Building Arcade
Experiences Since 2016
Bit Blaster specializes in technical arcade game development with a focus on shader programming, classic game recreation, and audio systems integration.
Back to HomeOur Story
Bit Blaster emerged in 2016 from a shared passion for arcade gaming's technical challenges and creative possibilities. Founded by developers who spent years working on commercial game projects, we recognized a gap in the market for specialized arcade game development services that prioritize both technical precision and authentic gameplay feel.
Our initial focus centered on shader programming for indie developers who needed custom visual effects but lacked in-house graphics programming expertise. This specialization allowed us to develop efficient workflows for creating GPU-accelerated effects that maintain performance across different hardware configurations. The positive response from our early clients validated our approach and encouraged expansion into related services.
Over the following years, we expanded our capabilities to include classic arcade game recreation and audio system integration. Each service area builds on our core technical foundation while addressing specific needs we observed in the indie and mid-tier game development market. Our team grew selectively, bringing in specialists who shared our commitment to functional, well-documented solutions.
Today, Bit Blaster works with indie studios, educational institutions, and established publishers across multiple continents. We maintain our focus on arcade-style games because this genre demands the technical precision and gameplay clarity that aligns with our development philosophy. Our project portfolio includes over seventy completed implementations, each contributing to our understanding of what makes arcade games engaging and technically sound.
Development Methodology
Technical Foundation
Our development process begins with comprehensive technical analysis. We evaluate project requirements against platform capabilities, identifying potential performance constraints and optimization opportunities early in the planning phase. This groundwork ensures realistic scope definition and helps prevent technical issues during implementation.
Modular Implementation
We structure our code using modular architecture principles that facilitate future maintenance and feature additions. Each system component maintains clear interfaces and dependencies, making it straightforward to modify individual elements without requiring extensive refactoring. This approach proves particularly valuable for projects that evolve post-launch.
Performance Optimization
Performance considerations inform every implementation decision. We profile code regularly throughout development, identifying bottlenecks and optimizing critical paths before they become problematic. Our shader work includes multiple quality presets that allow games to scale appropriately across different hardware tiers while maintaining visual consistency.
Documentation Standards
Comprehensive documentation accompanies every deliverable. We provide implementation guides, API references, and best practice recommendations that enable client teams to understand, maintain, and extend our work. Code comments explain technical decisions and highlight areas where customization might be beneficial for specific use cases.
Quality Verification
Our testing process covers functional correctness, performance benchmarks, and edge case handling. We test across target platforms to verify consistent behavior and identify platform-specific issues. This verification phase includes both automated testing and manual playthrough sessions that evaluate gameplay feel and technical stability.
Development Team
Our specialized team brings diverse technical expertise and shared commitment to arcade game development quality.
Kazimir Volkov
Graphics Programming Lead
Specializes in shader development and GPU optimization with eleven years of graphics programming experience across multiple game engines.
Amara Okonkwo
Gameplay Systems Architect
Focuses on arcade mechanics implementation and player input systems, bringing eight years of experience in action game development.
Soren Lundqvist
Audio Integration Specialist
Handles sound engine implementation and music systems with seven years focused on real-time audio processing and spatial sound design.
Core Values
Technical Excellence
We prioritize code quality, performance optimization, and maintainability in every project. Our solutions are built to function reliably across diverse hardware configurations and usage scenarios.
Clear Communication
We maintain transparent dialogue with clients throughout development, providing regular updates and addressing concerns promptly. Technical decisions are explained in accessible terms.
Practical Solutions
Our approach emphasizes functional implementation over theoretical perfection. We balance technical ideals with project constraints, delivering solutions that work effectively within real-world limitations.
Continuous Learning
Game development technology evolves continuously, and we invest in ongoing education to maintain current expertise. This commitment ensures our solutions utilize appropriate modern techniques.
Development Philosophy
Bit Blaster's development philosophy centers on delivering functional arcade game solutions that meet client specifications while maintaining high technical standards. We recognize that each project presents unique challenges and opportunities, requiring flexible approaches rather than rigid methodologies. Our team values clear documentation, modular code architecture, and thorough testing as foundations for successful project outcomes. We work collaboratively with clients, incorporating feedback throughout development to ensure final deliverables align with project vision and technical requirements. This practical approach has proven effective across diverse project types and client relationships over our nine years of operation.
Start Your Project
Connect with our team to discuss how Bit Blaster can contribute to your arcade game development needs.