Roam

About Roam (ROAM)

Roam is a decentralized wireless network (DePIN) that combines WiFi OpenRoaming, eSIM data and blockchain-based identity so users can connect to public hotspots automatically, without repeated logins or password sharing. ROAM is the network's capped utility token, earned through mining and staking and used mainly by validators and service operators who stake it to take part in the network. It matters because Roam builds on an existing industry standard, WBA OpenRoaming, rather than trying to replace telecom infrastructure from scratch.

What Is Roam?

The Roam whitepaper describes Roam as a protocol that lets users move between public WiFi networks using decentralized identifiers (DIDs) and verifiable credentials (VCs). The goal is one global WiFi roaming network that links separate hotspots together, so a phone joins a participating network securely as soon as it is in range.

The Roam website presents it as "a global decentralized connectivity network built for humans and AI." It says the network gives access to more than 7.5 million WiFi hotspots, combining OpenRoaming hotspots with Roam's own community-built nodes, and offers eSIM data coverage in more than 180 countries. The whitepaper states that Roam is powered by MetaBlox Labs.

Who Founded Roam? (History)

Roam's whitepaper credits MetaBlox Labs as the team behind the protocol and refers to a Roam foundation that issues validator credentials and manages the treasury. The public materials reviewed do not name individual founders or give a founding date, so readers should check Roam's official channels for team details. The whitepaper's roadmap focuses on improving the DID/VC-based OpenRoaming network, adding edge computing on top of Roam gateways, and extending the Roam protocol to other uses.

How Roam Works

The whitepaper splits the system into three parts:

1. Roam protocol A credential-based data exchange protocol designed per the Trust Over IP stack, compatible with W3C DID and VC standards and agnostic to the underlying blockchain.

2. Decentralized WiFi system RADIUS and access point controller software that accepts DID/VC login, SDKs that let phones log into OpenRoaming WiFi with those credentials, and an OpenRoaming-compatible backend.

3. Apps and add-on services Gateway and access point software based on OpenWRT, plus iOS and Android apps.

Rewards follow a Proof-of-Service and Proof-of-Validation model. WiFi miners (routers and access points) must prove they keep providing good-quality public WiFi, and independent validators check their status. Both sides receive rewards once the blockchain confirms matching proofs, and repeated miner-validator pairs earn reduced rewards to encourage wider coverage.

Key Ecosystem Components

• Roam app: iOS and Android app for WiFi connection, eSIM data and rewards.
• Mining hardware: The Roam Rainier MAX60 router (WiFi 6 with edge AI support) and the more compact Roam Baker MAX30 access point, sold through the Roam shop.
• Roam Points: Interim reward points without a hard cap, designed to be pegged to a regular currency such as the US dollar.
• ROAM token: The capped utility token, issued on Solana and BNB Chain.
• Network explorer: Available through the Roam user portal.

ROAM Token Utility

According to the whitepaper, ROAM has a hard cap of 1 billion tokens:

• 400 million created at the token generation event, of which 280 million are reserved for sales and 120 million for the team, released under vesting programmes.
• 600 million "growth tokens" produced over time through mining and staking.

Roam uses a two-layer design. Network participants earn Roam Points for their contributions, and those points can be staked to generate ROAM. Points also circulate as the internal "dollar" of the ecosystem, for example to buy third-party apps or access network data, with a 5% fee on such transactions going to the Roam foundation treasury, which the whitepaper says will use it to buy ROAM with Roam Points once a quarter.

The primary use of ROAM itself is staking:

• Validators and witnesses stake ROAM as a security deposit to earn the right to verify miners.
• RADIUS service operators stake a fixed amount of ROAM and must pass quarterly performance reviews to earn staking rewards.
• Holders of Roam Points, ROAM and Roam NFTs can join staking pools that generate ROAM.

What Makes Roam Unique?

• Standards-based roaming. Roam builds on WBA OpenRoaming and Passpoint, technologies originally developed by the WiFi industry.
• Identity-first login. WiFi access uses decentralized identifiers and verifiable credentials instead of passwords.
• Points buffer. Rewards are paid in Roam Points first, separating day-to-day usage from the capped token.
• WiFi plus eSIM. The network combines hotspot access with global eSIM data in one app.

How Roam Differs from Similar Chains

Roam is an application network, not a layer 1 chain. Compared with Helium, which built its own hotspot and cellular network, Roam leans on existing OpenRoaming hotspots and adds community-run WiFi nodes. Compared with World Mobile Token, which focuses on mobile network coverage, Roam centres on WiFi roaming and identity. It sits in the same broad DePIN category as DIMO and Grass, which reward users for sharing vehicle data and unused bandwidth respectively.

Use Cases of Roam

• Automatic, secure connection to public WiFi while travelling.
• Buying eSIM data for use abroad.
• Earning Roam Points by running a Roam router or access point in a public area.
• Staking ROAM to act as a validator or service operator.
• For businesses: buying access to "3W" network data (who connects, when and where) or advertising within the network, paid in Roam Points.

How Roam Is Secured

WiFi logins use WPA2/3-EAP authentication backed by verifiable credentials, rather than shared passwords. Mining rewards depend on matched, time-stamped proofs from both miners and validators, and validators must hold a Validator VC from the Roam foundation and stake ROAM, which puts their deposit at risk. Token ownership is secured by Solana and BNB Chain. The whitepaper does not list a public third-party security audit.

Risks and Considerations

• Foundation control. The Roam foundation issues validator credentials, runs the treasury and approves which apps can handle point redemptions.
• Token unlocks. Sale and team allocations vest over time, and the 600 million growth tokens enter supply over time through mining and staking.
• Hardware economics. Mining depends on buying devices and on how rewards are tuned.
• Coverage claims. Hotspot counts include third-party OpenRoaming networks, not only Roam-deployed nodes.
• Regulation and privacy. Collecting connection data and selling eSIM service are subject to telecom and privacy rules.

Why Roam Matters

Roam tests whether token incentives can speed up adoption of an existing WiFi roaming standard rather than building a parallel network. If it works, it shows a practical path for DePIN projects to plug into established infrastructure; the design also shows how a points layer can keep everyday usage separate from a capped token.

Where Can You Buy Roam?

ROAM trades on centralized exchanges and on decentralized exchanges on Solana and BNB Chain. Always check the contract before trading: Solana RoamA1USA8xjvpTJZ6RvvxyDRzNh6GCA1zVGKSiMVkn and BNB Chain 0x3fefe29da25bea166fb5f6ade7b5976d2b0e586b.

Storage Options After Purchase

• Solana wallets: Any wallet that supports SPL tokens.
• BNB Chain wallets: Any wallet that supports BEP-20 tokens.
• Hardware wallets: For long-term self-custody on either chain.

Verify token contracts on Solscan or BscScan.

Related Coins

• Helium (HNT)
• World Mobile Token (WMTX)
• DIMO (DIMO)
• Grass (GRASS)