Key Takeaways
- Salad will test running real commercial workloads on Golem’s decentralized network.
- The test will map AI, rendering, and drug-discovery jobs to check compatibility and crypto payment benefits.
- Salad looks to cut high costs and improve efficiency.
Golem Network and Salad.com are teaming up to see what happens when a traditional cloud platform meets decentralized infrastructure.
Salad runs a GPU cloud service built on computing power from devices worldwide, but behind the scenes, it still depends on centralized systems to handle payments, billing, and user rewards.
Through this partnership, Salad is testing whether Golem’s decentralized computing network can take on some of that workload.
The idea is to make powerful computing resources more accessible by leveraging idle machines globally, while reducing the complexity and overhead associated with centralized cloud systems.
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Salad and Golem Network Test Decentralized Computing for Real-World Use
In a Jan. 13 announcement shared with CCN, Salad said it has begun working with Golem Network to test whether parts of its cloud computing business can run on Golem’s decentralized Web3 protocol.
The goal is to understand how a traditional Web2 platform might plug into decentralized infrastructure and whether it delivers real operational benefits.
Salad plans to mirror a portion of its existing customer workloads on Golem’s permissionless execution layer.
These tests span a range of compute-intensive services Salad already supports, including AI inference, 3D rendering, and in silico drug-discovery simulations.
Rather than building something new from scratch, the engineering teams are mapping Salad’s current workloads directly onto Golem’s network.
They are evaluating how well Golem’s decentralized marketplace and settlement systems can support Salad’s global base of customers and compute providers, while also testing whether crypto-based payments could reduce costs and operational complexity.
Bob Miles, CEO of Salad.com, said the collaboration brings long-standing ideas in decentralized computing closer to reality.
“By pairing Salad’s globally distributed infrastructure with Golem’s decentralized compute layer, we’re exploring how customer workloads, revenue, and our extensive rewards program can flow through DePIN,” Miles said. “I first read the Golem whitepaper in 2017, and this collaboration reflects a shared vision of making advanced computational power more accessible by enabling millions of individuals to contribute to underutilized devices.”
Salad’s CTO, Kyle Dodson, pointed out that the technical overlap between the two platforms made Golem a natural fit.
“The architecture provided by Golem, connecting compute requestors and compute providers via a decentralized protocol, has significant overlap with how Salad’s platform operates today,” Dodson said, adding that the partnership also supports Salad’s push to introduce crypto payments—a feature customers have long requested.
The collaboration reflects a broader shift toward hybrid models, where Web2 businesses experiment with Web3 infrastructure to improve transparency, lower costs, and expand access to resources.
For Salad, the results of this test will help determine whether decentralized computing and crypto payments can scale sustainably.
Bridging Web2 and Web3
The Salad–Golem collaboration fits into a broader shift underway across the tech industry.
Several Web2 titans are increasingly experimenting with decentralized infrastructure rather than building everything in-house.
Microsoft has supported Web3 development through initiatives such as its 2022 incubation program for Astar Network, mentorship for startups building dApps, and strategic investments in firms like ConsenSys.
It also backed Space and Time in a $20 million funding round, a decentralized data warehouse designed to connect traditional databases with smart contracts.
Google Cloud has taken a similar approach. It runs validator nodes for major blockchains, including Ethereum, Solana, and Polygon.
It also offers indexed blockchain data through BigQuery and has partnered with cybersecurity firm Mandiant to help secure Web3 environments.
Some projects are bridging the gap through consumer platforms rather than enterprise tools.
The Open Network (TON), for example, integrates Web2 and Web3 through its deep connection with Telegram, enabling applications like NOTcoin that combine centralized messaging with blockchain-based incentives to drive mass adoption.
On the infrastructure side, a growing number of decentralized platforms mirror traditional cloud services.
Akash Network and Golem both offer decentralized cloud computing marketplaces where users can rent GPU resources using blockchain rails.
iExec operates a similar marketplace for computing power. Meanwhile, Filecoin focuses on decentralized storage that often pairs with these compute networks.
Together, these efforts highlight a clear trend. Traditional tech companies are no longer viewing blockchain as a parallel system, but as a complementary layer.
One that can improve efficiency and unlock new ways for users to contribute resources in a distributed computing economy.
