scalac.io

Development of a resilient, scalable, and automated cloud infrastructure leveraging network segmentation, compute management, and deployment automation tools.

Development of a scalable, high-performance data interaction system with comprehensive user and data management, along with a flexible component system for customizable content delivery.

Design and implement an in-memory message broker supporting rapid processing of tree-structured data updates, with real-time notification capabilities and advanced subscription features, including wildcard paths.

Development of an integrated, automated DevOps ecosystem capable of managing container orchestration, configuration, monitoring, logging, infrastructure oversight, security, and backup processes, all managed through code and automated workflows.

Develop a streaming data processing system capable of efficiently retrieving, transforming, and distributing large-scale data streams to multiple third-party endpoints, supporting parallel and sequential data handling as needed.

Design and develop a reactive, distributed storage system integrating real-time data streaming, fault tolerance, and efficient querying capabilities. Enable high-volume metric ingestion, persistent storage, and responsive data display for device monitoring.

Build a high-performance, scalable system for real-time event ingestion, processing, and delivery, coupled with a reliable, unified payment API interface to support payment product operations.

Development of a container orchestration platform with automated deployment, monitoring, security, and high availability features, utilizing Infrastructure as Code principles.

Design and develop a comprehensive health platform backend and frontend system, supporting personalized recommendations, health monitoring, rewards, and community engagement, with scalable architecture and efficient integration capability.

Design and develop a scalable testing infrastructure capable of incremental migration, supporting a variety of testing blocks, environment configurations, and real-time data streaming.

Design and implement a high-performance, fault-tolerant blockchain data indexer with rich web API support, capable of ingesting, querying, and managing large volumes of blockchain data and smart contract information.

Design and implement a modular, scalable backend architecture utilizing clustering techniques, with an efficient HTTP interface for client interactions. Incorporate session management strategies to ensure user session persistence and transparency across distributed nodes. Support real-time communication facilitated by message brokers with minimized queues.

Design and develop a modular loan verification system that supports multi-market deployment, real-time data analysis, and comprehensive application assessments, with high control over individual components.

Development of a robust, exactly-once, stateful stream processing system utilizing message brokers and in-memory caching to process and aggregate large datasets efficiently, supporting personalized messaging based on client data.

Build a comprehensive payroll management platform featuring automated calculations, seamless integrations, and intuitive reporting dashboards to serve small and medium-sized enterprise clients.

The platform shall facilitate creation and management of region-specific programs, monitor and visualize budgets, expenses, and progress through interactive dashboards, and manage user roles and permissions. It shall also include integration with external payment gateways and support continuous deployment.

Build a comprehensive system comprising a content management backend, a blockchain smart contract layer for ownership and transaction management, and a frontend interface for browsing and administration.