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Complex Systems Architecture

Complex Systems Architecture that Boosts Your Business

At MC3D, we design and implement robust, secure, and scalable technological infrastructures for organizations operating under highly demanding conditions.

 

We transform complex environments into stable, traceable platforms ready to grow with you.

🚀 Key Benefits for Your Business

  • Robustness and Reliability: Architectures prepared to operate 24/7 with high performance and minimal disruption.
  • True Scalability: Designs that adapt to the growth of your operation without costly redesigns.
  • Integrated Security: Protection from the ground up, with security-by-design policies.
  • Resource Optimization: Efficient infrastructure that reduces operating costs and improves the use of your systems.

 

🔧 Architectural solutions we develop at MC3D

  • Microservices: Application modularization for greater flexibility, resilience, and continuous deployment.
  • Cloud architectures: Deployment on AWS, Azure, Oracle Cloud, and Google Cloud, with a multi-cloud or hybrid approach.
  • Service-oriented architecture (SOA): Interoperability between systems through decoupled services.
  • Client-server architecture: Reliable and simple structures for distributed applications.
  • Publish/subscribe architecture: Event-based integration and messaging for reactive and decoupled systems.
  • Distributed systems: Fault-tolerant coordination of multiple components.
  • Big data and advanced analytics: Platforms for capturing, processing, and exploiting large volumes of data in real time.

At MC3D, we turn technological complexity into a real competitive advantage.

Company Project Description
Santo Tomás Santo Tomás (UST, CFT e IPST) • We design your Integration Architecture, impacting your Core Business.
• We integrate Oracle CRM, Benefits Management System, Banner ERP, MINEDUC, and DEMRE.
• We develop your web-based quotation application for undergraduate, graduate, and open and closed courses.
Entel Entel • We designed its Reference Architecture (TDE), impacting 600 systems, and participated in the founding of the COE.
• We defined its integration development acceleration framework, compatible with TMForum.
• Governance: We defined the required documents for development.
• We defined the document validation systems.
• We participated in the definition of the DevOps area.
• We integrated Oracle ERP Cloud with SAP OnPremise using Oracle Integration Cloud.
Banco de Chile Banco de Chile • We redesigned its Electronic Funds Transfer Architecture, impacting all its channels and approximately 400 systems.
• We implemented its business rules engine and developments running on three clusters of 15 nodes each in two data centers.
• We modified communication with its legacy systems by adding SOAP support to Tuxedo, eliminating thread contention from the WTC protocol, enabling new developments (including serverless) and direct communication with Management Systems (SG1..n).
• We trained development teams for one of our partners on the Teletón project, implementing all the middleware.
Dirección de Presupuestos – Chile Dirección de Presupuestos – Chile • We designed the architecture of the Sigfe Aggregation system and implemented a custom service bus, document transmission and conversion agents, and a rules engine.
• We participated in the design of the data warehouse and the construction of the State of Government Operations (EOG) report.
• We impacted 100% of the state budget, reducing the time to generate information from 3 months to hours.

Systems Architecture versus Complex Systems Architecture

Your production systems have presented difficult-to-resolve issues or you need to reboot your environments several times a day, every day.


 

This is more common than it seems.

How to detect that you are in the presence of a Complex Systems Architecture?

Answer: A single person is incapable of making a detailed definition of the parts, components, functions and emergent property of a System. 

This happens because there are two approaches to Architecture in the Organization.

Systems Architecture: Ideal for companies looking to optimize their current operations, improve efficiency and quickly adapt to market needs without facing excessive complexity.

Complex Systems Architecture: Aimed at organizations that operate in highly dynamic and competitive environments, where the ability to manage complexity and uncertainty is crucial to staying ahead.

At MC3D we have been carrying out Systems Architecture since 2006, 

We have designed and implemented System Architectures impacting up to 600 applications in a single project.

Applying the following reference models:

MDA: Model Driven Development. Focused on aligning software design and development, enabling traceability between the two.

SOA 2.0: Design of Building Blocks for acceleration, transformation, validation of business rules, working on multiple brands of product manufacturers generating Rest Webservices, SOAP, Binary services in protocols such as CORBA, for DataGrid in Apache Ignite and others.

DDD: Domain Driven Development. We have made a design that includes all the layers described by this architectural model.

TMFORUM: This Architectural domain is focused on applying what is described by TOGAF (Business, Data, Application and Technology) extending governance for Systems Integration. It is used in telecommunications companies.

TOGAF: We have applied the complete model and applied extensions in different industries.

Zachmann: A base model that describes in a multidimensional way the components required in the definition of Architectures, we keep it present in our implementations, its use depends on commercial licenses.

For more information you can contact us, we can reduce your system unavailability time, optimize them, define your reference architecture, carry out software development or implement governance methodologies with you.

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