DataSchutz develops enterprise-grade fraud prevention and adaptive authorisation platforms for banks, NBFCs, fintechs, payment processors and sovereign payment systems.
Our product family is designed to help financial institutions evaluate contextual trust before funds move, combining cryptographic authorisation, adaptive decision intelligence, explainable AI and privacy-conscious risk evaluation.
Cryptographic Adaptive Fraud Prevention Platform
CELT-UV is a cryptographic authorisation platform that evaluates contextual payment risk before authorisation by combining adaptive AI, cryptographic tokenisation, behavioural intelligence and explainable decision making.
Dynamic Authorisation and Risk Tokenisation
DART (Dynamic Authorisation and Risk Tokenisation) is an adaptive authorisation platform designed for instant-payment ecosystems. It continuously evaluates contextual trust signals—including user trust, device trust, behavioural continuity, QR authenticity and session integrity—to support intelligent authorisation decisions before funds move. The platform dynamically determines the appropriate response, ranging from seamless approval to step-up authentication, transaction hold or rejection, while optimising operational cost through adaptive risk-based decision making.
DART evaluates changing trust signals within the payment journey. CELT-UV uses that contextual intelligence to apply secure, transaction-specific cryptographic authorisation controls before the payment is released.
DART evaluates trust by continuously interpreting user, device, session, merchant, beneficiary and environmental signals.
CELT-UV enforces authorisation by binding contextual policy and cryptographic controls to the specific transaction.
Cryptographic Adaptive Fraud Prevention Platform
CELT-UV introduces transaction-specific cryptographic authorisation using contextual intelligence. It combines adaptive payment controls, AI-led decision intelligence and cryptographic enforcement so risk policies can be applied before funds move.
Creates a transaction-specific cryptographic control layer designed to bind authorisation to policy, context and payment intent.
Adjusts limits and permissions to the transaction rather than relying only on static account-level rules.
Fuses behavioural and contextual signals into continuously recalculated authorisation policies.
Evaluates transaction, identity, merchant and behavioural anomalies across card-present, card-not-present and account-based payment activity.
Adds beneficiary and intent awareness to authorised push payment decisions.
Extends contextual evaluation into transaction-flow and network indicators relevant to real-time AML controls.
Produces evidence that helps risk and operations teams understand why an authorisation outcome was reached.
Supports collaborative fraud learning while keeping raw customer data within the participating institution’s control.
Responds proportionately when trust weakens, preserving safe payment pathways where policy allows.
Designed for low-latency adoption across existing payment infrastructure and enterprise security environments.
Gives enterprise teams the telemetry, policy management and auditability required to operate adaptive controls.
Review how CELT-UV can align cryptographic enforcement with your authorisation architecture and existing payment rails.
Request Technical BriefingPatent-pending adaptive authorisation platform designed for sovereign instant-payment ecosystems.
A live view of continuity, authenticity and confidence across the payment context.
Transforms trust confidence into proportionate actions within the payment workflow.
Continuous learning for changing payment behaviour.
Map DART’s contextual trust layer to your real-time payment environment, decision workflows and integration requirements.
Discuss IntegrationDART provides adaptive authorisation and risk tokenisation informed by contextual trust. CELT-UV provides the cryptographic enforcement layer for applying contextual authorisation.
| Capability | CELT-UV | DART |
|---|---|---|
| Primary role | Cryptographic adaptive fraud prevention and contextual authorisation enforcement. | Continuous contextual trust evaluation and adaptive payment decision intelligence. |
| Core technology | Cryptographic tokens, transaction binding, adaptive policies and risk fusion. | Trust-signal fusion, behavioural intelligence and dynamic decision orchestration. |
| Decision model | Generates and enforces transaction-specific authorisation policy. | Continuously recalculates trust confidence throughout payment execution. |
| Authorisation | Applies policy-bound cryptographic controls before funds move. | Supports approve, step-up, hold, intervention and reject workflows. |
| Cryptography | Core platform capability for tokenisation, transaction binding, revocation and validation. | Supplies contextual intelligence that can inform downstream enforcement. |
| Risk intelligence | Transaction, merchant, behavioural, fraud, APP and AML intelligence. | User, device, session, merchant, beneficiary, location and network trust. |
| Deployment | Issuer, gateway, acquirer, POS, wallet, HSM and existing payment-rail integration. | Bank, NBFC, fintech, processor, wallet and government payment-system integration. |
| Payment support | Card, account, wallet and multi-channel authorisation environments. | Instant-payment and sovereign real-time payment ecosystems. |
| Ideal use cases | Cryptographic payment control, adaptive limits, fraud prevention and secure recovery. | Real-time trust scoring, APP fraud intervention and adaptive workflow decisions. |
The product family is designed for organisations that need to evaluate trust, control authorisation and respond to fraud within low-latency financial infrastructure.
Apply contextual trust evaluation and cryptographic authorisation across issuer, account, card and digital-banking payment flows.
Introduce adaptive payment controls and behavioural risk intelligence into digital financial services and transaction journeys.
Integrate low-latency trust scoring, explainable decisions and policy-led authorisation through API-first architecture.
Embed contextual evaluation and enforcement into high-throughput routing, gateway and authorisation workflows.
Evaluate device, user, merchant and beneficiary trust while applying transaction-specific controls to wallet payments.
Support adaptive fraud controls and contextual payment decisions across real-time sovereign payment infrastructure.
Extend risk intelligence and cryptographic policy enforcement across card-present, card-not-present and tokenised payment environments.
Each payment contributes to a continuous operating cycle that connects contextual assessment, trust intelligence, cryptographic enforcement and learning.
Engage DataSchutz to review product fit, technical integration, authorisation workflows and enterprise deployment requirements.
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