Software that never sleeps
High-performance systems for the moments where downtime isn't an option and "mostly working" isn't a spec. Built in Go, Rust, or whatever gets the job done. Deployed with zero tolerance for failure.
Industrial & Scale Software
What we build
Three pillars of our industrial and scale software practice.
Real-Time Monitoring
Ingest and analyze data from sensors, machinery, and legacy systems — with sub-second alerting and zero missed notifications.
Mission-Critical Systems
Systems built for zero downtime. High availability, automatic failover, and recovery — because "mostly working" isn't an option.
Scale & Performance
Systems that handle millions of requests without breaking a sweat. Built for growth, tested under load, deployed with confidence.
Our industrial stack
The tools we trust for mission-critical systems.
How we build industrial systems
Our process for mission-critical software.
Architecture Review
Understand the system requirements, constraints, and failure modes. Design for resilience from day one.
Core Build
Build the core system in Go, Rust, or the right tool for the job. Focus on performance and reliability.
Load Testing
Test under real-world conditions. Simulate traffic spikes, network failures, and worst-case scenarios.
Deploy & Monitor
Deploy with zero-downtime strategies. Set up monitoring, alerting, and automated recovery.
Factory floor monitoring layer
A manufacturing plant had legacy machinery with no API surface. They were running on manual checks and hoping nothing broke.
We built an ingestion and alerting layer in Go that collects sensor data from legacy equipment, normalizes it, and surfaces real-time alerts. It's been running without a missed alert for 14 months. Zero tolerance for downtime — and we delivered.
Industrial · Ongoing
Go · Kafka · InfluxDB · Grafana
Frequently asked questions
Common questions about industrial and scale software development.
Industrial software has zero tolerance for failure. Downtime costs real money — sometimes millions per hour. We build for reliability, redundancy, and recovery first. Performance and features come second.
Yes. We've integrated with everything from 20-year-old PLCs to modern IoT sensors. We build adapters, gateways, and ingestion layers that bridge the gap between legacy and modern.
Through redundancy, automatic failover, and comprehensive monitoring. We design systems that can survive server failures, network partitions, and traffic spikes — and we test those scenarios before we deploy.
We design for failure. Automatic recovery, graceful degradation, and clear alerts when something goes wrong. We also provide 24/7 support for mission-critical systems.
Ready to build a system that never sleeps?
Let's talk about your uptime requirements, your legacy systems, and what's actually achievable.