Parallasics: Powerful Compute

Rewriting Compute Logic from the Ground Up

We Built What CPUs, GPUs, and TPUs Can’t Do

ParallASICs has created the first processor that executes every step of an algorithm in parallel, in hardware, on every clock cycle. No fetch, no decode — just pure throughput.

Our Breakthrough

The Problem: Conventional processors — CPUs, GPUs, TPUs — execute instructions sequentially in multiples cores that compete for memory and access to limited resources.

They’re powerful, but not optimized for predetermined, high-throughput workloads like encryption, compression, and crypto.

The Solution: ParallASICs breaks the bottleneck. Our custom-designed ASIC enables each stage of a program to execute simultaneously, using a stack of pre-programmed processor slices.

The result:

One output per clock cycle
Maximum possible processing
Extreme energy efficiency

How It Works

At the core of ParallASICs is our Patent Pending hardware architecture:

True parallelism
All SPUs compute at once

Slice Processing Units (SPUs)
Each handles one algorithm step

Conditional logic
Supports branching and control flow

No instruction fetch overhead
Instructions are preloaded

ASIC and FPGA
Both ideal for deployment

The Patents

Applications

ParallASICs builds optimized circuits for industries that demand speed and efficiency for massive workloads:

High-Frequency Trading (HFT)

Data encryption / decryption

Blockchain validation

Data compression / decompression

Secure military-grade compute

Why It Matters

We don’t simulate parallelism — we build it in hardware.

ParallASICs represents a clean break from von Neumann-based designs. With IP fully protected by PA 19/190,418 and PA 19/210,515, we’re building the future of compute for the edge, the cloud, and everything in between.

Leadership

Jessica Jones — CEO, Founder, 3x startup success

A serial entrepreneur and startup executive with over 20 years of experience in marketing, operations, and business development. As former VP of Operations and CMO at Gigantor Technologies, she helped raise $2M in grant funding as well as securing $25M contract with L3 Harris.

At ParallASICs, Jessica leads fundraising, partnerships, and strategic growth. She is currently fundraising to bring the Patent Pending Programmable Stacked Processor to market, with an exit strategy targeting acquisition by major semiconductor players such as Synopsys or Intel.

Mark Mathews — CTO, Inventor, Hardware Architect

The inventor of the Patent Pending Programmable Stacked Processor, a revolutionary circuit architecture designed to outperform modern GPUs in high-throughput computing tasks. As the original CTO and founder of Gigantor Technologies, Mark led the development of cutting-edge hardware, enabling microsecond latency edge AI and simultaneous real-time processing of ultra HD video streams.

A visionary hardware architect with a proven track record and Inventor of Record for eight (8) Patents, Mark is now spearheading ParallASICs, a new venture founded on his latest patent.