Systems programmer. Low-level implementation focus. Execution over presentation.

Systems programming language — memory-safe, ABI-stable, C++-competitive performance

• Memory model: ARC — no GC pauses, no borrow checker overhead
• ABI stability: guaranteed binary compatibility across versions
• Toolchain: build, test, bench, profile, LSP, formatter, linter
• Targets: Linux (x86_64, AArch64) · macOS (x86_64, AArch64) · Windows (x86_64)
• Stdlib: std.core · std.io · std.net · std.json · std.crypto · std.concurrent
• FFI: direct C interop · task-based concurrency · defer for deterministic cleanup

fn divide(a: int, b: int) -> Result[int, string] {
    if b == 0 { return err("division by zero"); }
    return ok(a / b);
}

Install: curl -sSf https://install.aether-lang.org | sh

Deterministic, security-first systems language with formal verification guarantees

Not for beginners. Not for prototypes. Built for mission-critical environments where correctness is non-negotiable.

• Architecture: hybrid register/stack VM · 50+ microcoded opcodes · constant-time execution
• Memory: linear type system · region-based allocation · hostile-by-default zeroization on every boundary
• Cryptography: AES-256-GCM · ChaCha20-Poly1305 · Kyber KEM · Dilithium · SPHINCS+ (post-quantum throughout)
• Verification: 89.3% of critical security properties verified via Coq + TLA+ model checking
• Security: BORE firewall · capability-based access control · taint propagation · proof-carrying bytecode
• Toolchain: monolithic single-binary — compiler, optimizer, verifier, VM — zero external dependencies
• Scale: 71 cryptographically verified modules across kernel, memory, network, security, distributed systems

scsa --compile file.scsa   # compile to hardened bytecode
scsa --run file.scsa       # compile + execute with runtime integrity verification
scsa --audit file.scsa     # formal security analysis
scsa --verify artifact.sc  # cryptographic signature check

Repo: github.com/D3LTA2033/Super-Compiling-Security-Assemblor

Production-ready modules. Clean APIs, tested, drop-in.

Cross-language modular library collection — C++, Rust, JS/TS, Python, Ruby, Assembly

Comprehensive set of production modules organized by category. Each module is self-contained with its own setup, examples, and tests.

Categories: caching · logging · async workers · rate limiters · event buses · state managers · memory managers · security modules

Performance baselines: >1M cache ops/sec · >10M log writes/sec · >5M events/sec · <1% memory overhead

ModularX/
├── cpp/        ├── rust/       ├── js/
├── python/     ├── ruby/       ├── assembly/
└── modularx/   └── docs/

Built with: @mcs.s

High-performance C++ caching library

#include "SmartCache.h"
SmartCache<std::string, std::string> cache(1000);
cache.set("key", "value");
auto value = cache.get("key");

API rate limiting and throttling module

Pluggable rate limiting with configurable windows and burst handling. Part of the ModularX ecosystem.

Modular configuration loader for Node.js

Multiple sources and formats, seamless fallback to defaults, flexible validation. Drop-in for any Node.js project.

Modular hybrid kernel OS built from scratch — x86 (i686) and x86_64

Security-first, production-oriented design with clean separation between architecture-dependent and architecture-independent subsystems.

arch/x86/   kernel/   include/   user/   config/grub/   scripts/

Custom OS (in development)

I work on an older laptop. Hardware is not the bottleneck. Yes i have a Desktop too.