- From: Daniel Ramos <daniel@echosystems.ai>
- Date: Tue, 3 Mar 2026 01:53:42 -0300
- To: tzviya@w3.org
- Cc: public-pm-kr@w3.org
- Message-ID: <361f733e-62ec-4d81-ad70-8eeb34c8d5a9@echosystems.ai>
Hi Tzviya,
I'm reaching out from the Procedural Memory Knowledge Representation
(PM-KR <https://www.w3.org/community/pm-kr/>) Community Group, founded
last week at W3C. Our work on lightweight procedural reasoning has
significant implications for digital sustainability, and I wanted to
connect our mission with the Web Sustainability Guidelines you're
developing.
The Carbon Challenge in AI:
Current AI systems have massive carbon footprints:
* Large language models: 175B+ parameters, gigawatt-scale training
* Video processing: computationally expensive per-frame analysis
* Robotics: inefficient cloud-based inference loops
PM-KR's Procedural Approach:
Our Knowledge 3D (K3D) architecture uses procedural knowledge
representation instead of declarative data duplication, achieving:
Performance:
* 7M parameters (vs 175B in typical LLMs) — 25,000× smaller
* <100µs latency (vs 142.5s current SOTA) — 1,425,000× faster
* 200:1 to 1000:1 compression via procedural programs vs redundant data
Carbon Impact (10-year projection
<https://github.com/danielcamposramos/Knowledge3D/blob/main/docs/CARBON_BLUEPRINT_10_YEAR_PROJECTION.md>):
* 12.826 Gt CO₂e cumulative savings (equivalent to removing 550M cars)
* 2.565 Gt CO₂e/year by 2035 (6.9% of global emissions)
* Video streaming: 53.85 Mt CO₂e/year saved via procedural compression
* Robotics: 2.4 Gt CO₂e/year enabled through AI-optimal edge deployment
Alignment with Web Sustainability Guidelines:
PM-KR's procedural foundation directly supports WSG principles:
* Reduce data transfer: Procedural programs (KB) vs embeddings (GB)
* Optimize compute: CPU/GPU/native RPN
* Enable edge deployment: Lightweight 7M-param models run on NPUs/mobile
* Eliminate redundancy: Single source of truth, symlink-style references
Collaboration Opportunity:
Would you be open to exploring how PM-KR's technical approach could
inform WSG's recommendations for sustainable AI infrastructure? We're
particularly interested in:
1. Web AI sustainability metrics (carbon cost per inference,
compression ratios)
2. Procedural standards for reducing AI data redundancy
3. Cross-CG collaboration (PM-KR + Sustainable Web IG)
Our Community Group is moving fast — we're targeting 6-12 month CG → WG
progression using AI-partnered specification development
<https://github.com/danielcamposramos/Knowledge3D/tree/main/docs/multi_vibe_orchestration>.
Having sustainability baked into our data model from day 1 would set a
strong precedent.
Next Steps:
If this resonates, I'd love to:
* Share our Phase 1 Data Model Specification (draft in progress, ~15%
complete)
* Discuss carbon impact methodology (see
CARBON_BLUEPRINT_10_YEAR_PROJECTION.md)
* Explore joint deliverables (e.g., WSG case study on procedural KR)
PM-KR Context:
Founded: February 24, 2026
Co-Chairs: Daniel Ramos (EchoSystems AI Studios), Milton Ponson (Rainbow
Warriors Core Foundation)
Members: Christopher Allen (Blockchain Commons), Blockchain Commons,
Stream44.Studio
Charter: PM-KR Charter
Mailing list: public-pm-kr@w3.org
Looking forward to connecting sustainable web standards with procedural
knowledge representation!
Best regards,
Daniel Ramos
Co-Chair, PM-KR Community Group
EchoSystems AI Studios
Received on Tuesday, 3 March 2026 04:53:53 UTC