Reliable, scalable, open technology solutions
Because all institutions have different goals, structures and priorities, Misys Sophis solutions rely on a technology that can be tailored to fit into any environment. The keywords are reliability, scalability and openness.
To pursue market opportunities worldwide, institutions need systems providing fast access to critical data with the scale to handle high volumes of transactions and positions as well as massive calculations.
Misys Sophis has worked with large and growing financial institutions that require scalable architecture for many years.
Our software therefore has the capacity to support ever-growing transaction volumes and resource-hungry processes with hundreds of users across global multi-site installations.
Misys Sophis also provides technology to start ups and small-mid size companies, requiring fast deployment, simplicity and small IT costs but remaining powerful.
Misys Sophis technology, on permanent evolution, is flexible and powerful to address these two problematics.
Misys Sophis technology and architecture
- Simple and reliable distributed architecture
- Scalability: Architecture scalable from 2-3 users to global multi-site deployment with hundreds of users.
- Connectivity: Multiple connectivity delivered and maintained with other applications and data providers available from day-one-installation.
- Interfacing: Capability to deploy strong connections to specific external applications and client proprietary solutions.
- Customization: Unlimited capability to custom the application to fit to client specific business requirements.
- Embedding best of breed components from our technology partners (Datasynapse, Gemstone, IBM, Microsoft, Oracle, Roguewave, Tibco.)
| "It is vital to have the appropriate risk management and operational controls in place. We chose RISQUE because it offered proven technology and because the team was able to demonstrate insight into the challenges that our industry faces"
Frank Kusse, Member of the Management Board at Robeco |
