Explore digital products, intelligent systems and experiences we have helped bring from challenge to working solution.
How we architected a high-concurrency clearing engine that turned database contention into 10x transaction throughput.
How LOGIC NOSH re-architected a legacy monolithic payment processor into decoupled Go microservices, eliminating database lock contention and unlocking 10x throughput.
Legacy monolith suffered 1.8s latency spikes and database lockouts during high-volume trading hours, risking banking SLA violations.
Decoupled Go microservices, partitioned Kafka message buses, and multi-tier distributed Redis caching.
Latency dropped by 90% (down to < 180ms), handling 12,000 req/sec with zero downtime.
Filter our working production systems, interface concepts, and distributed architectures by capability and industry.
How LOGIC NOSH re-architected a legacy monolithic payment processor into decoupled Go microservices, eliminating database lock contention and unlocking 10x throughput.
An enterprise legal SaaS scale-up wanted to deploy generative AI search to their enterprise clients. However, their clients strictly prohibited sending proprietary contract data to public AI services, and zero hallucination could be tolerated in legal compliance workflows.
Agent loops suffered from runaway token consumption, silent API failures, and unpredictable state drifts during multi-step background automations.
Monolithic theme suffered from 3.2s mobile load times, high checkout drop-offs, and crashed during holiday flash traffic spikes.
Legacy auction software lagged during final-minute bidding frenzies, causing out-of-sync bid statuses, lost sales, and collector frustration.
An industrial supply chain operator with 40 distribution centers was struggling with lost inventory records. Field workers scanning shipments in dead cellular zones frequently suffered app crashes and lost dispatch data, causing freight delays and manual inventory recount audits.
Institutional fund managers required verifiable smart contracts with granular KYC compliance and account abstraction to allocate credit on-chain without security exploit risks.
Behind every interface lies an architectural transformation. Explore how we tackled mission-critical challenges across modern verticals.
How LOGIC NOSH engineered an air-gapped enterprise RAG architecture over 500,000+ regulatory documents, eliminating model hallucinations and cutting manual research by 65%.
How LOGIC NOSH engineered an event-driven agent execution runtime capable of parallelizing 50+ tool-calling agents with zero runaway execution loops.
How LOGIC NOSH engineered an ultra-low latency live auction platform for high-value curated digital art, handling concurrent bidding wars with zero dropped transactions.
We don't build isolated features. Every product we build fuses product engineering, distributed systems, applied AI, and edge infrastructure into a coherent working system.
Monolith DB table locks causing 1,850ms latency spikes and SLA breach risks during market hours.
12,000 req/sec clearing pipeline with sub-180ms P99 latency and 99.99% availability.
15+ hours spent manually reviewing legal PDFs, while public LLMs were banned by strict MSAs.
Zero-hallucination search engine cutting compliance research time by 65% across 500k docs.
Autonomous agent jobs stuck in runaway loops with high token costs and zero state recovery.
Durable multi-agent runtime parallelizing 50+ tools with 4.8x speedup and 54% lower token spend.
Every metric reported in our case studies reflects documented production telemetry, load test benchmarks, or verified operational outcomes.
Measured end-to-end API response under peak 12,000 req/sec clearing loads.
Compliance teams complete multi-contract audits in 5 hours instead of 15 hours.
Zero dropped scan records across 200,000 daily warehouse freight movements.
Zero dropped bids or server timeouts during high-demand 50,000-collector auction releases.
Your project could be next. Talk directly with senior engineers and architects to evaluate constraints, explore architecture trade-offs, and map out a working delivery roadmap.
