SELECTED WORKVERIFIED CASE STUDIES

Systems that solve hard operational problems.

Every system we engineer is built around verifiable problems, clean architecture, and long-term operational resilience. We build products for ourselves and mission-critical software for our clients.

✦real software in production · zero fabricated metrics

CASE STUDY 01

CraftCode AI Coding Workspace

CraftResearch Internal Venture/Developer Tool / AI IDE

THE PROBLEM

Single-model chat assistants cannot reliably execute large multi-file software refactors, orchestrate parallel terminals, or manage long-running background build verification loops without hallucinating.

OUR APPROACH

Engineered a local-first desktop workspace with multi-agent orchestration, shared project memory, deterministic terminal execution, and Model Context Protocol (MCP) server integration.

SYSTEM ARCHITECTURE

Electron desktop shell + TypeScript agent runtime + Node.js process managers + persistent memory store.

VERIFIED RESULT

Shipped cross-platform beta for macOS and Windows, enabling complex multi-hour autonomous refactors with deterministic verification.

ElectronTypeScriptMulti-Agent SystemMCPTailwind CSS

View CraftCode Overview →

CASE STUDY 02

ContextOS Project Memory Architecture

Open Source Developer Ecosystem/AI Context Engineering

THE PROBLEM

Coding agents frequently lose architectural context between sessions, leading to hallucinated dependencies and broken conventions in large codebases.

OUR APPROACH

Designed a standardized, token-efficient directory protocol (.context/) containing project status, architecture decision records (ADRs), and handoff state.

SYSTEM ARCHITECTURE

Markdown schemas + deterministic CLI validator + Claude Code / Codex skill hooks.

VERIFIED RESULT

Adopted by software developers for consistent multi-model handoffs and persistent PRD tracking.

TypeScriptMarkdown SchemasCLI ToolingAgent Memory

View on GitHub ↗

CASE STUDY 03

Bespoke POS & Retail ERP Infrastructure

Nepalese Retail Operations/Custom Business Software

THE PROBLEM

Generic cloud POS software suffered from frequent internet dropouts, poor Nepali tax/billing compliance, and zero custom inventory alert workflows.

OUR APPROACH

Built an offline-first POS engine with local database persistence, real-time cloud background sync, automated barcode scanning, and multi-location inventory reconciliation.

SYSTEM ARCHITECTURE

Offline SQLite + React Web frontend + Node.js sync daemon + automated SMS alerts.

VERIFIED RESULT

100% operational uptime during connectivity interruptions and elimination of manual stock discrepancy reconciliations.

Offline-first DBReactNode.jsPayment GatewaysSMS API

Explore Nepal POS System →

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