YOM Secures 3M to Power DePIN Gaming Future

The DePIN narrative just got a serious upgrade.

YOM, a decentralized edge compute infrastructure provider, has successfully closed a 3 million USD strategic investment round, led by the Avalanche Foundation and Borderless Capital. With participation from major players like Outlier Ventures, CV Labs, Protein Capital, Blockraise VC, and Simms International, the total capital raised now exceeds 4 million USD.

But this isn’t just another funding announcement.

This is a decisive step toward redefining how AAA gaming is streamed, distributed, and monetized inside social platforms — and it has major implications for the future of blockchain games.

Strategic Capital Injection for DePIN Scaling

At its core, YOM is building a Decentralized Physical Infrastructure Network (DePIN) tailored for high-performance gaming.

Instead of relying on centralized data centers like traditional cloud gaming providers, YOM distributes computing workloads across community-run GPU nodes. These nodes handle the heavy rendering required for modern AAA titles — the kind typically reserved for high-end PCs or consoles.

With this new funding, YOM is accelerating:

• Deployment of decentralized edge compute nodes

• Optimization of low-latency streaming

• Expansion into global social platforms like Telegram and Discord

• Strengthening of its onchain economic framework

For developers building next-generation blockchain games, this kind of infrastructure could be transformative. Rather than worrying about hosting costs or scaling bottlenecks, studios can focus on gameplay, token economies, and immersive design.

If you follow the broader landscape of blockchain games infrastructure innovation, this is exactly the kind of backend evolution the sector has been waiting for.

Enhancing the Future of Play Through Edge Compute

Let’s talk about the technical magic here.

Traditional cloud gaming often struggles with latency. The farther the server is from the user, the higher the delay. In competitive or immersive 3D environments, even milliseconds matter.

YOM tackles this using decentralized edge compute:

• GPU nodes are geographically distributed

• Compute power is placed closer to end users

• Latency targets fall below 10 milliseconds

• Real-time demand matching ensures optimal routing

The network integrates with the Avalanche C-Chain, ensuring secure onchain verification of compute tasks and automated reward distribution.

At the heart of orchestration lies a proprietary scheduler called HyperOrch, which dynamically assigns sessions to the most suitable regional node. The result? Near-instant gameplay rendering without requiring users to own expensive hardware.

For blockchain gaming, where accessibility is often the biggest barrier to mass adoption, this is a game-changer.

Massive Cost Reduction for Game Developers

Here’s where things get even more interesting.

Hosting AAA-quality content traditionally comes with massive infrastructure expenses. Centralized providers charge premiums for GPU-heavy workloads, which can quickly erode a studio’s margins.

YOM estimates that by leveraging idle gaming GPUs across its decentralized network, hosting costs can be reduced by up to 95 percent.

Think about what that means:

• More budget for content creation

• More experimentation in gameplay mechanics

• More sustainable token economies

• Lower entry barriers for indie studios

Instead of pouring funds into server maintenance, developers can reinvest in what truly matters — engaging player experiences.

In the evolving world of blockchain games, infrastructure efficiency directly impacts token sustainability and long-term viability.

Breaking Barriers in Social Gaming Distribution

One of the most powerful aspects of YOM’s model is how it removes friction from onboarding.

Traditional Web3 games often require:

• Wallet setup

• Driver updates

• Large client downloads

• High-end GPUs

YOM eliminates all of this.

Games can stream directly into social apps like Telegram or Discord using a simple link — similar to how you’d share a YouTube video.

The rendering happens on a nearby node. The user receives a low-latency video stream. No downloads. No complex installations.

This distribution model:

• Dramatically lowers user acquisition friction

• Enables viral sharing inside chat groups

• Bridges Web2 social platforms with Web3 gaming

In live demonstrations, the network successfully ran content built on Unreal Engine 5 directly inside Telegram channels — something that would have sounded impossible just a few years ago.

For regions where consoles and gaming PCs are prohibitively expensive, this could unlock entirely new player markets.

Economic Model and Node Operator Incentives

A decentralized infrastructure only works if participants are properly incentivized.

YOM’s ecosystem revolves around node operators who contribute idle GPU power. These operators:

• Host gaming sessions

• Provide rendering compute

• Earn rewards based on real usage demand

Participation options include:

1. Running the software on personal gaming rigs

2. Purchasing node licenses

3. Deploying specialized high-efficiency NANO nodes

4. Using delegated hosting services

The reward structure ties earnings to actual network demand, ensuring sustainability.

Additionally, a deflationary mechanism burns a portion of transaction value — including parts of reward payouts — reducing circulating supply over time.

The native utility token serves as:

• Session fee currency

• Reward mechanism

• Infrastructure payment layer

This kind of design aligns incentives between players, developers, and infrastructure providers — something many blockchain games are still striving to perfect.

Industry Recognition and Strategic Momentum

YOM’s innovation hasn’t gone unnoticed.

Earlier in its journey, the project received the Best Game Technology Investment Award at Gamescom, validating its peer-to-peer streaming architecture.

Now, with institutional backing from the Avalanche Foundation and Borderless Capital, the network is positioned to scale aggressively.

The project has already built a community of more than 112,000 followers across social platforms, signaling strong grassroots interest in decentralized streaming solutions.

Strategically, the roadmap focuses on building what the team calls a “Coalition of Compute” — a voluntary global network capable of supporting thousands of concurrent players.

This is more than cloud gaming.

This is infrastructure designed specifically for the next generation of blockchain-powered interactive entertainment.

Why This Matters for the Future of Blockchain Games

The future of gaming won’t just be about better graphics or bigger worlds. It will be about:

• Seamless access

• Low latency

• Cost efficiency

• Decentralized ownership

• Community-powered infrastructure

YOM’s latest funding milestone — bringing total capital raised to over 4 million USD — signals that institutional investors see massive potential in DePIN-driven gaming.

For developers building the next wave of immersive experiences, this kind of edge compute network could eliminate long-standing barriers to scale.

And for players? It means AAA experiences inside the apps they already use every day.

If decentralized gaming is going to reach mainstream adoption, it needs infrastructure that’s just as innovative as its token models.

YOM is positioning itself to be exactly that backbone.