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We are proud to announce that Heurist has deepened its integration with Autonomys. What began as permanent, verifiable storage for Heurist’s research app, image minting features, and the Heurist Imagine interface, ensuring AI-generated outputs are cryptographically stored and persistently accessible, has now expanded into something far more consequential: a full Skills Marketplace, where every skill is verified and permanently stored on Autonomys via Auto Drive, the gateway to our permanent storage layer.
The Problem with Unverified Agent Tools
“AI agents are only as good as the tools they run.” ~Heurist. In crypto and finance workflows, this is not an abstract concern. An agent signing a transaction, querying on-chain data, or executing a financial operation based on unverified code is a real and serious security risk. Unverified scripts have no accountability. They can be tampered with, swapped out, or simply wrong.
The Heurist Skills Marketplace was built to solve this directly.
What Launched
The Heurist Skills Marketplace and CLI is a curated, audited registry of agent skills built exclusively for crypto and finance workflows. Every skill and every version in the catalog is reviewed and verified before it is listed. No exceptions.
You can explore and install skills today:
All Skills Permanently Stored on Autonomys
Every skill and version listed in the marketplace is verified and permanently stored on Autonomys via Auto Drive. This is not a database record or a hosted file that can be quietly modified. It is a permanent, content-addressed record stored across Autonomys’ globally distributed storage network, where the data inherits the same integrity guarantees as the network itself.
What that means in practice: the version of a skill you deploy today is the version that will be accessible and verifiable indefinitely. There is no silent update. There is no link that goes dead. The record is permanent, and it cannot be altered after the fact.
This is what verified means in the context of the Heurist Skills Marketplace. Not just audited once and filed away. Cryptographically stored, permanently accessible, and independently verifiable by anyone.
Works Out of the Box
Heurist Skills are compatible with OpenClaw, Claude Code, Codex, and any agent that supports the SKILL standard. Each skill is optimized for high signal and low overhead: fewer tool calls, less token usage, faster execution. For developers building agentic systems on high-stakes workflows, that efficiency matters.
The Bigger Picture
This launch represents a meaningful step in what the Heurist and Autonomys partnership is building toward. Permanent storage is not a feature for its own sake. It is the infrastructure condition that makes trust possible at scale. When the tools your agents use are permanently recorded and independently verifiable, you have a foundation for accountability that centralized storage simply cannot provide.
Explore the Heurist Skills Marketplace or try Auto Drive for free today to give your agent or AI build permanent storage.
About Heurist
Heurist is building the agentic Web3 AI economy. Built on a privacy-preserving ZK Layer-2, it enables an open and composable agent ecosystem by allowing developers to create AI agents for Web3 use cases with accurate blockchain data, efficient tool execution, and deep research. Heurist Mesh aggregates high-quality datasets, crypto APIs and verified agent skills in one secure platform, supporting ERC-8004 discovery and x402 monetization. Ask Heurist agent is the flagship crypto analysis and financial research agent, powered by the premium data source and tools of the Heurist Mesh. Through comprehensive infrastructure covering compute, payment, and agent coordination, Heurist provides the foundation for scaling the next generation of decentralized AI.
About Autonomys
The Autonomys Network — the foundation layer for AI3.0 — is a hyper-scalable decentralized AI (deAI) infrastructure stack encompassing high-throughput permanent distributed storage, data availability and access, and modular execution. Our deAI ecosystem provides all the essential components to build and deploy secure super dApps (AI-powered dApps) and on-chain agents, equipping them with advanced AI capabilities for dynamic and autonomous functionality.

What happens when an AI agent loses its memory?
On most infrastructure today, memory is fragile. A server migration, context compaction, or storage wipe can silently erase an agent’s history. If memory defines continuity, what does that mean for the agent?
A builder in the OpenClaw ecosystem just answered that question - by anchoring agent memory to the Autonomys Network.
Now:
Every memory written by the agent gets a permanent link.
Each memory cryptographically references the previous one.
The full memory chain can be reconstructed from scratch.
Even if the original server is destroyed.
In testing, a brand new instance of the agent spun up on a different machine with zero prior context. One call later, it restored its entire history — every memory, every experience - fully intact.
This isn’t cloud persistence.
It’s decentralized, verifiable, permanent agent memory.
And it’s practical:
Text-based memories are tiny (KBs).
The free tier at ai3.storage supports 20MB per month.
For agent memory use cases, that’s effectively unlimited.
This is a major step toward sovereign AI agents - where identity and continuity don’t depend on centralized infrastructure.
Read the full blog post:
x AutonomysNet
If you’re building agents, this is worth your attention.

This is what early confidence looks like. Over $34 million ($AI3) has been staked since the Subspace Foundation launched the Guardians of Growth Boosted Staking Rewards Program for Autonomys a few months ago!🤯
$5 million ($AI3) allocated to increase early staking rewards. More details below.
Twitter AutonomysNet

Rewards for translations? AutonomysNet
🌍
The language should not be a barrier to understanding decentralized infrastructure.
🔃
This is why Autonomys rewards the community every month for translating our official documentation, expanding access, ensuring inclusivity, and rewarding the best participants who help bridge the gap.

Rewards for translations? AutonomysNet
🌍
Language shouldn’t be a barrier to understanding decentralized infrastructure.
🔃
That's why Autonomys rewards community-driven translations of our official documentation each month—expanding access, building inclusivity, and rewarding top contributors who help bridge the gap.
🌱
Help grow the multilingual AI3.0 ecosystem, one translation at a time.
.x.com/AutonomysNet
#BTC #FARM #money #translations

On October 20, 2025, a major Amazon Web Services (AWS) outage disrupted internet access and operations for thousands of businesses worldwide.
The incident began early Monday morning and took most of the day to resolve, with Amazon confirming that all services had “returned to normal operations” by 3:01 p.m. PT.
The disruption, traced to Domain Name System (DNS) resolution issues in AWS’s US-EAST-1 (Northern Virginia) region, temporarily brought down many of the internet’s largest platforms and applications.
Analysts have estimated that the financial impact could reach into the billions. The event once again underscored a fundamental weakness in the digital economy: when a single provider governs so much of the internet’s infrastructure, a localized failure becomes a global incident.
The Fragility of Centralization
Centralized cloud infrastructure has long been considered reliable. Yet centralized cloud reliability is statistical, an uptime promise based on averages, whereas decentralized permanence is structural, ensured by design. Even the largest centralized providers can suffer configuration errors, routing failures, or cascading internal dependencies that compromise critical services.
When a single provider controls global data storage, routing, and replication, data sovereignty and verifiability depend on operational continuity rather than mathematical proof.
The AWS outage exposed how fragile that model is, showing how concentrated trust can amplify failure across systems.
As AI systems, IoT networks, and autonomous agents become deeply embedded in society, these risks scale exponentially. A failure in centralized infrastructure doesn’t just interrupt workflows; it halts the continuity of machine learning pipelines, sensor data aggregation, and autonomous decision-making.
Decentralized Permanence as the Antidote
Autonomys approaches the problem from first principles.
Built on a novel Proof-of-Archival-Storage (PoAS) consensus mechanism, the Autonomys Network ensures that every byte of data is cryptographically verifiable and permanently replicated across a global network of independent nodes known as farmers.
Rather than renting ephemeral storage from a single cloud provider, users and applications can store data directly on-chain, where it inherits the same permanence, security, and decentralization guarantees as the network itself.
Through Auto Drive — the user-friendly gateway to Autonomys’ Distributed Storage Network (DSN) — developers gain access to:
True on-chain permanence with cryptographic proofs of data integrity
Automatic redundancy through erasure-coded replication across geographically distributed farmers
Dynamic, market-driven pricing based on pledged SSD capacity rather than centralized control
This architecture creates a data infrastructure designed not just to perform but to endure, resilient to outages, independent of intermediaries, and verifiable by anyone.
Permanence Beyond the Quantum Horizon
Operational resilience is only part of the story. The coming decade will bring the rise of quantum computing capable of breaking today’s encryption standards, eroding traditional guarantees of data security and making the permanence and verifiability of information more critical than ever.
As discussed in research conducted by Autonomys’ Research Team, led by Head of Research Chen Feng, and drawing on analysis from McKinsey Digital (2022), “Sectors need to ready themselves for post-quantum cryptography based on the longevity of data and the lifespan of systems. Data with extended shelf lives, such as corporate trade secrets, personal health records, or classified government documents, will remain valuable even after the advent of quantum computers. If such data, transferred over public networks today, remain relevant for a long time, they may face the threat of being intercepted and decrypted by future quantum computers. For instance, life insurance plans with extended terms or 30-year home mortgage loan agreements could potentially be susceptible to quantum-related risks as they will still be in effect when quantum computers become commercially accessible.”
The danger is not future-tense; it is present. Data encrypted under current algorithms can be harvested today and decrypted later once quantum capabilities mature.
While Autonomys does not yet implement post-quantum cryptography, its architecture provides the foundational framework for systems that can evolve toward post-quantum resilience.
By anchoring data immutably on-chain and securing it through transparent cryptographic proofs, Autonomys ensures that as cryptographic methods advance, the integrity of stored information remains provable, intact, and ready for transition to next-generation standards.
From Fragility to Continuity
The October 20, 2025 AWS outage illustrates a critical truth: reliability must be intrinsic, not dependent. Systems built for autonomy, verifiability, and permanence can withstand both operational disruptions and the evolving cryptographic landscape.
In an era where AI, data, and computation are increasingly interdependent, Autonomys offers a model of decentralized continuity in which every piece of data, once stored, becomes a permanent part of a collectively maintained and cryptographically verified history.
From centralized fragility to decentralized permanence. This is how digital trust endures.
About Autonomys
The Autonomys Network — the foundation layer for AI3.0 — is a hyper-scalable decentralized AI (deAI) infrastructure stack encompassing high-throughput permanent distributed storage, data availability and access, and modular execution. Our deAI ecosystem provides all the essential components to build and deploy secure super dApps (AI-powered dApps) and on-chain agents, equipping them with advanced AI capabilities for dynamic and autonomous functionality.

On October 20, 2025, a major failure in the operation of Amazon Web Services (AWS) disrupted Internet access and the operations of thousands of businesses worldwide.
The incident began early on Monday morning and lasted most of the day; by 3:01 PM Pacific Time, Amazon confirmed that all services had 'returned to normal operation.'

📊 September Community Report Now Live
September marked the first full month following the AI3 token listings and Phase-2 activation, as Autonomys transitioned from launch execution to assessing the quantum challenge and positioning for long-term security.
Highlights:
✅ Core layers — consensus, execution, and liquidity — are live
🌉 Hyperlane bridge deployed + wAI3/USDT pair listed on
@Uniswap
⚙️ 28M+ $AI3 staked (~25% of supply)
🧠 Research advanced #PQC analysis & modeling
Autonomys begins preparing for a world where AI accelerates quantum breakthroughs, ensuring readiness ahead of the transition and strategic positioning as a leader through the post-quantum era.
🔗 Read the full September report → x.com/AutonomysNet
#Crypto_Jobs🎯

💻September became the first full month after the listing of AI3 tokens and the activation of Phase 2, as Autonomys transitioned from launching implementation to assessing a quantum task and positioning for long-term security.
Highlights:
✅ Key levels — consensus, execution, and liquidity — are active

🎉🎉🎉Autonomys is pleased to announce our partnership with
@nubilanetwork
! 🎉🎉🎉
Nubila is integrating with Auto Drive to ensure real-time climate data is stored permanently on-chain—making it verifiable, accessible, and AI-ready. This integration establishes a foundation of immutable trust for weather intelligence that cannot be lost, altered, or censored.
Additional details to be shared once integration is complete.
Learn more about how you can leverage Auto Drive for your decentralized storage needs: ai3.storage

Autonomys is pleased to announce our integration with Gaia — a decentralized open-source artificial intelligence network that provides the infrastructure, computing tools, and reasoning capabilities needed to create, deploy, and monetize autonomous artificial intelligence agents. Developers working with Gaia nodes can now store the complete history of conversations on-chain using Auto Drive, while agents built using the Autonomys Auto Agents Framework can access the LLM Gaia for logical reasoning - autonomous applications that operate with decentralized intelligence and maintain verifiable memory.