HOLOSYSTEMS is not just building quantum tools. We are building the quantum future.
Founded by Marcos Eduardo Elias (2xPhD, 2xMSc), HOLOSYSTEMS is a pioneering force in quantum computing and quantum-inspired technologies. With a foundation in rigorous mathematical thinking and radical computational design, we are committed to reimagining what computation means in the 21st century—and beyond.
At HOLOSYSTEMS, we design and deploy quantum-inspired algorithms that deliver exponential speedups to classical combinatorial optimization, search engine processes, and large-scale heuristics. Our solutions already outperform legacy systems by orders of magnitude, achieving breakthrough performance even on classical hardware.
We envision a world where quantum thinking drives every computational architecture, from finance to pharma, from cryptography to materials science. We are here to accelerate that transformation.
Our Mission is to develop a complete technological stack—from theory to systems—centered on quantum and quantum-inspired paradigms. We specialize in:
- Quantum algorithms (VQAs, QAOA, annealing, and beyond);
- Quantum-inspired heuristics for industry-scale problems;
- System architectures for hybrid quantum-classical environments;
- Programming frameworks and domain-specific quantum languages;
- Advanced error mitigation strategies for the NISQ era;
- Hardware-aware quantum software, including simulators;
- Cybersecurity frameworks rooted in post-quantum principles.
A Landmark Initiative: The Holosystems Error-Mitigation Framework
One of our core initiatives is the creation of a unified framework for error-mitigated quantum algorithms—a foundational contribution for the noisy intermediate-scale quantum (NISQ) era. While fault-tolerant quantum computing remains years away, real-world quantum advantage depends on our ability to suppress noise now.
We are developing a comprehensive mathematical model that integrates techniques such as:
- Zero Noise Extrapolation (ZNE);
- Probabilistic Error Cancellation (PEC);
- Clifford Data Regression;
- Symmetry Verification.
This framework is being built on three pillars: Linear Algebra, Variational Optimization, and Computational Complexity Analysis, resulting in a general toolkit applicable across algorithms like VQA and QAOA. Just as the Kalman Filter revolutionized control systems and the Fast Fourier Transform reshaped signal processing, our model aims to become a defining algorithmic infrastructure for quantum error mitigation.
Why Holosystems?
Because we don’t simply follow the roadmap of quantum computing—we rewrite it. We deliver:
- Systems grounded in mathematical precision;
- Architectures that scale across quantum and classical domains;
- Innovation that bridges theory, simulation, and deployable code;
From quantum annealing with remarkable optimization success to quantum-inspired breakthroughs on classical systems, HOLOSYSTEMS is already delivering what others only promise.