Aconsit Labs architects high-performance software solutions for the modern enterprise. We blend brutalist code structures with sleek, intuitive design to build systems that last.
Our development pipeline is segmented into three core disciplines: Engineering, Visual Systems, and Acoustic Integration. Each tier is designed to operate independently or as a unified full-stack engagement.
Bespoke backend systems, API architecture, and scalable infrastructure using Rust, Go, and Node.js. We prioritize zero-downtime deployments and idempotent operations.
Component-driven design systems that scale. We build atomic UI libraries with strict adherence to accessibility standards and brutalist aesthetic principles.
Spatial audio engineering and generative soundscapes for immersive experiences. Specialized in Web Audio API implementation and asset optimization.
Understanding the distinction between "shipping features" and "building systems" is critical. We don't just write code; we engineer stability. Aconsit Labs projects are defined by their operational resilience, not just their feature lists.
Never attempt a full rewrite of a monolith in isolation. The "Strangler Fig" pattern is mandatory for legacy migration. Incremental replacement allows production validation at every step.
An operation that can be applied multiple times without changing the result beyond the initial application. Essential for payment processing and distributed message queues.
Use this checklist before any merge request:
Drafting the system topology. We select the tech stack based on data consistency models and projected scaling vectors.
Agile sprints with bi-weekly production deploys. Continuous integration ensures code quality remains high throughout the lifecycle.
Post-launch, we monitor distributed traces and logs to identify optimization opportunities and prevent future incidents.
Trust is earned through transparency and technical rigor. Below are operational benchmarks typical of our engagement model.
"We engaged Aconsit Labs to refactor our legacy transaction processor. The previous system used a monolithic architecture that took 18 hours to reconcile daily batches. Aconsit implemented an event-driven microservice mesh using Rust and Kafka. Reconciliation now occurs in real-time, and the system handles 40% more volume with half the compute cost."
— CTO, Fintech Infrastructure Client (London)
Solid infrastructure prevents fires. We spend 30% of project time in the design phase to ensure long-term stability.
Your data remains yours. We deploy on infrastructure you control, ensuring no proprietary lock-in.
Ready to move beyond patchwork solutions? We offer a complimentary 60-minute technical audit to identify immediate performance bottlenecks and architectural debt.