Software Developer

Overview

KAPITALCOMPANY is an emerging technology firm specializing in FinTech and SaaS, delivering cloud-native, intelligent platforms that transform how businesses handle financial processes, automate workflows, and scale securely. We blend software engineering, data architecture, and real-time payments to provide scalable, API-driven solutions emphasizing performance, compliance, and developer experience.

Responsibilities

• Create, build, and roll out scalable web applications using cutting-edge full-stack frameworks, encompassing API backend design and user interface development.
• Produce clean, maintainable, and high-quality code primarily in JavaScript/TypeScript, Python, or Go, prioritizing performance and security.
• Collaborate effectively with product teams, quality assurance, and operations by participating in continuous integration and deployment pipelines within agile environments.
• Enhance database performance by crafting optimized queries and robust data schemas for transactional systems with high throughput.
• Implement and integrate external APIs such as payment gateways, identity management, and analytics platforms while maintaining system reliability through uptime monitoring, rate limiting, and error handling.
• Engage in code reviews, contribute to architectural decisions, and mentor junior developers to elevate engineering quality across the team.

Qualifications

• Proficient with Node.js, React.js, PostgreSQL, RESTful API development, Git, Docker, CI/CD processes, and cloud platforms like AWS or Azure.
• Familiarity with GraphQL, Next.js, and microservices design considered advantageous.

Benefits

• Fully remote position available anywhere within Canada, providing flexible work schedules and an asynchronous collaboration culture.
• Attractive compensation package including competitive salary, restricted stock units, extensive health and dental insurance, plus an annual budget for professional development.
• A fast-paced environment valuing autonomy and accountability with emphasis on effective delivery rather than rigid procedural constraints.