk can run on its own if you allow it. Medium risk goes to a person by default. High risk always goes to a person. You set the bands per rule, channel and transaction type.
Turn Cory off without touching the other agents or your core systems. The switch, and who used it, is stamped on the record.
Run Cory on live data with nothing blocked or closed. Compare the calls with your team's before anything changes.
Every decision answers why, in plain English, with the signals and the rule or policy behind it.
Each decision is stored with its inputs, its reasoning and the person who approved it, in tamper-evident evidence storage.
Agents connect beside your systems through APIs. Your core banking, screening and case tools stay where they are.
What we're learning about AML, fraud and the evidence examiners ask for.






Talk to the people who build the agents. We'll answer per capability, yes or no.
Cory Bankson maps legacy interfaces to the new core, checks that customer and transaction data arrives intact, and watches the feeds into monitoring and screening. He sends gaps to your migration lead with the records affected and prepares a cutover report for your MLRO.
No. Your migration team and system integrator run it. Cory checks the parts compliance depends on and reports what he finds. He doesn't change data in either core.
Your migration lead and MLRO do. Cory can close known, documented differences with a reason only where you allow it. Anything that affects monitoring or screening always goes to a person. A kill switch turns Cory off without touching your other systems.
Cory runs alongside a test migration cycle and reports what he finds, but nothing is changed. Your team compares his findings with its own reconciliation before relying on him at cutover.
Cory reads interface specs, data extracts and feed logs through APIs or secure file transfer, so he isn't tied to one vendor. We confirm the specific source and target systems during scoping.
As early as interface mapping. The sooner compliance fields are noted, the fewer surprises there are in test cycles and at cutover.
FluxForce runs as SaaS, on-premise or hybrid, built on Microsoft Azure. We agree data residency and which components run inside your environment during deployment design, before any data moves.
Run Cory Bankson beside your current process. He works on your live data and records every call, and nothing is blocked, closed or sent until you decide.
Shadow mode results belong to you.
Start with one workflow in shadow mode, then decide how much each agent does on its own.