Meet YourPersonalSupercomputer
Accelerate your AI, scientific and application workloads with geometric virtual compute. Unbound by hardware.
Backend-agnostic
Compatible with
What Is Hologram?
VIRTUAL IN-MEMORY COMPUTE
Hologram is a new software-defined foundation for computation. A high-performance virtual infrastructure built on a fundamentally new geometric computing paradigm.
It provides a unified computational substrate for ultra-fast, energy-efficient general-purpose processing, including AI inference, across devices from the edge to the cloud.
Hologram redefines the mathematical foundations of computation, transforming your existing hardware into a universal, efficient and secure virtual substrate for personal supercomputing.
At its core, Hologram is both:
Mathematical Breakthrough (ATLAS)
Universal lossless encoder that enables canonical representation of arbitrary byte-level data system on a finite geometric representation space (torus).
Learn moreVirtual High-Performance Hypervisor
Software-defined implementation that turns expensive itterative computation into a constant-time O(1) in-memory lookup.
Learn moreWhy it matters?
do more with less
Lightning-fast performance
Run high performance workloads locally using our virtual compute layer.
Build, iterate and ship faster today.
No expensive
overhead
Unlock high-performance compute on your existing hardware.
No expensive GPUs or cloud fees.
Run seamlessly
anywhere
Integrates seamlessly with existing workflows and frameworks.
No hardware or code changes.
What it does?
COMPILE ONCE, RUN ANYWHERE
1. Compile Once
Hologram optimizes your AI models, scientific calculations, and data processing tasks into a highly efficient blueprint at build time.
All optimization happens upfront. Your workload becomes a streamlined plan ready to run at maximum speed.
2. Run Anywhere
Your optimized workload runs seamlessly on any device. Laptop, graphics card, or web browser. No special hardware required.
Hologram automatically adapts to your hardware, turning any device into your personal supercomputer.
Unified virtual substrate for
Analog Circuits
Computation flows through fixed geometric mappings rather than stepwise control flow.
Remaining fully digital, deterministic, and noise-free.
Quantum Circuits
Multiple operations are mathematically fused into a single executable structure.
Quantum-like efficiency without error-prone specialized hardware.
FPGA Circuits
Execution uses a compile-time-fixed topology with predictable, constant-time behavior.
Delivered as software rather than reconfigurable silicon.
Ready to build at the speed of thought?
Accelerate your AI, scientific and application workloads with geometric virtual compute. Unbound by hardware.