Naustone provides software consulting services for organizations modernizing their technology stack. Specialized in architecture, cloud, and engineering at scale.
From greenfield architecture to legacy modernization — we help organizations deliver faster, more resilient systems using cloud-native practices.
Architecture is more than diagrams. We engage at the intersection of business requirements and technical feasibility — designing systems that are scalable, maintainable, and aligned to your organizational goals. Solutions architecture plays a central role in introducing new technology that actually sticks.
Deep technical expertise in application-layer design — microservices, domain-driven design, 12-factor apps, and serverless patterns. We specialize in Python and Java ecosystems and help teams structure codebases that survive growth without collapsing under their own weight.
Cloud-native infrastructure and migration strategy on AWS and other major providers. We design for elasticity, cost efficiency, and operational simplicity — containers, managed services, infrastructure-as-code, and event-driven architectures.
Modernizing legacy systems is unavoidable — the question is how. We run structured modernization programs that de-risk migration, preserve business continuity, and deliver agile, innovative experiences to both your employees and your customers. Serverless, microservices, cloud-native — we've done it.
Reach out with your challenge — architecture review, greenfield design, or a modernization roadmap. We'll respond quickly.
hr@naustone.comThe same engineering discipline that powers Naustone Sail™ informs our consulting practice. We don't hand off slide decks — we build.
We model systems around business domains, not technical convenience. Cleaner boundaries, fewer surprises.
Methodology for building software-as-a-service apps that are portable, scalable, and maintainable.
Where appropriate, we push towards serverless to eliminate operational overhead and reduce cost at scale.
Resilience is designed in, not bolted on. Observability, fault isolation, and graceful degradation by default.