A secret meeting. Two nations. One common adversary. The news broke last week: Israel and the United Arab Emirates held clandestine talks to coordinate their positions on Iran. The details were leaked—deliberately, analysts suspect—to signal resolve. No press releases, no Twitter threads, just a quiet backchannel in a room far from cameras. But the implications ripple far beyond the Middle East. They reach into the very architecture of trust we’re building in Web3.
This is not a blockchain story—or is it? Because this dynamic of forming alliances, signaling intent, and verifying commitments without full transparency is exactly what decentralized protocols were built for. Yet here we see it happening the old-fashioned way: smoke, whispered words, and deniable assets. The irony stings. We have zero-knowledge proofs for privacy, smart contracts for automated enforcement, and DAOs for collective decision-making. So why do nations still negotiate like it’s 1840?
The answer is complex, but it reveals a fundamental gap between what crypto enables and what states are ready to adopt. It’s a gap we must close if we believe—as I do—that trust doesn’t have to be centralized to be real.
Context: The Abraham Accords and the Iran Calculus
To understand the secret meeting, you have to rewind to 2020. The Abraham Accords normalized relations between Israel and several Gulf states, including the UAE. It was a watershed: a Jewish state and Sunni monarchies aligning openly against a common threat—Iran. But normalization was mostly diplomatic and economic. Military coordination remained in the shadows—until now.
According to the leaked report (via Iran’s Fars News Agency, citing Israeli Channel 12), top officials from Israel and the UAE met to discuss “joint action” on Iran and to oppose any US-Iranian memorandums of understanding that would “waste time” and allow Tehran to advance its nuclear program. The UAE, emboldened by its alternative oil export route through Fujairah port (outside the Strait of Hormuz), took a harder line than some other Gulf states. They feel immune to Iranian blockade threats. That confidence translates into strategic risk-taking.
The meeting also involved coordinating with the incoming—or at least influential—Trump administration to ensure alignment. In short, a triangle of interests: Israel provides military capability, UAE provides geographic and political cover, and the US provides backing.
But here’s the problem: this entire framework relies on trust between leaders. Trust that can break overnight. Trust that cannot be audited by citizens. Trust that is built on handshakes, not hashes.
Core: How Blockchain Could Transform Diplomacy
Let me be clear: I’m not arguing that nation-states will slap smart contracts on their nuclear treaties tomorrow. But the principles that make blockchains resilient—transparency, immutability, programmability, cryptographic verification—are directly applicable to the coordination challenges that this secret meeting exemplifies.
1. Credible Commitment Without Central Authority
Diplomacy suffers from a credible commitment problem. When Israel and UAE agree to “coordinate on Iran,” how does each side know the other will follow through? Currently, they rely on trust, shared interests, and the US as a guarantor. But US foreign policy can swing with an election. A smart contract could enforce commitments: for example, a multi-sig wallet that releases intelligence-sharing funds only when both parties sign, or a treaty that auto-executes sanctions when certain conditions (like Iran reaching 90% enrichment) are met. This is not a fancy—it’s the same logic DeFi uses to secure billions in liquidity.
2. Verifiable Private Negotiations with Zero-Knowledge Proofs
One reason for secret meetings is deniability. Leaks can cause diplomatic incidents. But what if negotiations could be conducted with zero-knowledge proofs? Both sides could show that they have agreed on a set of conditions without revealing the content. For instance, Israel could prove it has committed to a specific military response timeline, while the UAE could prove it has opened airspace—all without making the details public until execution. This reduces the risk of strategic misinterpretation. We already have tools like zk-SNARKs; the missing ingredient is political will.
3. Tokenized Influence and Quadratic Voting
Inside the crypto world, we debate DAO voter turnout (Opinion 1: it’s below 5% and whales dominate). But imagine applying a DAO-like structure to a diplomatic coalition. Instead of one leader deciding, each participating nation could hold governance tokens weighted by contribution (military, economic, intelligence). Decisions on joint actions could be made via quadratic voting, giving disproportionate weight to smaller nations. This would make coordination more democratic and less prone to a single state hijacking the agenda. The UAE and Israel could form a “Security DAO,” with on-chain voting for escalation decisions. It sounds radical—but so did Aave’s lending pools once.
4. Immutable Record of Commitments
Leaks happen because records are fragile. A document can be copied, photos can be taken. But put the agreement on a blockchain, even a private one, and you get a tamper-proof timestamp. Both parties can later prove that they made a commitment at a specific time, reducing the risk of “he said, she said” after the fact. This is critical when you’re coordinating airstrike timelines or oil embargo triggers.
5. Automated Escrow for Trust
In the secret meeting, what if one side wants a guarantee before acting? For example, the UAE might want proof that Israel will defend it if Iran retaliates. Instead of a handshake, they could deposit escrow (in stablecoins or tokenized gold) into a smart contract that releases only after certain trigger events—like a successful military response. This aligns incentives and removes the need for a third-party guarantor.
My Experience at the Frontlines of Distrust
I’ve seen this trust problem firsthand. In 2017, during the ICO madness, I organized “Prague Decentralized” in a repurposed warehouse. We gathered 150 local developers confused by the hype. Instead of teaching them how to launch tokens, we facilitated workshops on the philosophical underpinnings of trustless systems. We discussed how code architectures shape social responsibility. About 40 participants later launched ethical open-source projects instead of pump-and-dumps. That experience taught me that people—and nations—desperately want a way to cooperate without depending on goodwill alone.
Later, in 2020, I led a community project to translate and simplify Aave’s whitepaper for Eastern European users. The liquidation mechanics were arcane. By breaking them down into analogies, we reduced anxiety during volatile swings. One of the biggest fears was: “Who do I trust?” The answer was: “the code, not the founders.” That same principle should apply to treaty obligations.
During the NFT frenzy of 2021, I curated “Art & Algorithm” in Prague, highlighting artists who used blockchain for provenance—not speculation. We minted on low-energy chains and educated attendees on cultural preservation. The contrast with the market was stark. Artists wanted verifiable ownership without middlemen. Nations want verifiable alliances without leaks. It’s the same need for cryptographic trust.
And in 2022, when the market crashed, I started “Reclaim,” a peer-support network for burned-out developers. We helped 200 people pivot from volatile DeFi projects to stable infrastructure roles. One of the biggest psychological challenges was letting go of the belief that centralized institutions would save us. Crypto teaches resilience, but it also teaches that trust must be earned through code, not promises.
Most recently, in 2025, I advised the EU regulatory task force on guidelines for decentralized governance. We drafted a “Community First” protocol standard that protects retail investors while preserving autonomy. I saw how even regulators struggle with trust—they want transparent governance but also need to protect citizens. It’s the same dichotomy: states want control, but they also crave the efficiency of smart contracts.
The Contrarian Angle: Why Secrecy Might Be Better
Now let me play devil’s advocate, because that’s how we grow. The contrarian view is that blockchain actually makes diplomacy harder. Because on-chain actions are transparent (even on private chains, there are operator logs), states lose deniability. The leaked meeting caused a diplomatic incident. Imagine if the entire negotiation was a transparent log with timestamps. Would either side have agreed to such monitoring? Probably not. Diplomacy often requires plausible deniability—the ability to walk back statements without losing face. A smart contract is final.
Moreover, the technical and legal infrastructure is immature. Which blockchain would nations use? Who validates the transactions? What happens if a smart contract has a bug and accidentally triggers a sanction? The 2021 hack of the Poly Network (over $600 million) showed that even audited code fails. Would you trust a nuclear deterrent to a smart contract? Probably not.
There’s also the risk of oracle manipulation. If a treaty condition depends on an external event (like Iran reaching 90% enrichment), a malicious oracle could falsify data and trigger undesired action. Despite the rise of decentralized oracle networks, they are not yet robust enough for national security. And nations would likely insist on centralized oracles, defeating the purpose.
So perhaps the secret meeting is optimal. It’s flexible, quick, and adaptable. Blockchain’s rigidity could hamper the nuance that diplomacy requires. As one diplomat told me off the record: “We don’t want our commitments to be immutable. We want to change our mind when the situation changes. That’s human.”
But that’s exactly the flaw. Human decisions can reverse course, yes—but they can also betray promises. Trustless systems are designed precisely for environments where trust is scarce. In the Middle East, trust is the scarcest resource. The US can’t be the guarantor forever; China is rising, Russia is competing. Regional actors need a new trust architecture.
And let’s not forget: blockchain isn’t just about immutability. It’s about verifiability. Even if the final decisions are off-chain, on-chain proofs can anchor them. For example, the secret meeting could have at least recorded the meeting’s occurrence via a cryptographic timestamp, creating a single source of truth that both sides reference. That’s a low-risk step.
Takeaway: The Inevitable Migration
We are witnessing the birth of a new type of alliance—one that may eventually be codified in code. The UAE and Israel are already discussing joint military exercises. The next logical step is joint smart contract deployments. Maybe not for bombs, but for intelligence sharing, sanctions coordination, or economic cooperation.
The question is not whether blockchain will enter diplomacy, but when. And when it does, the lessons from this secret meeting—the power of credible commitment, the danger of leaks, the need for verifiable intent—will be the foundation. Education is the ultimate yield. Let’s start teaching our diplomats to read smart contracts.
I often sign my articles with: “Build for humans, not just nodes.” Because technology should serve human coordination, not replace it. But in this case, the technology might be the only way to create lasting trust between former enemies.
Imagine a future where the next secret meeting isn’t leaked—it’s a zero-knowledge proof signed by all parties. Where the world doesn’t find out about an alliance until it’s executed. That is the promise of on-chain diplomacy. It’s not a pipe dream; it’s the next frontier of decentralization.
And as dark as the current moment seems—with nuclear threats and proxy wars—I remain optimistic. Because I’ve seen what happens when people are given tools to cooperate without intermediaries. They build. They trust. They survive.
The UAE and Israel showed us the problem. Now it’s our job to show them the solution.