At Digital Operations, we are building new foundations for modern computing. We don’t just work with technology — We are optimally redesigning the rules it’s built on.

With proposed solutions for two of the most fundamental problems in the philosophy of mathematics that have enabled the description of a new framework for computation and information theory, we are developing software and hardware level solutions.

Our proposed solutions are not incremental — they represent fundamental changes for today’s system architectures, AI models, encryption schemes, and chip designs which are reaching the limits of the computing paradigm. We are building the bypass. We are not just trying to improve computing, we are reimagining it, at it’s core.


Innovations

-Compute-In-Memory (CIM) Architectures. "Simple and Linear Fast Adder" (SLFA): A patented, linearly scalable adder for in-memory matrix multiplication, bypassing the Von Neumann bottleneck. Ideal for AI/ML processors (TPUs), cryptography, and edge computing. Reduces time, energy, and material costs compared to traditional designs. https://www.binaryprojx.com/en/applications/simple-and-linear-fast-adder

-Homomorphic Encryption (HE). Novel "Random Change of Variables" Method: A PoC demonstrating lower noise, latency, and energy use than industry standards (e.g., IBM/Microsoft). Enables privacy-preserving AI, federated learning, and secure cloud computing. https://www.binaryprojx.com/en/applications/homomorphic-encryption


     Join Us

We’re seeking investors, collaborators, and industry partners to scale these innovations. Let’s build the future of efficient, secure computing together.

DIGITAL OPERATIONS AND ENCRYPTED DATA PROCESSING, SAS (MEXICO)

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