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Bunsenite Roadmap

Table of Contents

Overview

This roadmap outlines the development plan for Bunsenite, the Nickel configuration file parser with multi-language FFI bindings.

v1.0 - Production Release (Current)

Target: 2026-02 Status: Active development (85% complete)

Core Features

  • ✅ Rust core library with Nickel parsing

  • ✅ Zero unsafe blocks (100% safe Rust)

  • ✅ C ABI layer via Zig for FFI

  • ✅ Deno bindings (JavaScript/TypeScript)

  • ✅ ReScript bindings

  • ✅ WebAssembly support (browser + universal)

  • ✅ Offline-first architecture (no network dependencies)

Quality & Standards

  • ✅ RSR Bronze tier compliance

  • ✅ TPCF Perimeter 3 compliance

  • ✅ 100% test pass rate

  • ✅ CI/CD pipeline

  • ✅ Comprehensive documentation

  • ✅ ClusterFuzzLite fuzzing

  • ✅ Criterion benchmarks

Remaining for v1.0

  • ❏ Complete ROADMAP.adoc (this file)

  • ❏ Address placeholder TODOs in codebase

  • ❏ Final security audit

  • ❏ Performance optimization pass

  • ❏ Release automation

v1.1 - Enhanced Bindings (Next)

Target: 2026-03

Additional Language Bindings

  • Python bindings (via PyO3)

  • Ruby bindings (via Magnus)

  • Julia bindings (CCall)

  • Go bindings (cgo)

Improved Ergonomics

  • Simplified API for common use cases

  • Better error messages with suggestions

  • Auto-completion support for IDEs

  • Configuration validation helpers

Performance

  • Streaming parser for large files

  • Parallel parsing for multi-file configs

  • Memory usage optimization

  • Zero-copy parsing where possible

v1.2 - Advanced Features

Target: 2026-04

Nickel Language Features

  • Advanced type inference

  • Custom type definitions

  • Merging strategies

  • Validation schemas

  • Built-in formatters

Tooling Integration

  • Language server protocol (LSP)

  • Formatter integration

  • Linter integration

  • Migration tools from other config formats

Developer Experience

  • Interactive REPL

  • Web-based playground

  • Configuration templates library

  • Best practices guide

v2.0 - Neurosymbolic Configuration

Target: 2026-Q3

AI Integration

  • LLM-based configuration generation

  • Natural language to Nickel translation

  • Configuration validation with AI explanations

  • Auto-fix for common configuration errors

Formal Verification

  • Idris integration for proven configuration

  • Type-level guarantees for config correctness

  • Proof-carrying configuration

  • Contract verification

Hypatia Integration

  • Hypatia orchestration for config management

  • Fleet-wide configuration validation

  • Dependency tracking across configurations

  • Configuration policy enforcement

v2.5 - Universal Configuration Standard

Target: 2026-Q4

Format Interoperability

  • Bidirectional TOML conversion

  • YAML import/export

  • JSON compatibility layer

  • HCL (HashiCorp) migration tools

Ecosystem Integration

  • Kubernetes ConfigMap support

  • Docker Compose integration

  • CI/CD pipeline configs

  • Infrastructure as Code (IaC) templates

Distributed Configuration

  • Multi-environment support

  • Secret management integration

  • Configuration versioning

  • Rollback mechanisms

v3.0 - Autonomous Configuration Management

Target: 2027

Self-Healing Configurations

  • Auto-detection of configuration drift

  • Predictive error prevention

  • Self-optimizing configurations

  • Intelligent defaults learning

Enterprise Features

  • Multi-tenant configuration

  • RBAC for configuration access

  • Audit logging

  • Compliance reporting

Cloud-Native

  • Native Kubernetes operator

  • Service mesh integration

  • Configuration as a Service (CaaS)

  • Global configuration distribution

Long-term Vision

  • Industry-standard configuration format

  • Formal verification by default

  • AI-assisted configuration authoring

  • Zero-configuration for common scenarios

  • Universal compatibility across all tools

  • Integration with Hyperpolymath proven infrastructure

Contributing

See Contributing Guidelines for how to contribute to Bunsenite development.

Versioning

Bunsenite follows semantic versioning (SemVer). Breaking changes will only be introduced in major version releases.