In the traditional AI development model, data contributors and developers have long been in a state of imbalanced value distribution—humans provide data to train models but receive very little in return; developers create intelligent assets but struggle with rights confirmation and circulation. The emergence of Sahara AI is precisely to reconstruct this production relationship.
As the world’s first AI-native full stack Web3 Since the launch of the testnet in 2024, the Sahara platform has attracted 3.2 million on-chain accounts and 1.4 million daily active users participating in data labeling, model development, and asset minting, and has established ecosystem partnerships with over 40 top institutions, including Microsoft, Amazon, and Google Cloud.
Sahara AI’s positioning goes far beyond a single tool or market; it aims to become the full-link infrastructure supporting a decentralized AI economy. Its core mission is to address the threefold dilemma of “unclear rights confirmation, imbalanced distribution, and inefficient circulation” in AI development.
Unlike most projects that add a Web3 layer to existing AI tools, Sahara reconstructs the ownership rules of smart assets from the protocol layer. In its design, data, models, and agents can all be registered as on-chain assets, enabling verifiable rights confirmation, permission management, and profit-sharing mechanisms.
“Sahara is not just another blockchain project; it is a call for systematic reflection and collective action,” emphasized co-founder and CEO Sean Ren. “We have achieved real revenue and are returning value directly to contributors.”
In August 2024, the project secured $43 million in funding led by Binance Labs and Pantera Capital, with a total subsequent funding amount reaching $51.5 million, providing ample ammunition for the technology’s implementation.
The architecture of Sahara is divided into two layers: a self-developed EVM-compatible Layer 1 blockchain responsible for asset registration and transaction settlement; an off-chain AI execution protocol generates verifiable execution proofs through a Trusted Execution Environment (TEE), ensuring transparency in the process.
This architecture supports four core products that cover the entire lifecycle of AI:
According to the roadmap released by Sahara AI for 2024 - 2025, its key milestones clearly point to the Mainnet launch:
On May 19, 2025, Sahara launched the public test network SIWA, which opened the dataset registration and ownership certificate minting function for the first time, marking the entry of its on-chain confirmation system into the public verification phase.
On the token level, SAHARA will be listed on multiple exchanges on June 26, 2025.
This community sale was oversubscribed by nearly 9 times, with an initial fully diluted valuation (FDV) of $600 million, reflecting strong market confidence in the project.
The SIWA testnet data corroborates Sahara’s growth potential:
Ecological cooperation is expanding synchronously, with the introduction of over 40 partners including AWS, Google Cloud, UC Berkeley, and Together AI, covering the fields of cloud computing, open source protocols, and academic research. This forms a technological synergy network with previous partners like Microsoft, Amazon, and MIT.
The ultimate goal of Sahara is to become the underlying operating system that integrates AI and Web3. Its value is not only reflected in the improvement of tool efficiency but also in establishing a closed-loop economic model of contributor rights confirmation → asset circulation → developer innovation → user benefits.
If the Mainnet is launched on schedule in Q3 2025 and is fully functional, Sahara will address three core issues:
“We are ushering in a more open, fair, and sustainable era of AI collaboration,” said Together AI CEO Vipul Ved Prakash, “This will become the new infrastructure for Web3 AI.”
With the launch of the Sahara Chain Mainnet in the third quarter of 2025, global developers will have access to a full-stack AI development and assetization platform for the first time. Data labelers, model trainers, and agent developers—each participant can rely on on-chain protocols to achieve contribution rights confirmation and value returns.
While the traditional AI economy is still monopolized by tech giants, Sahara is building a decentralized highway from data to models. On this road, contributions are rights, intelligence is an asset, and collaboration brings profit.