Privately held domain

analog.ai is for sale

I bought analog.ai as a brand for a startup idea. I’d like to sell at fair market price to someone who can make better use. Buy it now for US $1,450,000. Or make an offer. Direct message Mark on LinkedIn to inquire — DMs are open.

Comparable domain sales

Bot.ai$1,200,0002026DomainInvesting
Home.ai$800,0002025Cognitive.ai
Wisdom.ai$750,0002025NamePros
Omni.ai~$750,0002026DomainGang
You.ai$700,0002023DomainInvesting
Cloud.ai$600,0002025DomainInvesting
Let.ai$515,0002025Cognitive.ai
Genesis.ai$400,0002026NamePros
Lotus.ai$400,0002026DomainInvesting
Free.ai$350,0002026NameBio

analog.ai names a chip architecture with peer-reviewed physics behind it and fresh commercial capital in front of it. IBM published an analog-AI inference chip in Nature that packs 35 million phase-change memory devices and runs speech recognition more than 14 times more energy-efficiently than comparable digital hardware. In February 2025, Princeton spinout EnCharge AI raised over $100 million from Tiger Global to commercialize analog in-memory accelerators it claims cut AI energy use by up to 20x. Analog AI is a defined technical category in research papers and startup financing.

Peer Reviewed

Analog AI chips in Nature and Nature Electronics

IBM Research published an analog inference chip in Nature achieving up to 12.4 TOPS/W, and a 64-core phase-change-memory chip in Nature Electronics demonstrating near-software-equivalent inference accuracy — two peer-reviewed demonstrations for an alternative AI compute architecture.

Capital

EnCharge: $100M+ Series B, $144M+ total funding

EnCharge AI closed an oversubscribed $100M+ Series B led by Tiger Global in February 2025, bringing total funding above $144 million, with backers including Samsung Ventures, RTX Ventures, In-Q-Tel, and a Foxconn-affiliated fund.

Product

Analog in-memory acceleration moved from lab result to product line

EnCharge describes its EN100 as an AI accelerator built on precise, scalable analog in-memory computing and says it delivers 200+ TOPS within laptop-class power budgets. The claim moves analog AI from a research architecture into a shipping product category.

Context for analog.ai

analog in-memory computing
phase-change memory
energy-efficient inference
defense and aerospace

Matrix multiplications run inside memory arrays rather than shuttling data to a processor — the approach IBM validated in Nature against the von Neumann bottleneck.

The resistive device class stores neural-network weights as conductance values in IBM's 14nm analog inference chips.

EnCharge claims its architecture runs AI workloads with up to 20 times less energy than leading digital chips.

DARPA gave EnCharge $18.6 million in 2024; RTX Ventures and In-Q-Tel joined the Series B, linking the architecture to size, weight, and power constraints in defense systems.


© 2026 Mark Soper