The Wittek Machine™ Hyperlattice Architecture
The Wittek Machine™ is Black Brane's patent pending Hyperlattice Architecture™, named in honour of founding scientific advisor, Peter Wittek, and in keeping with his legacy, represents a breakthrough like no other. It's not a condescending and cliquish buzzword, exploitative marketing-gimmick, or intentionally misleading academic-jargon. It's simply a new and exacting standard of integrative systems-level thinking, which stands apart from the crowd and has no equals.
The Hyperlattice Architecture™ is scalable at higher order. At first order, it offers a unified model of information technology congruent between hardware, software, and virtualization domains, preserved across all orders of magnitude. As a standalone device, The Wittek Machine™ boasts the highest feasible efficiency, robustness, and expressive power. Hyperlattices generalize over serial, parallel, distributed, and decentralized patterns, designed to operate at and between any scale, at efficiencies as close to algorithmic complexity as possible.
It's not magic. It's simply the inevitable result of uncompromising ethics in the pursuit of knowledge and technology.
Blackfire Framework™
The Blackfire Framework™ by Black Brane Systems Inc. is an all-programmable universal quantum edge-computing service, providing streamlined access to every available quantum computing architecture and quantum cloud, and industry-leading quantum development libraries that span implementation-target domains including quantum virtualization, quantum metaprogramming, quantum compilation, and quantum machine learning.
Quicksilver Suite™
The Quicksilver Suite™ collects and integrates the most powerful and expressive quantum programming languages with The Blackfire Framework™, providing first-class support for universal quantum-edge computing. The full suite of quantum compilers includes Quantum Lisp, Q#, Quantum Prolog, Quantum Forth, and Quantum Assembler for QAISAR.
QAISAR™ (Quantum Adaptive Instruction Set Architecture)
Black Brane's game-changing adaptive instruction set architecture enables native targeting of arbitrary instruction sets, freeing our users to focus on results.