Transacumen's open transaction platform can be used to implement any real-time payment type. Transaction logic can be customised for inbound and outbound payments, ensuring efficient integration with internal systems and external parties alike.
Transacumen's open transaction platform has been engineered to support deployment to the cloud or to on-premise infrastructure. Systems can be created on-demand, leading to reduced infrastructure costs and improved organisational agility.
Enabled with Transacumen's enterprise payments processing and quality assurance software, payments processors will see increased digitisation, new payment models and industry disruption as an opportunity to grow market share.
Transacumen was founded in 2011 to address the requirement of progressive financial institutions and other payments processors for agile, real-time enterprise payments software products.
Based on decades of experience Transacumen has combined an innovative architecture with forward-thinking technology choices to create a transaction platform that can be: implemented efficiently; scale to handle growth of the largest institutions; and be deployed to the cloud or on-premise.
Our mission is to enable payments processors to seize business opportunities and build market share by having greater control over how they initiate payment transactions to, and service transactions from, external systems and payments networks.
STRATUM is a high-level and open platform that enables customers to address business requirements in-house. Applications can be implemented by configuring advanced components, and by developing custom channels and transaction types. Cutomisation is performed using non-proprietary tools.
STRATUM applications are deployed across multiple servers, delivering the availability and scalability required by the most demanding payments processors. Applications run unmodified on lesser platforms, reducing costs during development, integration and support activities.
STRATUM allows a tailored security implementation for any payment type or application by supporting data tokenisation and data access-permission policies for individual fields in any message.
STRATUM's flexible architecture supports deployment of applications to Amazon Web Services, Microsoft Azure and Google Cloud.
STRATUM supports channel specific transaction processing for both upstream and downstream participants.
STRATUM applications integrate with other systems and devices by using or customising existing channels, including ISO8583, AS2805, POS, HTTP and batch.
Create STRATUM systems on-demand to avoid provisioning delays and costs. System lifecycle can be aligned directly with implementation and business-as-usual activities such as integration, performance testing, UAT and production support. When a distributed STRATUM instance is not explicitly required, such as for infrastructure failure tests, teams can deploy STRATUM applications unchanged onto single server platforms, reducing infrastructure costs by an order of magnitude.
STRATUM applications can scale dynamically as a result of transaction load changes and in accordance with pre-configured calendars. Dynamic scalability allows payments processors to avoid the time and cost of capacity planning exercises, the up-front costs of provisioning headroom and the business constraints of operating a fixed capacity platform.
Amazon Web Services, Microsoft Azure and Google Cloud all support policies, controls, procedures and technologies that work together to protect cloud-based systems, data, and infrastructure. These security measures have been utilised by cloud operators to comply with payment industry regulations such as PCI-DSS. By leveraging the associated certifications, customers that deploy STRATUM applications to the cloud are reducing both security risk and compliance cost.
PayProve is a quality-assurance product for the simulation, testing and certification of payments applications and devices.
Simulate POS devices, Automated Teller Machines (ATM), and mobile device applications to test payments acquiring systems.
Utilise a comprehensive suite of test scripts and templates for rapid test development.
Resources can be dynamically allocated to meet varying quality assurance requirements.
Validate the behaviour of gateways, POS, ATM, mobile devices, and other transaction sources by simulating payments acquiring systems.
Use common tools, languages and modelling facilities to develop and modify test suites.
Contains a sophisticated set of failure, throughput, latency and capacity tests.