Joseph | 創造 革新

Ryōiki Tenkai: 創造 革新 | PM | Co-Founder @re0labs | Building @Heresprotocol

[Heres Protocol @Heresprotocol]

Sigmund Freud defined the Freudian slip as a meaningful psychological act where our conscious and unconscious intentions collide. When we forget something or lose an object, it is not just a random accident; it is the manifestation of a hidden intent.

In the world of Web3, losing access to a private key or failing to pass on our digital wealth when we die feels like a tragic accident. But fundamentally, it is a failure of our infrastructure to capture our true, long term Intent.

We hold a conscious intention to protect our wealth for our loved ones. Yet, the unforgiving nature of blockchain creates an unconscious barrier. When these two collide without a proper system in place, billions in digital assets become dead keys and are lost forever.

This is where @Heresprotocol comes in. We believe your intent should never be lost to a systemic slip.

Heres Protocol is built on the concept of Secure Intent. We allow you to define exactly what should happen to your assets in the future. By locking your choices into autonomous smart contracts, we ensure your true intent is executed seamlessly.

When an unexpected event or a period of inactivity occurs, it is no longer a tragic loss or a forgotten key. It becomes the exact trigger that executes your conscious intention, transferring your digital legacy safely to your beneficiaries.

Freud taught us that our hidden intents always find a way to surface. At Heres Protocol, we build the infrastructure to guarantee that your final intent is flawlessly executed, every single time.

[Heres Protocol @Heresprotocol]

Swift recently shared a powerful vision for the future of finance, one built entirely on trust and blockchain ledgers. As traditional finance accelerates its adoption of tokenized assets and distributed networks, we are looking at a massive shift in how global value moves. But moving assets globally is only half the equation. Securing those same assets across generations is the next great challenge for institutions.

This is exactly where @Heresprotocol intersects with @swiftcommunity's roadmap.

While Swift focuses on building the secure rails for cross border asset transfers, Heres Protocol is building the missing B2B2C inheritance layer. We are creating an infrastructure that allows custodians and asset managers to seamlessly integrate autonomous succession directly into their platforms via our API and SDK.

When Swift talks about a future built on trust, we share that exact philosophy. Institutions cannot afford decentralized execution risks when dealing with generational wealth. That is why we secure assets in non upgradable PDA vaults using @magicblock TEE based isolated logic. It is a system designed to let institutions offer premium, compliant digital inheritance without ever risking client assets to dead keys.

Ultimately, as Swift bridges the gap between traditional finance and blockchain, Heres Protocol provides the ultimate fail safe for tokenized Real World Assets and digital wealth. Just as institutions rely on Swift to route global payments today, they will plug into Heres Protocol to handle asset succession tomorrow.

The future of finance requires both secure global transfers and secure generational transfers. We are thrilled to be building the infrastructure that completes this ecosystem on @solana.

[Heres Protocol @Heresprotocol]

HUGE 🔥🔥🔥

[Joseph | 創造 革新 @josephdotpm]

@theshiptalk @Heresprotocol Huge 🔥

[Solana Ship Talk @theshiptalk]

Millions of Bitcoin sit in wallets nobody can open. Heres is building the layer that hands them over.

Original, co-founder of @Heresprotocol, on the digital asset graveyard

"The problem we are trying to solve is simply the digital asset graveyard problem. According to chain analysis, millions of Bitcoins are inaccessible because the owners lose access to their private keys and seed phrases, alongside some other issues that could make users lose their assets"

"Heres provides a private inheritance layer for users, where users can create capsules, add beneficiaries, and set their intent"

"After a set period of time, that will be a time set by the users, we call it wallet inactivity period, the assets are sent to the intended beneficiaries and settled on the Solana ecosystem"

[Heres Protocol @Heresprotocol]

We sincerely thank @sagapad_icm, @theshiptalk, and @solana_stream for providing the environment and opportunity to introduce our project once again. 🙏

We also thank them for writing this comprehensive summary of our project.

Having a team and a space to introduce the early @solana ecosystem has a significant impact, and we believe it is a great opportunity and environment for builders as well.

We will continue to build around the Solana ecosystem and plan to introduce our progress as it continues to develop.

Please stay tuned 👀

[Solana Ship Talk @theshiptalk]

https://t.co/lz1aX0uex7

[Heres Protocol @Heresprotocol]

We are thrilled to join this journey! 🚀

Meet Heres Protocol: a native @solana B2B2C digital asset inheritance infrastructure (IaaS) designed to solve the multi-billion dollar "dead key" wealth transfer problem.

Currently, users must either trust centralized custodians or expose highly sensitive inheritance rules on public ledgers. We fix this. Powered by @magicblock's secure TEEs, we built a trustless "dead-man's switch" that strictly separates liveness verification from the actual funds.

Assets remain safely on the Solana base layer, allowing asset managers and platforms to offer secure succession planning with zero custody risk and absolute privacy.

Excited to build the future of scalable Web3 infrastructure with @InspiraLabsHQ, @Yellow, and @cicada_mm!

#Solana #Web3 #DeFi #Consumer #Crypto #inheritance #HeresProtocol

[Heres Protocol @Heresprotocol]

⚡ Yesterday, we had a truly amazing experience and shared many productive conversations.

We also had the opportunity to meet our interesting @Heresprotocol and @VREprotocol for the Solana ecosystem.

If you missed it, please watch it via the provided link. Watch to learn about the problems Heres Protocol aims to solve, how our service works, and our future plans!

P.S. I would like to sincerely thank @sagapad_icm, @theshiptalk, and @solana_stream for providing such a wonderful environment and a great gathering, and for inviting us.

We hope we can continue to communicate and expand the Solana ecosystem community in the future. 🙏

[re Labs @re0labs]

Incredible innovation by the Aave team! AI-driven risk modeling and auditing are essential for the future of DeFi.

Imagine combining Aave's powerful AI security tool with reCEPTION's execution-layer firewall. While @aave's AI handles deep risk analysis and static security, reCEPTION can serve as the ultimate runtime shield, actively intercepting zero-day exploits in real-time right before they execute on-chain.

Together, we can build a comprehensive defense system from smart contract deployment to live transaction execution. The future of DeFi security is collaborative! 👀

[Heres Protocol @Heresprotocol]

📢 This Friday, Aug 14, 4 PM UTC!

@Heresprotocol will be participating in @theshiptalk Ship Talk, hosted by the @sagapad_icm team.

You can learn about what kind of project Heres Protocol is, what problems we address and solve, and even see a demo of our product firsthand!

Join us for a deep dive to learn more and meet up.

Also, take this opportunity to meet the @voutcomeengine team, who are joining us.

We would also like to thank our partner @solana_stream for providing the environment for Ship Talk.

See you tomorrow! 👀

[re Labs @re0labs]

Coreum Bridge Hack: What Could Have Stopped It?

The recent Coreum Bridge incident is a powerful reminder that multisig alone does not make a bridge secure.

If relayers all rely on the same flawed validation logic, even a strong quorum can collectively approve fraudulent evidence.

This is where reCEPTION can add another security layer.

reCEPTION could help protect cross-chain bridges by:

🔹 Analyzing bridge contracts and relayer logic for missing validation
🔹 Verifying that assets were actually transferred to the bridge
🔹 Preventing transaction memos or metadata from being treated as proof of payment
🔹 Enforcing source-chain ↔ destination-chain accounting invariants
🔹 Detecting suspicious transaction patterns and attacker probing
🔹 Requiring verifiable deposits before approving withdrawals
🔹 Monitoring contract codehash changes and triggering re-analysis after upgrades

The key security principle is simple:

A bridge should never release real assets unless the destination-chain state is backed by independently verifiable source-chain activity.

The Coreum incident demonstrates why bridges need more than signatures—they need intelligent verification of what those signatures are actually approving.

reCEPTION: Analyze. Verify. Protect.

Resource: https://t.co/M0ZyJ6xXHR

#reCEPTION #reLabs #Web3Security #BlockchainSecurity #CrossChain #BridgeSecurity #SmartContractSecurity #DeFi #XRPL #Coreum @XRPLF @XRPLLabs @xrpl_commons

[Josip Volarević @JosipVolarevic2]

https://t.co/eQ1dVKEwRJ

[Joseph | 創造 革新 @josephdotpm]

@magicblock 👀🪄

[re Labs @re0labs]

We are redefining execution-layer security in Web3, and we are looking for our next pilot partner.

As DeFi protocols, wallets, and agentic networks scale, the threat of zero-day exploits and wallet drainers bypassing static audits has become a critical bottleneck for mass adoption.

That is why we built reCEPTION(@re0labs), a real-time AI security firewall designed to act as your programmable immune system. It integrates seamlessly into your existing architecture via Layer 2 APIs or Layer 3 Hooks to actively intercept malicious transactions in real-time, with zero UX degradation.

What our pilot partners receive:
✅ Dedicated systems engineering and integration support from our team.
✅ Tailored threat modeling and architecture mapping for your specific pipeline.
✅ Production-ready, ultra-low latency execution-time protection deployed rapidly.
✅ Preferential commercial terms for early adopters.

If you are looking to secure your users from runtime exploits without compromising network speed, DM us or leave a comment.

✔️ Currently supporting: @ethereum, @hedera, and @XRPLF EVM(@xrpl_commons @XRPLLabs)

Let's build the secure future of Web3 together!

#Web3 #Web3Security #DeFi #SmartContracts #ArtificialIntelligence #BlockchainSecurity #reCEPTION #reLabs #AgenticFinance #AI

[re Labs @re0labs]

With the rise of agentic e-commerce platforms, the integration of stablecoins and cryptocurrency into everyday commerce is expanding rapidly.

However, securing these real-world transactions without slowing down the checkout experience remains a massive challenge. So, how does the reCEPTION API work when integrated into a Web3 payment system? Watch the demo to see our ultra-low latency security flow in action!

✅ Initiate: User requests a payment transaction.
✅ Real-time Scan: Right before signing, the reCEPTION API instantly analyzes the transaction intent and destination.
✅ Block & Approve: Scams and wallet drainers are immediately blocked, while safe transactions pass through without delay.

Providing invisible, institutional-grade security without compromising the seamless payment UX.

E-Commerce. @coinbase @CoinbaseBiz @CoinbaseDev

Network. @hedera @HederaCommunity @base @XRPLLabs @XRPLF @xrpl_commons

[Heres Protocol @Heresprotocol]

Heres, Privacy, and How We Put You First

Privacy isn’t just a feature in Web3, it’s the foundation of digital ownership.

As the industry moves toward a more intelligent, intent-driven future, users are entrusting protocols with increasingly sensitive information: who should receive assets, under what conditions they should be transferred, and the logic that determines how those assets are managed.

Without strong privacy guarantees, that trust can be broken.

Poorly protected user data can be exposed, transaction intent can be analyzed, and highly personal information can become accessible to parties that should never have access to it. While blockchains are designed to be transparent, not every piece of information belongs on a public ledger.

At Heres Protocol, we believe transparency should never come at the cost of privacy.

Privacy by Design

Rather than exposing sensitive inheritance logic on-chain, Heres Protocol protects critical information using secure hardware-based privacy.

Highly sensitive data such as transaction execution logic, inheritance conditions, and beneficiary details is encrypted and securely processed within MagicBlock’s Trusted Execution Environment (TEE).

This means:
- Sensitive information is processed inside a secure enclave.
-Data remains encrypted throughout its lifecycle.
-The Heres Protocol team cannot access your information in plain text.
-Beneficiary details and execution conditions remain isolated from unauthorized access.

Unlike many traditional Web3 applications that rely on publicly visible smart contract logic, Heres Protocol leverages hardware-level security to ensure your digital legacy remains private.

Your Data Belongs to You

We designed Heres Protocol so that privacy isn’t dependent on trust in us it’s enforced by the underlying technology.

We do not have the technical ability to view, alter, or extract the beneficiary information or execution conditions stored within your active capsules.

Your intentions remain yours.

Responsible Data Practices

Privacy extends beyond encryption.

Heres Protocol does not sell, rent, or trade your personal information.

What does Privacy mean to you?

[Heres Protocol @Heresprotocol]

In 2009, Satoshi inscribed a newspaper headline about bank bailouts into Bitcoin's genesis block. The message was clear: when central controllers fail us, we need a system that is trustless yet completely accountable.

The latest policy report by @hashed_official and @SolanaInstitute perfectly captures how this original philosophy is resurfacing today. While the last cycle saw DeFi distracted by speculation, we are now entering an era where decentralized infrastructure is co-creating an entirely new, resilient financial ecosystem.

The most profound insight from the report is the shift in how we define trust: "Resilience derives not from the presence of a central controller, but from the distribution of responsibility."

This exact philosophy is the foundation of Heres Protocol.

Currently, the impending $68 Trillion intergenerational wealth transfer is bottlenecked by the very central controllers Satoshi warned us about: legacy institutions and fragile intermediaries. Securing your life's assets shouldn't require trusting a single point of failure.

By building on @solana, @Heresprotocol applies "distributed responsibility" directly to digital inheritance. We are replacing centralized intermediaries with a trustless, autonomous architecture:

🔒 Hardware-Grade Privacy: Your intent and beneficiary data are locked off-chain in Secure Enclaves (TEEs), establishing a zero-knowledge environment where your data remains completely private until the moment of execution.

⚙️ Autonomous Execution: Powered by @magicblock, our on-chain tracker monitors inactivity and autonomously triggers the wealth transfer.

💰 Seamless Transfer: Whether it's Stablecoins, Native tokens, or RWAs, value is pushed directly to your beneficiaries, settled instantly on Solana.

The future of capital markets belongs to systems that distribute responsibility to guarantee absolute, trustless security. Your legacy shouldn't rely on trust; it should be guaranteed by code.

Highly recommend reading the full analysis by Hashed Open Research and the Solana Policy Institute. 👇
https://t.co/nEhHjAfyXr

[Joseph | 創造 革新 @josephdotpm]

@metaproph3t 👀🙌

[Joseph | 創造 革新 @josephdotpm]

South Korea's @magicblock Builder 🇰🇷🪄

Building @Heresprotocol