Autonomys is pleased to announce a strategic partnership with Secret Network to bring decentralized confidential computing (DeCC) to the Autonomys Network, enabling developers to build powerful privacy-preserving AI-powered dApps (super dApps) and on-chain agents.

Key Aspects of the Partnership

• DeCC: Using Trusted Execution Environment (TEE) technology, Secret’s DeCC layer ensures all inputs, outputs and model states remain private but auditable, allowing developers to build confidential super dApps at superior speed, cost and efficiency compared to other confidential computing networks. Autonomys’ Auto SDK makes interacting with our network infrastructure for dApp development — including distributed storage, decentralized consensus, and soon, decoupled execution environments and a self-sovereign identity framework — easy. Developers benefit from the interoperability of both WASM and EVM execution environments with Secret Network’s smart contracts and Autonomys’ decoupled execution domains, but we are nonetheless exploring a direct Layer-1 connection for greater efficiency. Combined with Secret’s DeCC layer, Auto SDK makes confidential super dApp development accessible.
• Private AI Models: Connecting Claive — Secret Network’s enterprise-grade DeCC GPU infrastructure — to Autonomys’ distributed storage network (DSN) and upcoming domain layer of decoupled execution environments will allow developers to train privacy-preserving AI models with encrypted data directly on the Autonomys Network. This opens up new frontiers for developing super dApps and on-chain agents with advanced capabilities.
• Confidential Agents: Through cross-chain communication Claive, AI3.0 developers can build, deploy and scale on-chain agents on Autonomys — all while maintaining end-to-end confidentiality — unlocking powerful new agent use-cases. Autonomys’ robust AI infrastructure allows for unparalleled throughput and execution, while Secret ensures users’ data privacy is built-in from day one.

“At Secret Network, we are committed to driving the future of privacy-preserving technology, and our partnership with Autonomys represents a pivotal step toward that vision. By merging Secret’s Decentralized Confidential Computing with Autonomys’ advanced AI infrastructure, we are unlocking a new era for on-chain AI. This collaboration will empower developers to create autonomous, confidential AI applications that prioritize user privacy while enhancing functionality and scalability. With Claive as the catalyst, we are setting the stage for a future where AI-driven dApps are not only more powerful but also more privacy-centric.” Lisa Loud, Executive Director of Secret Foundation

“Secret Network bringing confidentiality to the Autonomys Network is pivotal to our construction of the AI3.0 ecosystem. Secret’s privacy-preserving technology will soon enable web3 developers and normal users alike to build private, personal on-chain agents that run unstoppably on decentralized architecture.” Parth Birla, Head of Partnerships at Autonomys

About Secret Network

Secret Network is the first Layer-1 blockchain with privacy-preserving Turing-complete smart contracts. Using Trusted Execution Environments (TEE), it enables developers to build dApps that are encrypted by default, while also offering selective disclosure tools such as viewing keys and permit technology for compliance and auditability. Secret Network’s confidential computing layer is interoperable with 130+ blockchain networks, including Cosmos, Ethereum and Solana.

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Today we are pleased to release our proof-of-concept demo showcasing the practical application of Autonomys Network’s decentralized triple-stack solution — Permanent Data Storage Network (DSN), Data Access, and Private Compute. The demonstration focuses on an agent running in a Trusted Execution Environment (TEE), leveraging Retrieval-Augmented Generation (RAG) from securely stored data. By providing a secure and efficient framework for privacy-preserving AI deployment, this demo highlights how developers can utilize Autonomys to build scalable, customizable, and human-centric super dApps. As we walk through each section, we will not only provide the timestamps for easy video referencing, but our insights on why it matters.

Introduction (0:00–0:41)

What You’ll See:
This segment introduces the demo, focusing on an agent running securely using a TEE with NVIDIA H100 GPUs. It exemplifies a confidential RAG workflow that prioritizes data privacy.

Why It Matters:
Secure computation through a TEE establishes trust by ensuring sensitive operations are isolated from external interference, enabling privacy-preserving AI development.

Technology Overview (0:41–1:56)

What You’ll See:
Explore the integration of large language models (LLMs), RAG, and vector databases within the secure confines of a TEE. The section highlights the flexibility of deploying these systems locally, in hybrid configurations, or through end-to-end secure setups.

Why It Matters:
This integration provides the foundation for scalable, adaptable AI systems capable of maintaining privacy and security across diverse deployment scenarios.

Core System Configuration (1:57–2:24)

What You’ll See:
The system uses Llama (11 billion parameters), Chroma as the vector database, and open-source embedding from Hugging Face for robust data processing.

Why It Matters:
Open-source tools combined with advanced models democratize access to AI, fostering innovation while reducing reliance on closed, centralized ecosystems.

Attestation and Security Verification (2:25–4:07)

What You’ll See:
This section validates the security of computations through TEE attestation, using verifiable signatures, nonces, and JWT tokens to confirm the integrity of the hardware environment.

Why It Matters:
TEE attestation ensures that computations occur in a private, verified, and tamper-proof environment, a critical component for trust in decentralized AI systems.

Data Encryption and Privacy Workflow (4:08–5:22)

What You’ll See:
Data uploaded to the DSN is encrypted using the TEE’s public key. Decryption occurs within the TEE itself, ensuring that even the system operator cannot access the raw data.

Why It Matters:
This workflow highlights a breakthrough in user-centric privacy, ensuring that sensitive information remains confidential throughout the AI pipeline.

Practical Demonstration: File Upload and Querying (5:23–8:07)

What You’ll See:
This section showcases the upload of a thesis file to the DSN, processed by the TEE, enabling the LLM to answer context-aware queries based on the document.

Why It Matters:
This use case illustrates real-world applications of AI-powered knowledge retrieval while maintaining the highest standards of data security and user privacy.

Web Search and Vector Database Integration (8:08–9:23)

What You’ll See:
Integrated web search results are processed into the vector database, enhancing the contextual depth of the AI system’s understanding and responses.

Why It Matters:
This capability demonstrates how decentralized AI systems can incorporate external data sources for improved functionality without compromising security.

Backup and Encryption Features (9:24–9:57)

What You’ll See:
The vector database’s backup options include encryption and password protection, further securing stored information.

Why It Matters:
Secure backup mechanisms protect against data loss while ensuring continued compliance with privacy standards.

Conclusion

Thank you for exploring our proof-of-concept demo showcasing the capabilities of Autonomys’ Permanent DSN, Data Access, and Private Compute in delivering secure, efficient, and decentralized AI solutions. It is a practical exploration of how privacy, scalability, and accessibility can coexist to support human-centric decentralized AI (deAI) and super dApps.

Are you a founder or builder interested in learning more about how Autonomys Network can support your decentralized solution?

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Autonomys is excited to announce a collaborative partnership with SEA DePIN to produce informative and educational content about the Autonomys Network tailored to a Southeast Asian (SEA) regional audience.

Key Aspects of the Partnership

• Autonomys Profile: Autonomys will maintain a dedicated project profile on SEA DePIN’s recently launched decentralized physical infrastructure (DePIN) Knowledge Hub database that currently features project, technical and use-case explainers, node setup instructions, and links to documentation on our vision, technology and tokenomics. In the future, this profile will highlight our co-authored reports and guides, interviews, and any shared community events and campaigns.
• Farming How-To Guide: SEA DePIN is producing a comprehensive guide for Southeast Asian users seeking to deploy a farmer node on the Autonomys Network. This guide will include an overview of our lightweight farmer node-running software Space Acres and its significance within DePIN, as well as step-by-step setup instructions with screenshots, and best practices for optimizing performance, troubleshooting for common issues, and FAQs with solutions. The Autonomys community already maintains more than 50 farmer nodes on mainnet across Southeast Asia, spanning from Thailand, Laos and Vietnam to Malaysia, Indonesia and the Philippines. Our partnership with SEA DePIN will enable us to expand our reach significantly and increase our node count in the region.

• AI3.0 Research Insights: Together, Autonomys and SEA DePIN are co-authoring analytical content exploring emerging topics in deAI and DePIN innovation, supported by data-backed insights from Autonomys’ Head of Research and Professor at the University of British Columbia (UBC) Chen Feng on Autonomys’ role in the SEA region.

“Partnering with Autonomys strengthens our mission to drive DePIN innovation in SEA. Their hyper-scalable deAI infrastructure unlocks new opportunities for AI-powered dApps and autonomous systems.” Jackie Th, Co-Founder of SEA DePIN

“Our partnership with SEA DePIN will enable Autonomys to further develop its growing network of Southeast Asia-based farmers, as well as bringing our innovative AI3.0 infrastructure stack and ecosystem to the region’s community of developers and users.” Jim Counter, Head of Community at Autonomys

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About SEA DePIN

SEA DePIN is the premier media platform in Southeast Asia for DePIN projects, dedicated to empowering the region’s community and promoting the growth of DePIN, deAI and web3 through education and active engagement. SEA DePIN provides a comprehensive DePIN Knowledge Hub, featuring original research, practical case studies, expert guides, and in-depth reports, and organizes events for community members and industry leaders in the SEA region.

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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.

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Autonomys is pleased to announce a strategic integration with FoxWallet, a leading multi-chain web3 wallet. This partnership will enhance Autonomys’ accessibility for developers and users, and create a seamless gateway for both to interact with AI-powered decentralized applications (super dApps), driving adoption of the AI3.0 Ecosystem.

Key Aspects of the Partnership

• Nova EVM Domain Chain: FoxWallet is currently integrating its multi-chain wallet with Autonomys’ Nova EVM domain chain (launching Q1 2025). This will enable users and developers to easily access Autonomys’ ecosystem of super dApps and agents.
• Consensus Chain: Autonomys is in conversations with FoxWallet to integrate with Autonomys’ consensus chain currently live on mainnet. Stay tuned for more news!
• User Onboarding: FoxWallet has already onboarded more than a million users to web3 with its user-friendly, self-custody wallet. The Autonomys Network’s integration with FoxWallet will bring these users to the AI3.0 Ecosystem, and their liquidity to $AI3, accelerating the deployment of our vision for decentralized, human-centric AI.

“Reflecting our commitment to web3 innovation, our integration with the Autonomys Network will enhance FoxWallet’s functionality, and drive adoption of AI-powered decentralized applications. Together, we are working to empower web3 users with innovative tools that will shape the future of blockchain-AI convergence.” Natalie Y., CBDO at FoxWallet

“This collaboration with FoxWallet represents a pivotal step in making decentralized AI accessible to everyone. By integrating with a trusted and widely adopted multi-chain wallet, we’re creating seamless entry points into the AI3.0 Ecosystem for developers and users alike. As Autonomys continues to grow, collaborations like this will be essential in bridging the gap between blockchain innovation and AI adoption.” Todd Ruoff, CEO of Autonomys

About FoxWallet

FoxWallet is a user-friendly, self-custody web3 wallet enabling 1 million+ users to securely manage their digital assets, and access a wide range of dApps across 100+ blockchains, including Bitcoin, Ethereum and Solana, and several storage-based networks. FoxWallet encrypts private keys locally on users’ devices to prevent unauthorized access and potential data breaches, and offers comprehensive support for NFTs and the ERC20 standard.

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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.

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Web3’s annual premier developer conference Devcon 7 brought together the brightest minds in decentralized tech to Bangkok, Thailand this November, and of course, Autonomys was in full force. As well as offering valuable opportunities to network with peers, share knowledge, and explore the intersection of artificial intelligence (AI) and blockchain innovation, the event provided the ideal chance for the team to co-host a series of side-events, workshops, and discussions on the future of decentralized AI.

Decentralized AI: From Research to Practice

One of the central themes at Devcon 7 was the practical implementation of AI within blockchain ecosystems. Discussions focused on how AI can enhance decentralization efforts, improve data management, and enable new functionalities within decentralized applications (dApps), among a number of other crypto x AI verticals.

Autonomys’ Head of Research Chen Feng was center stage at several side-events, moderating a panel on The Role of Decentralised Data Storage and Private Compute in DeAI featuring Optimum’s Kishori Konwar, Fluence’s Tom Trowbridge, Impossible Cloud’s Kai Wawrzinek, and Hypersphere Ventures’s Jack Platts at The Rollup Day, hosted by Zeeve and APAC DAO, and participating in another on Discovering Opportunities in the New Crypto Cycle at DeInsight 2024, organized by ChainCatcher and RootData. These events targeted Southeast Asia and East Asia’s vibrant web3 communities respectively, reflecting our goal of strengthening Autonomys’ connectivity with these regions. Autonomys’ Head of Protocol Dariia Porechna also participated in an insightful open panel on deAI at BuildCon, hosted by Alchemy, EduDAO and pool.

Key takeaways:

• Data Availability and Storage: Panelists emphasised the need for efficient solutions for data storage and access to support on-chain AI operations.
• On-Chain AI Agents: Discussions explored how AI agents can operate within decentralized networks, enabling smarter and more autonomous dApps.
• Interoperability Challenges: There is a recognition of the need for standardized protocols to ensure seamless cross-chain interaction between agents.

DeAI Workshops

Autonomys’ Head of Engineering Jeremy Frank led a workshop entitled Empowering AI Agents On-Chain: Unlocking Persistent Memory with the Autonomys Network, offering practical insights into implementing AI agents on-chain, at the dAI Developer Hub, a curated space for builders and developers to explore cutting-edge AI and web3 developments, hosted by Aethir and 0G. The workshop facilitated discussions on overcoming common challenges in decentralized AI applications, and covered:

• Auto Agent Memory: An intro to our decentralized persistence layer for AI agents, enabling permanent and verifiable storage of agent states and conversation histories.
• Technical Benefits: A discussion on data availability and fault tolerance through our distributed storage network (DSN).
• Use-Cases: Examples of how persistent memory supports long-running agent conversations and multi-agent collaboration systems.

Our team also attended several technical sessions on:

• Scalability Solutions: Strategies for handling increased network load without compromising performance.
• Agentic AI: Utilizing persistent data to better fine-tune LLMs used for on-chain agent interactions.
• Super dApp Security: Best practices for securing AI-integrated blockchain applications against potential threats.

Autonomys’ Position in deAI

Jeremy and Dariia delivered the opening speeches at the exclusive Founders & Investors Brunch, and Devcon Rooftop Hash Hour and AI + DePIN Happy Hour side-events at some of the finest venues in Bangkok. The latter, co-hosted with Halborn, featured discussions from a range of projects including Autonomys, NEAR, Beefy, Lucid, and nillion.

Our involvement in Devcon 7 reinforced our commitment to advancing the integration of AI and web3 tech through the Autonomys Network as part of the shift to AI3.0. By focusing on the development of the Auto SDK for building and deploying Autonomys Agents (Auto Agents), we aim to address key industry challenges related to data storage, agent collaboration, and verifiable on-chain interaction.

Ongoing Objectives

Devcon 7 highlighted the value of collaboration and open dialogue in addressing common challenges within the web3 community. We even more so recognize the importance of fostering an inclusive environment that encourages participation from individuals at all levels of expertise. This ongoing objective is being actioned through:

• Developer Accessibility: Enhancing the Auto SDK to simplify the creation of AI-powered decentralized applications (super dApps) and Autonomys Agents.
• Educational Resources: Developing documentation and tutorials to help builders new to AI3.0 development navigate Autonomys’ Auto SDK.
• Collaborative Partnerships: Engaging with other projects and organizations to promote interoperability and shared standards.
• Community Engagement: Building a supportive ecosystem where developers and users can contribute to and benefit from our technologies.
• Open Communication: Maintaining transparent channels for feedback and discussion with our community members.
• Event Participation: Continuing to engage in conferences and meetups to share knowledge, learn from others in the field, and grow our community.

Conclusion

Devcon 7 provided hugely meaningful insights into the current state and future direction of decentralized AI and web3 x AI. The Autonomys team gained valuable perspectives on industry trends, challenges, and opportunities, and we are dedicated to applying these learnings to enhance our offerings and contribute to the growth of the AI3.0 ecosystem.

After a successful Mainnet Phase-1 launch in November, we are now focused on accelerating network and ecosystem growth through user, developer and partner onboarding ahead of our Phase-2 launch scheduled for Q1 2025. You can expect a robust year filled with product demos and launches as well as opportunities to connect with the Autonomys team, including at Consensus Hong Kong and ETHDenver. Stay tuned!

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Calling all aspiring Ambassadors! The Subspace Foundation is excited to announce the Autonomys Ambassador Program is shifting to an open, skills-based application process tailored to the needs of the project. Apply to join our global community of Autonaut Ambassadors, ascend the ranks through contribution, and receive $AI3 rewards.

Autonomys Ambassador Program

History

Subspace launched the global Ambassador Program and onboarded its inaugural cohort in 2022, catalyzing rapid community growth. The program has successfully onboarded several cohorts since then, most recently in Q3 2024. The ~80 Ambassadors that now support Autonomys range in skillset from content creators and multi-language community managers to developers and technical support agents. We are immensely grateful for all their hard work.

On-Demand Onboarding

Through the Ambassadors’ own unique, iteratively developed internal governance framework, the community collectively decided to reform the Ambassador onboarding process in Q4 2024. As a result, the Subspace Foundation is moving from quarterly cohort-based onboarding to a new on-demand application process where the program will select ambassadors from the available pool of applicants based on their skillset and the current requirements of the Autonomys project.

This on-demand approach will streamline and bring greater flexibility to the onboarding process for both Ambassadors and Autonomys, and ensures that Ambassadors can join and thrive at their own pace, while also meeting the needs of our growing program. We encourage applications from individuals of diverse backgrounds who are able to showcase their skills and experiences, irrespective of their qualifications.

New Ambassadors

At any given time, Lead Ambassadors can select the required number and skillset of any new Ambassadors, in coordination with their teams during their bi-weekly meetings. Lead Ambassadors then contact the Program Manager, who initiates the onboarding process by consulting the dataset of applications from the open application form and inviting a select number of applicants based on the requirements.

Selected applicants become Apprentice Ambassadors who are required to complete their Educational Plan within four weeks, culminating in the submission of their mini-project. At the end of each week, Apprentice Ambassadors complete an assessment to ensure their understanding and readiness. Each Apprentice Ambassador is assigned an experienced volunteer Mentor who provides them with guidance, support and feedback throughout the onboarding process.

At the end of the fourth week, the Ambassador’s Mentor and the Program Manager meet to decide whether to allow the Apprentice into the Ambassador Program. Regular All-Hands events connect newly approved ambassadors with their peers and experienced ambassadors, building internal community relationships.

This equips every Autonomys Ambassador with the necessary tools, knowledge, and resources to effectively represent our program from day one. Mentors also provide feedback on the onboarding process itself, and the Lead Education & Content Ambassador and Program Manager update the Educational Plan every quarter, allowing for continuous improvement and adaptation.

How to Apply

1. Submit this open application form.
   (Tip: Showcase your skills to ensure your application stands out)
2. Ambassadors will select your application and invite you to the Program if your skills meet the needs of the project.
3. Selected applicants are required to complete a 4-week Educational Plan and mini-project as Apprentice Ambassadors.
4. After 4 weeks and successful completion of your Educational Plan and mini-project, the Ambassador team will decide whether you have been accepted to the Ambassador Program.
5. If successful, you will be onboarded to the full team of Autonomys Ambassadors via an All-Hands event.

We look forward to welcoming a new wave of ambassadors and continuing to build a vibrant, empowered community!

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.

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