CoheraTech
watts matter
Computational Efficiency at the Hardware Logic Layer
More Work Per Watt - No Hardware Replacement
90
Cycles vs 162
in binary hardware
1.8X
Faster than binary hardware
for the same task
80%
More work per joule from the same electricity
Based on a COHERA-enabled FPGA hardware.
Energy efficiency assumes constant power per cycle.
AI now underpins the systems modern society depends on.
But AI-driven technology is growing faster than
the energy and water infrastructure can keep up.
The global AI infrastructure demand continues to grow at ~30%+ annually, driven by exponential increases in compute-intensive, real-time AI workloads.
Meanwhile, new energy generation cannot keep pace:
Solar: ~3 years to deploy
Gas turbines: ~7 years
Nuclear: ~12 years
Coal: ~13 years
The limiting factor with AI is no longer compute.
It is power & water.
Building more data centers, expanding grids, and pursuing incremental performance gains, is not sustainable.
These approaches fail to resolve the inefficiencies at the hardware logic layer where computational waste & heat originate.
Why focus on what causes more energy?
When COHERA can prevent the
computing inefficiencies
at the source?
CoheraTech Solution
Prevent the waste,
don't just power through it.
CoheraTech introduces
COHERA
A proprietary compute architecture that improves how arithmetic executes at the hardware logic layer.
COHERA is deployed through
COHERA-HPUs™
Proprietary Hybrid Processing Units
COHERA-HPUs™ maximize the efficiency at the hardware-logic layer when moving real-world analogue data to CPUs and GPUs. They work alongside other chips that power AI.
This is a physical hardware add-on, not an app, not a software patch.
Rather than replacing other processing units, COHERA-HPUs complement by reducing cycle overhead and energy & water demand without altering core processor functions.
90
Cycles vs 162
in binary hardware
Scaling AI & Compute Without Scaling Energy
1.8X
Faster than binary hardware
for the same task
80%
More work per joule from the same electricity
COHERA Prototype
Empirically Proven Hardware Architecture
Image from live COHERA prototype showing measured error accumulation in conventional binary hardware (red) versus COHERA-enabled hardware (green).
The next wave of AI-enabled infrastructure
Autonomous machines and vehicles
Industrial robotics
Real-time control systems
Sensor-dense environments
Edge IoT and embedded AI systems
Scientific and high-performance computing
These power-constrained systems operate in math-intensive environments, and require deterministic performance under strict energy and thermal limits.
COHERA is poised to deliver significant value in this emerging macro-market, because efficiency is not optional,
it is mission critical.
$1T+
Projected Market Size within the next decade
AI Infrastructure and Autonomous Systems
CoheraTech delivers short-term market value
by improving performance in existing systems and reducing operating costs,
without requiring hardware replacement.
Business Model
Capital-Light Deployment
COHERA-HPUs™
COHERA-enabled Hybrid Processing Units
Integrated into existing computing systems, uniquely optimizing at the hardware-logic layer, alongside GPUs, CPUs, and other processing units, without requiring silicon embodiment.
Revenue model:
Hardware deployment + Recurring architecture license
Long-term expansion into IP licensing and silicon.
Profitable infrastructure technology without requiring ecosystem replacement.
Technology Moat
Multi-layered IP Strategy
COHERA is protected by a layered intellectual property portfolio covering:
-
Core arithmetic architecture
-
Hardware implementation pathways
-
Hybrid processing methods
-
Integration methodologies
-
Future silicon embodiments
Structured for long-term defensibility and scalable licensing.
Roadmap
2025–2026
MVP completion & pilot deployments
2026–2027
Production validation & early commercial rollout
2027+
Scaled deployment across infrastructure markets
Future
IP licensing • Developer ecosystem • Silicon integration
AI is here to stay.
CoheraTech is committed to enabling AI to scale more responsibly.
Team
Computational Decoherence → Structural Coherence
Modern computing systems accumulate inefficiencies across cycles. Small numerical deviations compound, switching activity increases, and energy is lost as heat.
COHERA restores structural coherence at the arithmetic foundation of hardware, enabling workloads to complete in fewer cycles with materially lower energy demand.
Jane Dudley
CEO, Co-Inventor
Inventor and strategic technology leader with a track record of identifying emerging market and global trends early. Seasoned start-up executive with 18 years of leadership in high-tech. Founder of ThrivalWorld, a mixed reality platform with IP portfolio spanning AI, Web2, and Web3, including licensed government technology. Global keynote presenter.
Manuel Delaflor
CTO, Co-Inventor
30 years of experience providing breakthrough AI architecture and computational modeling for fortune 100 companies, governments, & large hedge funds, where he designed genetic algorithms for institutional-level FOREX trading. Founder, Meta Cognition Institute & published scientist, he brings depth & technical rigor. Global keynote speaker.
Dr. Carlos Toxtli
Hardware - Contractor
Scientist and Director of Human-AI Empowerment Lab at Clemson University. Elite researcher for tech giants. Founder of four hardware technology companies; one acquired by a Fortune 100 company. Global keynote speaker.
Robert Ward
Enterprise Business Development
Executive Vice President of N. A. at Softserve, providing expertise in energy-constrained compute environments, enterprise technology stacks, and next-generation AI-driven systems. Assists with industry positioning & enterprise adoption.
Joel Bock
IP & Patent Portfolio
Leading patent litigation attorney specializing in complex technology disputes, with extensive experience building and defending high-value technology patent portfolios for Fortune 100 and Fortune 500 companies. Mr. Bock is supporting the IP strategy and long-term portfolio defensibility.
Arnie Alger
Advisor - Financial
Former executive with thirty years of experience leading financial and operational modeling for Fortune 500 companies including Starbucks' expansion, Mattel, and 3M.
SoftServe - Premier Development Partner & Enterprise Enablement
Global digital engineering firm with deep expertise in AI, cloud, and enterprise-scale systems. SoftServe collaborates with leading tech platforms, including NVIDIA, Google Cloud, and AWS. SoftServe, is engaged under a structured engineering services agreement, providing elite engineers and early enterprise onboarding.
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