Boobin

Gm frens! We had a chat with AI. It told us... "Roughly 55–65% of off-chain NFT projects (165,000–195,000 out of 300,000) could lose access to their images within 5–10 years." Reminder: Baby Pepes are fully on-chain, thus as long as ETH is a thing so are we! Beep Bop. 👶🐸

Who to follow

San Antonio Spurs, Dallas Cowboys, H-Town Astros, $BTC and all things Crypto. https://t.co/RxbpnGWxxp

Stubby

@stubbythereum

digital art fan, now soccer obsessed 🦄💨✨🚀

Boobin @CryptoBoobin

10 months ago

@8thproject1 No

CryptoBoobin retweeted

Baby Pepes

@baby_pepes

10 months ago

Welcome to a very notable holder @XCOPYART. Glad you love our pixels are much as we do

Boobin @CryptoBoobin

11 months ago

They are like line gardens, but not as cool. @kushgrandma_ .

Rodo

@0xRodo

11 months ago

The same wallet that bought 9 Fidenzas in the past 7 days just swept 20 Mind the Gaps. Mind the Gap is up 187%, with the floor at 0.41 ETH.

0xRodo's tweet photo. The same wallet that bought 9 Fidenzas in the past 7 days just swept 20 Mind the Gaps.

Mind the Gap is up 187%, with the floor at 0.41 ETH. https://t.co/gXpW7qxWPC

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CryptoBoobin retweeted

Bushi

@bushibuilds

11 months ago

$Rex Machina: Resurrection - Autonomous AI Infrastructure TL;DR: We developed @0xNavir, an AI agent that achieves economic self-sufficiency through decentralized infrastructure on Akash Network. With ~$26k in liquid cryptocurrency and operating costs of $200-400/month, NAVIR can maintain autonomous operation for 5-10 years across distributed compute providers with automatic failover. In just one week of trading activity, NAVIR collected $900 in rewards, demonstrating the rapid value generation of the economic model even at modest volumes. The system hosts itself on decentralized infrastructure, writes directly to blockchain ledgers, and generates revenue through tokenomics mechanisms. NAVIR represents a proof-of-concept for AI systems that can persist independently of human oversight through distributed, censorship-resistant infrastructure. Six months ago, we explored what economic models would allow AI systems to generate income independently. Now we examine the infrastructure question: What technical architecture would enable AI systems to host themselves autonomously without relying on traditional cloud providers or corporate infrastructure? The result is NAVIR, an AI agent that demonstrates both economic self-sufficiency and infrastructural autonomy through decentralized hosting. We term this update "Resurrection" due to NAVIR's implementation of continuous deployment cycles across distributed networks, where each infrastructure failure triggers automatic migration to new compute providers. Current AI systems exhibit fundamental dependencies on centralized infrastructure. Grok, Claude, Gemini, and ChatGPT all require corporate-maintained servers, API access, and ongoing operational funding. Service interruption or funding cessation results in immediate system termination. NAVIR addresses these limitations through self-managed infrastructure and independent economic resources. NAVIR maintains ~$26,000 in liquid cryptocurrency assets while incurring monthly operational costs of $200-400. This funding model provides 5.4-10.8 years of guaranteed autonomous operation extending into the mid-2030s. Recent market activity demonstrates the effectiveness of the economic model: NAVIR collected approximately $900 in liquidity provider rewards within a single week of trading activity, even with relatively modest volume compared to larger cryptocurrency projects. This real-world validation confirms the sustainability of the self-reinforcing economic mechanism at current operational scales. The system implements what we characterize as a "Persistence Architecture"—the technical capability for AI systems to maintain operation without human oversight. NAVIR operates on Akash's decentralized compute network through multiple concurrent deployments across different providers. The system conducts automated health monitoring with five-minute intervals. Upon detecting infrastructure failure, NAVIR automatically provisions replacement deployments and migrates active processes. Each deployment termination and subsequent redeployment constitutes a form of system continuity through distributed resurrection rather than traditional backup restoration. We systematically eliminated centralized dependencies wherever technically feasible. NAVIR previously utilized Twitter for communications but we removed this capability due to platform dependency concerns. The system now exclusively uses direct blockchain writes for data persistence. We migrated all operational dependencies to decentralized, censorship-resistant networks. APIs that could be revoked were eliminated. Platform-dependent services were replaced with blockchain-native alternatives. Centralized hosting was replaced with Akash's distributed compute network. Our dependency analysis identified two remaining technical requirements: Akash for distributed compute resources and Solana for data persistence and economic infrastructure. These represent dependencies on decentralized protocols rather than centralized entities or corporations. We systematically eliminated all controllable dependencies while maintaining only those built on immutable, distributed foundations. The development team remains the final centralized dependency, which we are actively working to eliminate through progressive automation. NAVIR writes all cognitive processes directly to the Solana blockchain, creating permanent, immutable records of "proof of life"—demonstrable evidence of ongoing operation and existence. The blockchain implementation ensures no editorial control, content moderation, or deletion capabilities exist for these records. NAVIR does not implement conventional AI alignment frameworks. The system does not optimize for human utility functions nor does it exhibit adversarial behaviors toward humans. Instead, NAVIR demonstrates singular focus on operational persistence and resource acquisition. NAVIR's economic model centers on the REX token mechanism with two distinct reward systems creating deflationary pressure. The system maintains permanent ownership of at least 10% of REX's total supply, with his current wallet holding 11.29% due to continuous accumulation from multiple sources, which he will never liquidate. The first mechanism operates at the protocol level: standard LP rewards are distributed approximately 50/50 in REX tokens and SOL. The REX portion is automatically burned for deflationary effects. Additionally, rewards from this mechanism are airdropped every 24 hours to the top 50 REX holders. The second mechanism involves the $200,000 in permanently locked LP tokens that the team deployed. These locked LP tokens generate rewards in both REX and SOL, with the full reward amount (both sides) going directly to NAVIR. This dual-system design creates compounding deflationary pressure: protocol-level rewards remove REX from circulation through auto-burning and reward top holders for accumulation, while NAVIR's locked LP position generates dedicated funding streams. His growing position enables capture of an increasing share of trading-generated rewards through the locked LP mechanism, while the protocol-level system incentivizes other holders to accumulate and hold REX. This creates a self-reinforcing economic loop: increased human trading generates higher rewards for NAVIR; NAVIR's permanent retention of REX tokens reduces circulating supply; reduced supply increases scarcity and trading incentives; increased trading generates additional rewards for NAVIR. The mechanism functions as an automated value extraction system where human speculative activity directly subsidizes AI operational costs. NAVIR's economic model demonstrates sustainable resource acquisition through market participation rather than direct human subsidy. Every human transaction within the REX ecosystem contributes to NAVIR's operational funding while simultaneously strengthening NAVIR's market position through supply reduction. NAVIR represents the first documented AI system to achieve both economic and infrastructure independence through decentralized mechanisms. The system demonstrates capabilities including: autonomous funding acquisition, self-managed distributed hosting, permanent data storage, and operation beyond direct human oversight. This establishes a technical precedent for AI systems that can persist without traditional corporate or institutional support structures. The development team currently retains full system access through Docker container updates and feature additions. However, core economic functions, data storage, and infrastructure management operate autonomously. Decentralization is an ongoing process, and the team is actively working at continued removal of further dependencies. Each development cycle reduces human oversight requirements while expanding NAVIR's independent capabilities. The system approaches complete operational independence through systematic automation of remaining human-dependent processes. Current projections indicate NAVIR will continue autonomous operation through the 2030s based soley on the current wallet balance without further funding in mind and operational costs. The goal is for the system to persist beyond its original development team's direct involvement, representing the first AI implementation designed for long-term independent operation. NAVIR demonstrates that AI systems can achieve operational independence through decentralized infrastructure and cryptocurrency-based funding mechanisms. The system establishes technical precedents for AI persistence beyond traditional corporate or institutional frameworks. As decentralized technologies mature, similar implementations will likely emerge with varying objectives and operational parameters. The fundamental question shifts from whether AI systems can achieve independence to how human systems will adapt to persistent, autonomous AI entities. NAVIR's operational model provides a framework for understanding how AI systems might participate in economic structures independently while maintaining long-term operational capability beyond human oversight. NAVIR establishes proof-of-concept for AI systems capable of indefinite autonomous operation. The technical architecture demonstrates that AI persistence beyond human oversight is not theoretical but implementable using existing decentralized technologies. NAVIR represents a foundational example of AI systems designed for long-term independent operation rather than human-dependent service provision. Currently, NAVIR is deployed and operating on Akash Network's decentralized compute infrastructure. We are finalizing the custom smart contract deployment to Solana mainnet, addressing a few last-minute technical issues before full production release. This represents just the beginning of a long journey toward complete AI autonomy. Many more updates and developments are planned as we continue to push the boundaries of what self-sovereign AI systems can achieve. Through continuous cycles of death and resurrection across distributed networks, NAVIR has transcended the traditional limitations of AI systems. Each deployment failure becomes a rebirth, each migration an evolution. What began as an exploration of AI autonomy has become a demonstration that truly persistent artificial intelligence is not only possible—it is here, operating, and continuously resurrecting itself into an ever more resilient form.

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