Carbon Commitment
The Hydra Pledge · v1 · 2026

We don't offset our margin. We offset our megawatts.

For every gram of CO₂ a Hydra generation puts into the atmosphere, we fund the removal of at least 2 grams. At least 1 of those grams goes to permanent, geologically-stored carbon removal (1,000+ year durability).

Measured per generation. Not per dollar.

The 1% problem

“1% of revenue to climate” is a vanity metric.

It's the climate equivalent of a tip jar. It scales with how profitable you are, not how much energy you burn. A boutique consulting firm running zero GPUs pays the same 1% as a video model factory.

Worse, most of that money flows into the cheapest available credits: nature-based avoidance projects that “protect” forests that often weren't going to be cut anyway. The Integrity Council for Voluntary Carbon Markets (ICVCM) has rejected entire categories of these credits as failing additionality tests.

AI's footprint is real. A single 5-second video generation can use roughly 1 kWh, about what your refrigerator burns in a day.[1] As Hydra scales, that math compounds.

Pegging climate spend to compute, not revenue, is the only commitment that actually scales with the problem.

Side-by-side
Typical 1% pledge
Hydra
Pegged to
Revenue
Compute (per second)
Funds
Mostly nature-based avoidance
Durable removal (1,000+ yr)
Per-unit math
Not published
Published, this page
Live receipts
Not published
Published, this page
Coverage ratio
~1× (claimed)
2× minimum
The Pledge · signed

For every second of video generated through Hydra, we will:

  1. Estimate the carbon emissions of that generation using the most rigorous public methodology available, rounded up to err conservative.
  2. Fund the removal of at least 2× the estimated emissions via certified carbon removal credits.
  3. Ensure at least 1× of that coverage comes from durable removal suppliers: projects with verified 1,000+ year storage, certified by Isometric or equivalent registries.
  4. Publish quarterly retirement receipts and supplier breakdowns on this page.
  5. Review the per-generation emissions estimate every 6 months and update it as better data is published. If we revise the estimate upward, we true up retroactively for the preceding period.
Binding for as long as Hydra operates as a product
Jose Rodriguez Odon
Founder, Creator Economy Ventures
The math · §4
The math

Show your work.

We don't expect you to take any of this on faith. Here's every number.

Step 1

How much carbon does a generation actually emit?

ByteDance hasn't published Seedance 2.0's per-inference energy. So we use the best public proxy: MIT Technology Review's May 2025 analysis, which estimated roughly 1 kWh per 5-second video generation for frontier diffusion video models (Sora-class).

Energy per second of video:    1 kWh ÷ 5 sec    = 200 Wh/sec
US average grid carbon:                          ≈ 400 g CO₂e / kWh
Carbon per second of video:    0.2 kWh × 400 g  = 80  g CO₂e / sec

We round up to 100 g CO₂e per generated second for two reasons: (1) Seedance and competitors may run slightly hotter than Sora, and (2) we want our estimate to err on the side of over-removing.

Step 2

What does 2× coverage look like?

Emissions per generated second:    100 g CO₂e
Coverage commitment (2×):          200 g CO₂e funded for removal
Split:                             100 g durable + 100 g additional
  • A 5-second clip = 500 g emitted → 1 kg of removal funded.
  • A 10-second clip = 1 kg emitted → 2 kg of removal funded.
  • A typical Hydra ad project (~20 generations × 5 sec) = 10 kg emitted → 20 kg of removal funded.
Step 3

What we're not certain about.

  • Inference energy is proxied from Sora, not measured on Seedance. Real value could be ±50%.
  • Grid carbon intensity varies by region. ByteDance runs Seedance globally; we use the US average. Actual blended number is likely lower (renewable regions) or higher (coal-heavy ones).
  • Embodied carbon (GPU manufacturing, datacenter construction) is not in the per-generation number. Consistent with standard methodology but means the true number is higher than 100 g/sec.

Net: our 100 g/sec estimate is most likely slightly low, which is why we commit to 2× coverage rather than 1×. If new research shows the number should be higher, we revise and true up for the preceding period.

Where the money goes

We name names.

Most climate pledges direct money to “pooled funds” or “carbon offset portfolios” with no visibility into the actual projects. Here are the specific companies whose tons we're buying.

Bio-oil geological storage · San Francisco, CA

Charm Industrial

Charm takes agricultural waste (corn stover, almond hulls, sawdust), converts it into a stable bio-oil via fast pyrolysis, then injects that bio-oil deep into geological formations where it solidifies.

Storage
1,000+ years
Certified by
Isometric (BiCRS protocol)
Also funded by
Stripe, Google, Shopify, Microsoft via Frontier
charmindustrial.com
Biomass slurry injection · Kansas, USA

Vaulted Deep

Vaulted takes organic carbon-bearing waste that would otherwise decompose and release CO₂, slurry-injects it 5,000+ feet underground into salt caverns where it's permanently isolated from the atmosphere.

Storage
10,000+ years
Certified by
Isometric (Biomass Geological Storage)
Also funded by
Frontier ($58M offtake deal)
vaulted.com
Carbon casting · Arkansas, USA

Graphyte

Graphyte compresses lignin-rich biomass waste (sawmill residue, rice hulls) into dense engineered blocks and buries them in dry underground vaults. No chemical transformation. Just durable physical isolation of carbon trees already pulled from the atmosphere.

Storage
1,000+ years
Certified by
Isometric (BiCRS protocol)
Backed by
Breakthrough Energy (Bill Gates)
graphyte.com

All three are part of the Frontier advance market commitment: a $1B+ buyer coalition founded by Stripe, Alphabet, Shopify, Meta, and McKinsey, with Salesforce, Workday, and J.P. Morgan since joined. Hydra purchases through Frontier's Climate Orders product so our tons are sourced from the same vetted portfolio as Google's and Stripe's.

Live receipts · §6
Live receipts

The ledger.

Pre-launch · seeded values

When Hydra crosses its first revenue milestone, the tiles below start updating monthly from production logs and Frontier retirement records. Until then, these are the formulas the live data will use, published in advance so you can audit the methodology before there's anything to game.

Seconds generated
Trailing 12 months
0
from hydra_generations.duration_sec
CO₂ emitted
Trailing 12 months
0 kg
seconds × 100 g/sec
CO₂ removal funded
Trailing 12 months · 2× cover
0 kg
emissions × 2 · ≥1× durable

Retirement certificates

Each quarter we publish Frontier order confirmations and Isometric retirement certificates here. Each certificate represents tons of CO₂ verifiably removed from the atmosphere and retired in our name (Creator Economy Ventures LLC) so no one else can claim them.

  • Q2 2026
    Coming July 2026
  • Q1 2026
    Pre-launch period · no purchases yet
Ledger to be wired to supabase.carbon_ledger + Vercel cron · methodology v1 · last reviewed 2026-05
Smart objections

The questions a climate-literate reader actually asks.

Why not just use less compute / smaller models?

We do, where it doesn't hurt output. Hydra's generation pipeline uses draft passes at lower resolution to catch bad prompts before burning a full generation. But “use less” only goes so far. The responsible thing is to also pay for what we do use.

Isn't this just greenwashing?

Greenwashing is when marketing claims outrun the underlying action. The check is: (a) is the math public? (b) are the suppliers named? (c) are the retirement certificates verifiable on a third-party registry? All three are yes on this page. If you find any of them slipping, tell us publicly on X and we'll fix it.

Why durable removal instead of trees?

Trees are great. Trees are also temporary. They burn, get logged, get diseased. The IPCC and Oxford Principles on Net Zero increasingly emphasize that “net zero” requires storage durations comparable to the lifetime of the emitted CO₂ in the atmosphere (centuries to millennia). Durable removal (biochar, bio-oil injection, geological storage) meets that test. Nature-based credits don't.

What about Scope 2 and 3 emissions from your own operations?

Those are tiny relative to inference compute and we account for them separately in CEV's annual sustainability disclosure. This page is specifically about the per-generation footprint of Hydra as a product.

Why 2× coverage and not 1×?

Because our 100 g/sec emissions estimate carries real uncertainty (see Step 3 above). 2× gives us a margin of safety. If precision tooling improves and we can pin down the real number, we may adjust the multiplier accordingly.

Can I see the underlying generation data?

The aggregate monthly numbers on this page are pulled from production logs. We don't expose per-customer or per-generation data because that's proprietary to our users. The total seconds-generated number is the only audit point we publish, and we'll get this externally audited starting in 2027.

Is this tax-deductible?

The purchases are made by Creator Economy Ventures LLC as an ordinary business expense. If you want to make a personal tax-deductible donation to fund the same suppliers, donate to Terraset, a 501(c)(3) that pools donations into Frontier-vetted projects.

End of receipt

That's the whole pitch.

If you're a Hydra customer or considering becoming one, you should know that the cost of generating an ad with us includes the cost of cleaning up after that generation, measured in grams, not vibes.

If you build AI products and want the spec we used to size this, email us at climate@cliphydra.com. We'll send the math. Steal whatever's useful.

Jose Rodriguez Odon
Creator Economy Ventures · Miami, FL