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TsugiCinema Inc. · Delaware C-Corp.

TsugiCinema

“home theater rewoven”

The highest-fidelity place on the internet to watch and publish cinema. Made for filmmakers, musicians, and AI-native studios alike. Live today on the TsugiNode, a generational leap in streaming hardware that drives any modern 4K TV past what streaming and Blu-ray can carry.

Patent foundation
Three filed US provisional patents
Independently externally validated across the portfolio
On consumer silicon
12-bit 4:4:4 pipeline, live today
Generational-leap TsugiNode · ASIC reference design ready
Strategic posture
Open to silicon, OEM, and distribution
AOMedia AV1 / AV2 · UALink Consortium · NVIDIA Inception
Demo available
San Francisco reference room
Sony Bravia 8 II · KEF acoustic suite · by appointment
The problem

Your TV is underserved.
We have already solved it.

Consumer displays have outrun the software that drives them. Modern 4K TVs handle smoother gradients, deeper color, and cleaner motion than the platforms ever ship to them. The services you watch on still send 8-bit 4:2:0 at commodity bitrates because that is what YouTube was calibrated for, more than a decade ago.

Cinema content lives or dies on the subtle gradients, temporal coherence, and fine textural detail in the master file. Streaming compression flattens all of it, regardless of whether the source is camera-captured film or AI-rendered. The result on your TV looks less like cinema and more like slop, regardless of how it was made.

We ship master-quality 4K to consumer TVs through the TsugiNode today, in a real customer's home. A generational leap in what a streaming set-top can carry. Visibly better on any modern 4K TV, reference-grade on premium panels. You can see it in person in San Francisco, or in your own home once you are in the alpha cohort.

Side-by-side: the same sunset scene, master quality on the left with smooth gradient and sharp red title, typical streaming on the right with visible color banding in the sky and chroma bleeding around the title.
Smooth gradients, sharp edges. What your modern 4K TV can resolve, vs the banding and color bleeding most streaming actually sends.
Side-by-side: the same moonlit night scene, master quality on the left preserving subtle shadow gradations, soft moon halo, and faint cloud detail; typical streaming on the right with crushed blacks, harsh moon, lost cloud detail, and faint macroblock artifacts in the dim regions.
Shadow detail, soft falloff. The night sky a 12-bit master keeps readable, vs the crushed blacks and lost detail streaming compression discards.
What we built

Three patent-pending pillars,
One Product.

The three filed US provisional patents below sit alongside each other as a portfolio bundle. Two are running on consumer silicon today; the third is the substrate for the long bet.

Diagram: how three streams (carrier, color delta, gray delta) combine into one master-quality picture

Dual-layer compression

Master-quality 4K 12-bit 4:4:4 from a 30 to 38 GB file, approximately 40 percent smaller than AV1 at the same perceptual quality. Running on consumer silicon today.

Patent-pending · US Prov. 64/054,446
Trinity decoder system block diagram with three slave clock domains feeding an FPGA digital logic device

Plesiochronous synchronization

A multi-decoder synchronization fabric that joins two or three decoders, scanline aligned, to deliver 12-bit color from commodity 8-bit-per-decoder silicon. The Kintsugi seam, in hardware.

Patent-pending · US Prov. 63/987,139
Infinity gradient-consensus supercomputer system block diagram with master clock domain, PCIe Gen 5/6 + CXL 3.1 switch fabric, and shared memory pool

Distributed AI training substrate

A sub-nanosecond gradient-consensus architecture for distributed AI training. Apparatus claims filed; software-analog validation across vision and large language model continual learning.

Patent-pending · US Prov. 64/055,093

Specific claim language is counsel-protected. Strategic partners under NDA receive the full technical annex on request via partnerships@tsugicinema.com.

Demand signal

159,000 organic views,
for a tutorial with no UI and a video player.

An enthusiast-community tutorial covering advanced playback configuration on the same consumer hardware class TsugiNodes run on has accumulated approximately 159,000 organic views, zero paid acquisition. The tutorial documents a barebones setup: no application UI, a single video-player surface, manual configuration. The audience self-selected into “I want master-quality playback on a Linux box” before TsugiCinema existed as a consumer brand. The polished product surface, with the Kintsugi UI, the creator marketplace, and the 90/10 economics, addresses an audience materially larger than this niche.

Tutorial author engaged with TsugiCinema as a UI and marketing consultant; named under NDA.

Technology

Three filed US provisional patents.
One working consumer device.

A vertically integrated stack from silicon to network to AI substrate. The patent portfolio below is independently externally validated. Specific claim language is counsel-protected; strategic partners under NDA receive the technical annex on request.

Filed provisionals
0
Duality, Trinity, Infinity
Reference rig
$0
Off-the-shelf consumer device
Bit depth shipped
0-bit
4:4:4 chroma, 4K
Creator split
0%
to creator, every dollar

Patent portfolio

64/054,446
Duality
Keyed video compression with a cryptographically separated companion stream
Filed 2026-05-01
63/987,139
Trinity
Plesiochronous multi-decoder video synchronization
Filed 2026-02-19
64/055,093
Infinity
Sub-nanosecond plesiochronous gradient consensus for distributed AI training
Filed 2026-05-01
"Exceptionally well-positioned. Robustly novel. A non-obvious leap over the established visual-cryptography teaching."
Duality · Deep Research evaluation
"Structural ingenuity in the Sideband Flow Control Mechanism. An examiner would struggle to find a motivation to combine prior art."
Trinity · Deep Research evaluation
"The strongest patentability posture in the portfolio. A profound architectural divergence from prior cross-domain references."
Infinity · Deep Research evaluation

Patent landscape and freedom to operate

Demos and Demografx published the foundational resolution-layering patents in the 1990s. Those expire in 2026, opening a clean freedom-to-operate window. Trinity uses additive-only reconstruction, fundamentally different from Dolby Vision's predictive approach.

Patent landscape and freedom-to-operate timeline. Three prior-art bars from 1996 (Demos US 5,661,524A, Demos US 10,297,008B2, Demografx US 8,737,466B2) expire by 2018 and 2026. The freedom-to-operate window opens at 2026 with Trinity filed at the start of that window and 20-year protection extending to 2046.

The stack, four layers

Layer 01

Silicon

Off-the-shelf consumer SoC running a generational-leap pipeline. Two-context decoder driven by a custom dual-layer compression scheme. Trinity FPGA reference for 3-decoder scale.

Stylized top-down view of an off-the-shelf consumer SoC with a two-context decoder pipeline feeding a dual-layer compositor block.
Layer 02

Pipeline

Master-quality 4K 12-bit 4:4:4 ingest. Custom keyed compression with a cryptographically separated companion stream. 30 to 38 GB per 90-minute master. Approximately 40 percent smaller than AV1 at parity perceptual quality.

Duality keyed compression pipeline: a master 4K file is split into a visible stream and a cryptographically keyed stream, then recombined at decode into a 30 to 38 GB output approximately 40 percent smaller than AV1.
Layer 03

Network

Residential edge nodes function as delivery peers, storage nodes, and (Phase 2) compute nodes. Hybrid origin and edge fabric. No crypto-speculation cold start.

Residential edge mesh: a central origin node connected to six residential edge nodes by gold seams, with dashed edge-to-edge peering lines.
Layer 04

AI substrate

Sub-nanosecond plesiochronous gradient consensus apparatus for distributed neural network training. Apparatus-claim provisional filed; software-analog continual-learning validation across vision and large language model workloads.

Infinity AI substrate: four compute nodes ringed around a central consensus device, joined by a solid White Rabbit timing backbone and a dashed out-of-band phase-correction sideband.
Live, not theoretical

A working consumer device, a generational leap on the streaming set-top, today.

The dual-layer compression pipeline runs on off-the-shelf consumer silicon, driving a reference Sony Bravia 8 II in our San Francisco demo room. We can show you in person. Email partnerships@tsugicinema.com.

  • ·San Francisco reference room (Sony Bravia 8 II)
  • ·Loaner TsugiNode for qualified pilot partners
  • ·Technical walkthrough for strategic partners (post-NDA)
San Francisco reference room: Sony Bravia 8 II reference TV between two KEF floorstanding speakers, playing Blade Runner 2049 at night. A sunset projector casts a warm halo on the wall above a curved bouclé sofa; floor-to-ceiling industrial windows look out on the SF skyline with Salesforce Tower lit blue in the distance.
San Francisco reference room
Partnerships

We are open to silicon, OEM, distribution, and studio conversations.

The TsugiNode reference design is consumer SoC today and ASIC tomorrow. The Duality pipeline is ready for SoC manufacturer integration. The Infinity gradient-consensus substrate is targeting the UALink Consortium track. If your roadmap intersects any of those, the door is open.

Silicon and OEM partnership icon: a SoC die at center bonded out to a surrounding integration frame.
Silicon & OEM

SoC integration, NPU integration

Snapdragon-class NPUs, AV1 / AV2 ecosystem, dual-decoder SoCs, GPU-shader sync. Reference-design walkthroughs and technical-annex packages available under NDA.

Distribution partnership icon: a stylized home cinema room with a wall display flanked by two stand speakers.
Distribution

Architect, installer, retail

Premium home-cinema install channel. Cofounder Dylan brings architect-channel relationships from Apple flagship retail and Edge at Hudson Yards. We are quoting full rooms today.

Studios and research partnership icon: a film slate joined by a gold seam to a research bar-and-trend graph.
Studios & research

AI studios, B2B compute

Selectively curated AI film studios for the platform. B2B compute for research workloads on the residential edge. Active interest from the computational biology research community.

Strategic conversations

Strategic-partner inbound is read directly by the founder. Technical annex, patent-portfolio detail, and reference-room demo offer follow under NDA.

Who we serve

For the picture.
For the maker.

For viewers

Your TV deserves more.
Your box delivers it.

Our dual-layer pipeline ships exactly what your hardware can show. Cleaner color, smoother gradients, and lower compression noise are visible on any modern 4K TV. The headline number (12-bit 4:4:4) is unlocked on reference-grade panels. The advantage disappears once it gets re-compressed by YouTube, so the honest test is on the box itself.

Viewer value proposition: pay direct to the creator who made it; never see a forced ad you did not choose; your box earns credits for premium content while it sits idle.
Read how playback works →
For creators

Your master, shipped at master quality.
Ninety cents of every dollar.

You made something that looks like what you rendered. Why does the rest of the internet make it look like something else? TsugiCinema ships your master at master quality. You set the price. Your superfans know exactly what they are paying for.

Creator revenue split donut: 90 percent to creator (gold), 10 percent to platform (charcoal).
Forced ads
0
ever, on any video

Human creators are held in the highest esteem. AI studios are selectively curated to a published quality bar.

Brand commitments

Three commitments.
No exceptions.

Five content cards stacked above a horizontal gold line, with tick marks below the line. The line is the published quality threshold; everything above it has cleared the bar.

Above the Fidelity Floor.

Every video on TsugiCinema clears a published quality threshold. Specific, measurable, documented. No other platform commits to that.

A clean video frame with a centered play arrow above a continuous gold timeline with no ad markers anywhere.

Never a forced video ad.

Pre-roll, mid-roll, post-roll, interstitial: all forbidden. Forever. Display ads on browse pages only, clearly labeled, never on the page where you are watching.

A video tile connected by a gold seam directly to a dollar sign in a gold ring. Below: a struck-out platform-subscription pill, the explicit not-this.

Pay only for what you watch.

No platform subscription. No paid tier to remove ads (there are none to remove). Creators set their own prices. You know exactly what you are paying for.

“The creator should have the freedom to set the price for their work. The platform’s only job is to deliver it at master quality and stay out of the way.”

The long bet

We put the power of compute, storage, and AI
back in the hands of the people.

Residential edge mesh: a central origin node connected to six residential edge nodes by gold seams, with dashed edge-to-edge peering lines.

Every TsugiNode in a home is also a delivery peer, a storage node, and eventually a compute node. Operators choose which artists, studios, and research customers receive their spare compute. The platform does not capture that decision.

Large private AI is consolidating compute into a small number of data centers. There is an alternative architecture that scales residential, on the margin that matters: power, cooling, latency to the user, and consumer agency.

This is the scalable answer to data-center-bound AI infrastructure, and it is the reason the same hardware that drives your TV can also fund an open, consumer-owned compute grid.

Read the full vision →
Phase 1 delivery peer icon: a central node delivering content to four neighboring nodes in a peer-to-peer mesh.
Phase 1

Delivery peer

Edge CDN. Reduces origin egress and improves last-mile latency.

Phase 2 storage cache icon: a node with three stacked storage layers holding cached content close to the viewer.
Phase 2

Storage node

Operator-controlled cache. Gifted unlocks, master-quality preloads.

Phase 3 compute node icon: a processor frame with internal lattice and a gold activity pulse, the operator's spare cycles put to work.
Phase 3

Compute node

Spare cycles for AI inference. Operator chooses which jobs run.

Phase 4 B2B compute icon: a residential compute node selling spare cycles to an external research or studio counterparty, with credits settling in fiat.
Phase 4

B2B compute

Research, studio, biology workloads. Active interest from the computational biology research community.

The team

Two cofounders, one fractional CoS.
All equity-only at pre-seed.

Tong Liu

Tong Liu

Cofounder & CEO

Hardware architecture, FPGA and ROM engineering, dual-layer compression. Sole inventor on the three filed US provisional patents. Previously at Google Search.

Dylan Lindeberg

Dylan Lindeberg

Cofounder & COO

Operations, GTM via the home-cinema install channel, audio engineering. Architect-channel relationships through prior work on Apple flagship retail and Edge at Hudson Yards.

Wenling Ma

Wenling Ma

Fractional Chief of Staff & Head of Compliance

Three decades of governance, strategic planning, and copyright clearance experience. Money-transmitter regulatory analysis and Phase 3 studio licensing governance.

Backing this work

Lead investor and senior technical bench, aligned to convert at the right milestone.

Lead investor and Chief Scientist (contemplated)

Shaheen Hoque

Three decades of guidance, navigation, and control engineering at Lockheed Martin, Raytheon, Orbital Sciences, MBDA, and Draper. Currently Director of GNC Engineering at Atropos Group and Adjunct Professor at California Polytechnic State University, San Luis Obispo. Personal investor and the technical sponsor of the Trinity sideband sync work. Engaged today as advisor; contemplated full-time as Chief Scientist at a major-funding or acquisition milestone.

Senior technical bench

Frontier-lab researchers and engineers

Senior AI researchers and ML systems engineers from frontier-lab backgrounds, engaged under confidentiality. Specific names and roles disclosed to qualified strategic partners under NDA.

Strategic-partner conversations and the technical-bench roster are disclosed under NDA. See about for the company story and the Kintsugi origin.

Waitlist

Join the waitlist.

Tell us who you are. We will be in touch.

  • ·Alpha tester / consumer
  • ·Home theater bundle (premium install)
  • ·Human creator (filmmakers, EDM artists, individual authors)
  • ·AI film studio (selective)
How to join

Send a short note to the address that fits you best. We read every email.

Strategic-partner inbound is read directly by the founder. We respond within a few business days.