encryptSIM

TLDR

encryptSIM is a privacy-first eSIM service that lets users purchase global mobile data plans across 227+ destinations without providing any personal identity. The service accepts cryptocurrency payments including SOL, USDC, BTC, ETH, and Monero, and requires no account creation. Built on the Webbing eSIM platform and distributing through Airalo, encryptSIM uses Sweden-based authentication servers to issue private network access tokens that authenticate users without storing identity data. The project is extending into Web3 with its Solana-based $ESIM token, a planned dApp, and on-chain private payment flows.

The Problem

Traditional SIM cards and most eSIM providers require government-issued ID at signup, tie mobile activity to verified identities, and retain traffic logs. This creates a surveillance backbone: carriers, governments, and data brokers can trace mobile usage back to individuals. encryptSIM targets this gap, aiming to decouple mobile connectivity from identity entirely.

Core Mechanism

encryptSIM operates as a virtual mobile network operator (MVNO) built on top of two infrastructure partners: Airalo, one of the world's largest eSIM distribution platforms, and Webbing, a white-label eSIM management platform. This stack provides carrier-grade global coverage while sitting at the application layer where identity requirements are typically enforced.

The critical enabler is the company's use of Sweden-based network authentication servers. Swedish telecommunications law permits operators to authenticate users at the network level without collecting or storing personal information. encryptSIM issues private network access tokens that validate sessions without tying them to any identity. When a downstream carrier such as T-Mobile or Verizon sees traffic from an encryptSIM user, it sees a network credential — not a name or passport number.

The user flow is straightforward: purchase a plan, receive a QR code, scan it on any eSIM-compatible device, and connect. Activation takes under a minute. The eSIM runs alongside a physical SIM card on dual-SIM devices, meaning users can keep a local number while routing data through the private connection.

Service and Features

The current flagship product is a Global 365 plan: 20 GB of data valid for one year across 200+ countries, priced at $99. An optional add-on provides a US phone number with 200 international calling minutes and 200 SMS messages for an additional $29.

Key service attributes:

• No KYC: No government ID, passport, or proof of address required at any stage.
• No traffic logs: The company explicitly states it does not retain browsing or session data.
• 5G access: Where available through partner carriers.
• Hotspot/tethering: Supported on compatible plans.
• Broad crypto acceptance: BTC, ETH, SOL, USDC, USDT (Ethereum and Tron), Monero, Litecoin, and BNB are all accepted. Monero support in particular targets users who want payment-layer privacy in addition to connectivity-layer privacy.
• No account required: Purchases can be completed without creating any user account, eliminating a further identity touchpoint.
• Instant delivery: QR code delivered immediately after payment confirmation.

The company cites the following compliance certifications: SOC 2 Type II, SCP03, EAL4+, ISO, GSMA, GDPR, and PCI. These certifications apply to the eSIM service and data-handling infrastructure, attesting to encryption standards and internal data governance practices rather than to a decentralized architecture.

$ESIM Token and Solana Integration

encryptSIM launched $ESIM as an SPL token on Solana mainnet via the Pump.fun launchpad. The contract address is 3zJ7RxtzPahndBTEn5PGUyo9xBMv6MJP9J4TPqdFpump. Total supply is 1 billion ESIM tokens, with the full supply in circulation. As of mid-2026, the token trades primarily on Raydium in the ESIM/SOL pair, with a market cap in the low tens of thousands of dollars and very thin daily volume.

The stated token utility has two components:

Private on-chain payments: $ESIM will become a checkout option, with on-chain payment flows designed to obscure sender identity and transaction amounts. This extends the project's privacy narrative into the payment layer — a user would be able to purchase mobile data without revealing their identity at either the connectivity layer or the payment layer.

Buyback and burn: 10% of all encryptSIM eSIM sales are earmarked for $ESIM buyback and burn, creating a revenue-linked deflationary mechanism. Neither the private payment system nor the buyback program had fully launched at the time of writing.

Solana was chosen partly for practical reasons: low transaction fees make routing micro-payments through privacy-enhancing on-chain logic economically viable for users of a $99/year plan. The longer-term roadmap includes a dedicated encryptSIM dApp, deeper decentralized identity integrations, and what the project describes as Web3-native SIM functionality — implying on-chain management of eSIM credentials or access rights, though technical specifics remain vague.

Partnerships and Infrastructure

Two key partnerships underpin the current service:

• Airalo: Global eSIM marketplace and distribution platform. When an encryptSIM eSIM shows up as Airalo on a device's carrier display, it reflects this wholesale distribution arrangement.
• Webbing: White-label eSIM platform that provides the technical infrastructure for eSIM issuance and management. Webbing's platform enables the no-KYC model by separating the network access layer from the identity verification layer.

These partnerships were finalized in early 2025. Regional deployments documented at launch include Japan (live at launch), Thailand (company headquarters), and the United States (in negotiation with T-Mobile for a KYC-free package in Q2 2025).

Team and Backing

encryptSIM's core team is based in Thailand. No individual founders or executives are publicly named. The company does not disclose investors or funding rounds. The Airalo and Webbing partnerships represent the most meaningful credentialing publicly available — both are established commercial eSIM industry participants.

Audits

No independent smart contract audit of the $ESIM token has been publicly disclosed. The certifications cited by encryptSIM (SOC 2, EAL4+, SCP03) apply to the eSIM service and data infrastructure, not to the token contract. Prospective token holders should treat the absence of a published audit as a material risk factor.

Solana Fit

Solana serves two roles in the encryptSIM stack: as an accepted payment currency today (SOL and USDC are live checkout options), and as the planned infrastructure layer for the project's Web3 roadmap. The token launch on Solana rather than Ethereum reflects both the cost advantage for small-payment utility and the broader momentum of consumer-facing Solana applications. Whether the dApp and decentralized identity components materialize at meaningful scale depends on execution the project had not yet demonstrated as of mid-2026.