Dirigeringsoptimering
Förbättra kontinuerligt transaktionsframgångsfrekvensen och minimera bearbetningskostnaderna genom intelligent, datadriven dirigering. Cardflos dirigeringsoptimering justerar dynamiskt betalningsvägar baserat på realtidsresultatstatistik, vilket säkerställer att varje transaktion dirigeras till den lämpligaste inlösaren, vilket maximerar intäkter och operativ effektivitet för handlare.
- Kategori
- Dirigering
- Funktioner
- 10
- Tillgänglig på
- Alla planer
Översikten
Routing optimisation functions within the payment orchestration layer to determine the most effective path for an authorisation request. By evaluating multiple variables such as card brand, issuer country, Merchant Category Code (MCC), and transaction volume, the system selects an acquirer from a pre-configured pool.
The primary objective is to balance high authorisation rates with low scheme fees and interchange costs. This mechanism addresses the technical fragmentation across the global payments landscape, where specific acquirers may have higher success rates with certain Bank Identification Numbers (BINs) or geographical regions.
Merchants operating with multiple merchant IDs (MIDs) can distribute traffic based on real-time health checks, avoiding processing bottlenecks during peak periods.
By implementing data-driven logic, businesses can manage their payment stack more effectively, ensuring that technical outages or performance degradations at the acquirer level do not result in immediate transaction failure.
This results in a more resilient financial infrastructure that prioritises stable settlement cycles and cost efficiency.
Så fungerar det
Analysis of transaction data
The engine first parses metabolic data from the payment request, including the cardholder's BIN, currency, and geographical location.
This initial analysis identifies the specific requirements of the transaction, such as whether it falls under the scope of PSD2 Strong Customer Authentication (SCA) or requires specific cross-border handling through a local acquirer.
Dynamic acquirer selection
Using pre-defined business logic, the system identifies the optimal acquirer for the specific transaction. This decision considers historical authorisation rates for similar card types and current scheme fees.
The goal is to route the request to a partner most likely to approve the payment while keeping processing costs as low as possible.
Protocol and security check
Before transmission, the system ensures the transaction adheres to necessary protocols like 3DS. It may also wrap the primary account number (PAN) in a network token to improve the probability of issuer approval.
The request is then formatted to meet the specific technical API requirements of the chosen downstream gateway or acquirer.
Intelligent cascading and failover
If the primary acquirer returns a soft decline, such as a temporary technical error, the routing logic automatically triggers a secondary attempt through a different acquirer.
This failover process occurs in milliseconds, often transparently to the cardholder, preventing a complete loss of sale due to transient partner issues or localized downtime.
Post-transaction performance review
The outcome of every attempt is logged and analysed. Data including response codes, latencies, and total costs are used to refine the routing algorithm.
This continuous feedback loop ensures that the selection logic adapts to changes in acquirer behaviour, newly introduced scheme rules, or fluctuations in issuer risk appetites.
Varför det spelar roll
Authorisation rate improvement
Issuer behaviour varies significantly between different acquirers and regions. Routing optimisation allows a merchant to present transactions through the channel most likely to gain approval.
By matching a local card with a local acquirer, or using specific MIDs for high-risk categories, businesses can reduce the volume of false declines, directly impacting the final conversion rate and top-line revenue without changing the checkout experience.
Reduction in processing overheads
A multi-acquirer setup without optimisation often leads to inefficient cost structures. Intelligent routing enables the prioritisation of acquirers with lower interchange-plus or blended pricing models for specific card types.
By automatically directing debit card traffic to one partner and corporate cards to another, merchants can minimise the impact of scheme fees and operationalise a more cost-effective treasury and settlement strategy.
Operational resilience and redundancy
Reliance on a single payment service provider creates a single point of failure. Routing optimisation provides a defence against gateway outages and technical maintenance windows.
If one acquirer experiences a sharp rise in latency or error codes, traffic can be instantly diverted to a secondary partner, ensuring that payments are processed continuously and the business remains operational during technical disruptions.
Användningsfall
Cross-border e-commerce
A merchant selling in Europe and North America routes UK cards through a local European acquirer to avoid international surcharges and benefit from higher domestic authorisation rates, while North American cards are routed to a US-based partner.
High-volume subscription services
A digital media business uses routing logic to manage recurring payments, directing Merchant Initiated Transactions (MITs) to acquirers with the highest success rates for account-on-file billing, reducing involuntary churn caused by soft declines.
Marketplace platform distribution
A platform with multiple sub-merchants uses routing to distribute volume based on specific risk profiles or MCCs, ensuring that more sensitive transactions are handled by partners specialising in higher-risk sectors to maintain account stability.
Peak season traffic management
During major sale events, a retailer sets capacity limits per acquirer to prevent exceeding processing thresholds, automatically shifting overflow traffic to secondary gateways to maintain low latency and prevent transaction timeouts.
I siffror
This range is frequently observed in the industry when moving from a single-acquirer setup to an optimised multi-acquirer environment with intelligent failover.
Typical savings achieved by prioritising domestic routes and lower-cost schemes, though actual results vary by merchant geographical footprint and card-mix.
The industry standard for cascading logic to initiate a secondary request without the cardholder noticing a delay in the checkout process.
Relaterade termer
Talk to our team about a live rollout on your acquiring stack.
What you get with Dirigeringsoptimering
- Dirigera transaktioner dynamiskt baserat på realtidsinlösarprestanda
- Använd maskininlärning för att identifiera optimala dirigeringsvägar
- Minska bearbetningskostnaderna genom att prioritera kostnadseffektiva inlösare
- Öka auktorisationsgraden genom intelligent återförsök och kaskadlogik
- A/B-testa dirigeringsstrategier för kontinuerlig förbättring och validering
- Få insikter i inlösarprestanda genom detaljerad analys
- Detailed granular analytics for comparing acquirer settlement times, costs, and refusal response codes
- A/B testing capabilities to validate new routing strategies before full-scale deployment across production traffic
- Centralised management of multiple MIDs through a single integration point to simplify treasury operations
- Optimisation of Merchant Category Codes to align with specific acquirer risk appetites and preferences
A short scoping call, then a written plan for your MIDs.
Questions about Dirigeringsoptimering
Hur använder dirigeringsoptimering realtidsdata?
Dirigeringsoptimering övervakar kontinuerligt inlösarprestandametriker som auktorisationsgrader, latens och nedtid. Denna realtidsdata informerar dirigeringsmotorn, vilket gör att den dynamiskt kan justera vägar och dirigera transaktioner till den bäst presterande inlösaren vid varje given tidpunkt.
Kan dirigeringsoptimering hantera inlösaravbrott?
Ja, en kärnkomponent i dirigeringsoptimering är dess förmåga att upptäcka och reagera på inlösaravbrott eller prestandaförsämringar. Om en inlösare upplever problem, dirigerar systemet automatiskt om transaktioner till friska inlösare, vilket säkerställer affärskontinuitet och minimal störning.
Vilken är den primära fördelen med dirigeringsoptimering för handlare?
Den primära fördelen är en betydande ökning av den totala transaktionsframgångsfrekvensen och en minskning av bearbetningskostnaderna. Genom att intelligent dirigera varje betalning fångar handlare mer intäkter och förbättrar sitt resultat utan manuellt ingripande eller ständig övervakning.
What is the difference between cascading and routing?
Routing is the initial selection of the best merchant service provider for a transaction based on predefined criteria. Cascading is the follow-up action taken if that initial route fails.
If the first choice returns a retriable decline, cascading logic instantly submits the transaction to the next-best acquirer to attempt a recovery, often without requiring user intervention.
Will using multiple acquirers complicate my settlement and reconciliation?
While processing through multiple partners can diversify settlement, a payment orchestration layer typically centralises reporting. This allows for a unified view of all transactions regardless of the route taken.
Merchants must still manage separate bank accounts or reconciliation files for each acquirer, but the data is standardiseised at the gateway level to simplify the audit process.
How is the performance of each route measured?
The system monitors the Authorisation Success Rate (ASR) and the total cost of acceptance for each route. It also tracks the types of decline codes returned, such as 'do not honour' or 'technical error'.
By comparing these metrics across different acquirers for similar transaction profiles, the system identifies which routes are providing the best ROI and technical stability.
Relaterade funktioner.
Redo för fart?
Berätta om ditt företag. Vi matchar dig med rätt inlösenpartners och rätt rutt, vanligtvis inom en vecka.