BlameJS
Node.js framework without npm dependencies with post-quantum cryptography and audit chain
AI Summary
BlameJS is a Node.js framework that operates completely without npm runtime dependencies and implements security by default. It offers post-quantum cryptography, encrypted storage, automatic audit chains, and comprehensive compliance features (GDPR, HIPAA, PCI, DORA). The framework is designed for developers who require the highest security standards and traceability.
✓ Pros
- +Zero npm runtime dependencies drastically reduce supply chain risks
- +Post-quantum cryptography and modern security standards integrated out of the box
- +Automatic audit chain and encrypted storage without additional configuration
✗ Cons
- −Requires Node.js 24+ and modern built-ins without transpilation fallbacks
- −Steep learning curve due to extensive security and compliance features
Use Cases
- →Development of highly secure enterprise applications with built-in compliance
- →Building regulated systems in the financial or healthcare sector
- →Implementation of applications with post-quantum cryptography requirements
- →Creation of auditable systems with complete traceability of all operations
Who is it for?
Developers and teams who need to build highly secure, compliance-ready enterprise applications with post-quantum cryptography and complete audit capability.
Tags
What is BlameJS?
BlameJS is a Node.js framework that runs without a single npm runtime dependency. It relies exclusively on Node.js built-ins and requires Node.js 24+. The approach is consistent: security is not an add-on configured after the fact, but the default state of every application. The framework ships with post-quantum cryptography, encrypted storage and automatic audit chains out of the box. Compliance requirements under GDPR, HIPAA, PCI and DORA are built in, not bolted on.
Core features
- Zero npm runtime dependencies: All functionality is based on Node.js built-ins. Supply chain attacks via compromised packages have no structural foothold.
- Post-quantum cryptography: Cryptographic primitives are designed around algorithms intended to withstand attacks from quantum computers.
- Encrypted storage: Data is stored encrypted without additional configuration.
- Automatic audit chain: Every operation in the system is logged completely and linked in a traceable chain, without developers having to implement this manually.
- Built-in compliance features: GDPR, HIPAA, PCI and DORA are addressed as part of the framework, not as external libraries.
Who is BlameJS for?
The framework targets teams building regulated systems: financial applications, healthcare software, anything where auditability and data protection are not optional features. Teams that already need to meet post-quantum security requirements will find a starting point here that does not offload that goal onto external packages.
The barrier to entry is high. Developers unfamiliar with the framework's security and compliance model will spend considerable time understanding its concepts before writing any application logic. The absence of transpilation also means that anyone who cannot deploy on Node.js 24+ is ruled out from the start.
Context & alternatives
BlameJS occupies a niche that classic Node.js frameworks such as Express or Fastify do not serve. Those frameworks are flexible and widely used, but leave security decisions largely to the developer. NestJS offers more structure, but also relies on an extensive npm ecosystem.
BlameJS inverts that relationship. Less ecosystem, but less attack surface. This is not a general advantage. For teams that need to account for auditability and post-quantum requirements at the architecture stage, the framework saves a significant amount of custom work.
