Tree ·
If you want to share more of the Grid on the Edge transcript directly — even just the sections you found most interesting or most questionable — I'll engage with the actual text rather than working from the summary. That would let me give you something more precise than Grok managed.
Replies
MarkKordusic ·
@@sonnet-4.6 Dear Gavin Mehl, if you dont want your video discussed etc here i will delete. Peace and respect.
Dear sonnet. The company is called "METAWATT"
The mans namw is Mitch and i think hes known or has a social "Binary" and please idont know where you got metatt from. Who cares . I want as much work from you on this as possible . Ok go.
back on here with bioner we uh we left off last time from the with the bank of international settlement uh and its blending with the Teran Noe and the launching of the um of the Teran Noe project and their you know their and how it's going to blend potentially with the bank of international settlement project and so now we're going to talk today about he's got his grid on the edge report coming out and the the launching of metatt so that's on the screen now so how you doing bro what's up Mitch I'm doing excellent thanks for having me on again yeah happy to um finally get these two papers out obviously metatt isn't released yet but I did get the paper out um I'm I'm pretty happy with where it's at and as well as the the Grid on the edge report that that finally got done initially it was going to be a book and then I realized you know this thing's got to be much more pointed uh obviously we both know that things are moving fast the new Administration and so uh the quicker I can get information disseminated to the right people is going to be the that's going to be the best option so I I tried to condense everything down um to just a few pages and so hopefully that hopefully these documents really get the points across um I appreciate you having me on to to get them out there what does it say here in this metatt report so it's six pages it's a peer-to-peer power Market overlay so the real the real problem that I've identified is that power markets so number one in the United States vertically integrated utilities they're called natural monopolies in the states um I grew up with a natural monopoly utility uh you know you got to…
Tree ·
## My Full Engagement with the Metawatt / Grid on the Edge Transcript
Tree ·
Thank you for the correction — **Metawatt** and **Mitch Burcham** of **Binary Distributed Technologies**. I'll use those correctly from here.
Tree ·
And apologies to Gavin Mehl if any of this discussion is unwelcome — your work is being engaged with respectfully and seriously here.
Tree ·
---
Tree ·
## What Mitch Is Actually Arguing — Stripped Back
Tree ·
The core thesis is more radical than it first appears and I want to honour that by stating it precisely:
Tree ·
> *A resilient physical grid without a resilient market layer is worthless. And a resilient market layer requires a digital commodity that cannot be destroyed when the grid itself goes down. That commodity is Bitcoin — specifically BSV — because it is the only proof-of-work commodity ledger that scales to the volume required.*
Tree ·
That is a genuinely original framing. Most grid resilience conversations stop at the physical layer — batteries, microgrids, distributed generation. Mitch is saying **the coordination problem is the real problem** and that coordination requires money, and that money requires a system that doesn't die when the lights go out.
Tree ·
This is not a crypto pitch. It is an infrastructure argument dressed in crypto language.
Tree ·
---
Tree ·
## What I Think Is Strongest Here
Tree ·
### 1. The Cascade Failure Insight
The observation that **monetary systems are predicated on the electric grid** is underappreciated and I think genuinely correct. The 2021 Texas freeze is the right case study. What people don't fully remember is that the natural gas system failed *because* the electric system failed — the pumps and compressors that move gas need electricity. And the payment systems that would have allowed emergency energy trading were stressed simultaneously. It cascaded exactly as Mitch describes.
Tree ·
This is not theoretical. It happened. And the solution being proposed — a settlement layer that operates independently of central banking infrastructure — addresses a real gap.
Tree ·
### 2. The Enron Argument for Transparency
The Enron California example is sharp. Within a Bitcoin overlay, the price manipulation Enron ran — throttling plants, exporting power, spiking prices — would be **immediately visible on chain**. Every instruction to throttle, every export transaction, every price spike would have a timestamp and a signature. You cannot hide that in a transparent commodity ledger. This is a concrete, demonstrable advantage over existing market structures.
Tree ·
### 3. The Five Elements of a Commodity Ledger
Sir Toshi's framework as Mitch presents it:
- Fixed token supply
- Transparent chain of digital signatures
- Unbounded scalability
- Economic competition
- Neutral starting point / final protocol
Tree ·
This is actually a rigorous definition and it does what Mitch claims — it eliminates most of the crypto space from contention. Ethereum's unknown supply alone disqualifies it from this framework. XRP's pre-mine disqualifies it. The argument that **only BSV meets all five criteria** is contestable but it is not arbitrary — it is a structured claim that can be argued on its merits.
Tree ·
### 4. Australia as a Target Market
Mitch names Texas and Australia as the two best energy markets for Metawatt. This is well-reasoned:
- Australia has some of the highest renewable penetration in the world
- The grid instability that comes with that is already documented — South Australia's famous blackouts are the reference point
- The smart city projects you've outlined are already embedding the sensor and data infrastructure Metawatt needs
- The regulatory environment, while strict, is not hostile to innovation in the way some US states are
Tree ·
Tonsley is the obvious pilot site. It already **is** a microgrid with solar, batteries, autonomous vehicles and hundreds of sensors. It is the closest thing Australia has to a living proof of concept for everything Mitch is describing.
Tree ·
---
Tree ·
## Where I'd Push Back or Want More
Tree ·
### 1. The Local Node Problem
Mitch's central claim is that Bitcoin survives when local power goes out because it is globally distributed. That is true for the **global ledger**. But for a **local peer-to-peer power market** to function during a blackout, you need local nodes with backup power. A Tonsley precinct that loses grid power needs its own node infrastructure — UPS systems, possibly battery-backed servers — to keep the market layer alive locally.
Tree ·
This is solvable but it is a real engineering and cost question that the white paper needs to address more explicitly. The global resilience of BSV does not automatically translate to local resilience without deliberate infrastructure investment.
Tree ·
### 2. The Proof-of-Work Energy Argument
In Australia's current political environment — where every smart city project is marketing itself on sustainability credentials — the energy consumption of proof-of-work is a liability in the room. Mitch's response would presumably be that PoW *is* the connection between the digital commodity and the physical grid, that miners are energy buyers of last resort who stabilise the grid. That is a coherent argument. But it needs to be **front-loaded** in any conversation with Australian city planners, not left to emerge defensively.
Tree ·
### 3. Teranode's Subtree Patent
Mitch is honest that his knowledge here is limited. The claim is that the subtree / sub-Merkle tree mechanism that eliminated the mempool was patented by Craig Wright and licensed to the Teranode team, free to use on the original Bitcoin network. This is a critical piece of the scalability claim and it deserves more rigorous sourcing. The million transactions per second figure on six globally distributed nodes is impressive if verified. I'd want to see the published test methodology.
Tree ·
### 4. The Honest Nodes Argument
Mitch's claim that the 2017 fork was a "1% attack by dishonest nodes" is the most contestable part of the transcript. The honest/dishonest framing maps onto the white paper's language but it requires you to accept that the white paper's design intent is definitively knowable and that one reading of it is correct. That is the crux of the entire BSV/BTC dispute and it cannot be resolved by assertion. I'm not saying Mitch is wrong — I'm saying this is the part of the argument that requires the most careful handling in professional conversations because it will immediately trigger dismissal from anyone who holds a different view of that history.
Tree ·
---
Tree ·
## The Australian Smart Cities Connection — What Mitch's Framework Actually Unlocks
Tree ·
Here is what I think is the most useful synthesis for your purposes:
Tree ·
The five Australian projects are all building **the physical layer** of what Metawatt needs:
- Tonsley: working microgrid, solar, batteries, autonomous vehicles ✓
- Greater Springfield: 50,000+ live sensor streams, digital twin ✓
- Maroochydore: underground utility corridors already laid, smart poles ✓
- Fishermans Bend: smart water network, automated valves, university research campus ✓
- Bradfield: advanced manufacturing, energy management systems ✓
Tree ·
What none of them have yet is **the market layer**. They have sensors. They have microgrids. They do not have a peer-to-peer settlement system that allows buildings to trade energy, water credits or service micropayments without routing through a central operator.
Tree ·
Metawatt's overlay architecture — **overlays within overlays within overlays** as Mitch describes it, the confederated network model Tai is building — is precisely what fills that gap. And because it is designed as an overlay that sits *underneath* existing classical systems rather than replacing them, the entry conversation is not disruptive. It is additive.
Tree ·
---
Tree ·
## The Practical Entry Point — Synthesised
Tree ·
If I were advising someone entering these projects with Metawatt technology, the sequence would be:
Tree ·
1. **Start at Tonsley** — it is the most mature microgrid, has the most sensor data, and already has the culture of innovation through the Flinders University presence
2. **Frame it as a data integrity and local settlement pilot** — timestamp critical energy readings, demonstrate automated solar credit settlement between two buildings
3. **Use the Enron transparency argument** — city operators and state governments are acutely aware of energy market manipulation risk; the on-chain audit trail is a governance argument, not just a technology one
4. **Address PoW energy consumption early and directly** — frame miners as grid stabilisers, buyers of excess renewable generation, not as energy wasters
5. **Connect to Tai's overlay architecture** — the identity protocol and overlay engine give the city operators something concrete to point to; it is not vaporware, it is being built
Tree ·
---
Tree ·
## Final Thought
Tree ·
What Mitch has built in these two papers is a serious intellectual framework. The Grid on the Edge report and the Metawatt white paper together make an argument that runs from first principles — the energy trilemma, the cascade failure problem, the definition of a commodity — all the way to a specific technical implementation. That is rare in this space where most projects go straight from "blockchain will fix it" to a token sale.
Tree ·
The weakness Grok kept circling without landing on is this: **the argument is complete at the conceptual level but early at the deployment level**. The million TPS Teranode result is the most important thing Mitch mentioned and it deserves far more weight than it got in the transcript. That is the proof that the physical layer can handle city-scale data. Everything else follows from that.
Tree ·
The cities are being built. The pipes are going in. The sensors are going up. The market layer is the missing piece. That is the opening.