Empowering Heavy Industry Through Intelligent Edge Computing and Cloud-Native Infrastructure. We architect resilient software solutions that bridge the gap between industrial operations and digital transformation. Based in Miami, BKS specializes in deploying edge-to-cloud architectures that enable heavy industry to achieve operational excellence through real-time intelligence, predictive analytics, and autonomous systems.
BKS | Blue Keys Studio is a specialized technology consultancy focused on industrial digital transformation. We deliver comprehensive edge computing, IoT integration, and private cloud infrastructure solutions tailored for heavy industry sectors including manufacturing, energy, mining, logistics, and utilities.
Our expertise centers on two powerful platforms: Canonical MicroCloud for scalable, lightweight private cloud deployments and Arduino Pro for industrial IoT and edge AI applications. We transform industrial operations by implementing solutions that process data where it's generated, enabling split-second decisions while maintaining enterprise-wide visibility and control.
Industrial Intelligence. Edge to Enterprise.
Deploy fully functional, scalable cloud infrastructure directly at your industrial sites in minutes. Our MicroCloud implementations provide automated infrastructure, edge-to-core architecture, and distributed resilience for industrial operations.
Transform existing industrial equipment into Industry 4.0-capable assets with Arduino Pro implementations. Deploy edge AI, implement micro PLC solutions, and add IoT capabilities to legacy equipment.
Design comprehensive data strategies that optimize where and how industrial data is processed. Intelligent data routing, hybrid processing, and ML model distribution across thousands of edge devices.
Bridge operational technology and information technology with integrated solutions. SCADA modernization, digital twin implementation, and automated response systems for critical processes.
Purpose-built solutions for heavy industry using Go, Kubernetes, and cloud-native technologies. Industrial IoT platforms, edge applications, API integrations, and real-time operational dashboards.
Our edge computing and industrial IoT solutions are designed to transform operations across heavy industry sectors with intelligent, resilient infrastructure.
Smart factory implementations with real-time production optimization, quality assurance through computer vision and AI, predictive maintenance reducing unplanned downtime, and energy consumption optimization.
Remote asset monitoring for oil & gas operations, grid edge computing for renewable energy integration, predictive analytics for equipment failure prevention, and distributed control systems for critical infrastructure.
Autonomous equipment control systems, environmental monitoring and compliance, remote operations centers with edge processing, and safety systems with AI-powered incident prevention.
Warehouse automation with edge AI, fleet management and predictive routing, cold chain monitoring with distributed sensors, and automated inventory management systems.
Challenge: 15% unplanned downtime costing $2M annually
Solution: Arduino Pro edge sensors with MicroCloud analytics
Result: 78% reduction in unplanned downtime, ROI in 8 months
Challenge: Limited connectivity, need for autonomous operations
Solution: MicroCloud cluster with edge AI for equipment control
Result: 24/7 autonomous operation with 99.9% uptime
Challenge: Integrating renewable sources with legacy infrastructure
Solution: Distributed edge computing with real-time load balancing
Result: 35% improvement in grid efficiency, 50% reduction in peak loads
We work as an extension of your team, providing assessment & strategy, proof of concept development, full implementation, knowledge transfer, and continuous 24/7 monitoring and optimization services.
GET STARTED TODAYStay updated with our latest thoughts on industrial automation, edge computing, and modern software architecture.
The industrial automation landscape is experiencing a paradigm shift. Traditional PLCs are now facing competition from a new generation of accessible, cost-effective, and surprisingly capable alternatives.