CyberCharge

CyberCharge is the world's first Web3 smart entertainment charger — a DePIN protocol built on Solana and other chains that turns a daily habit into a crypto income stream. Users connect their electronic devices to a CyberCharge smart charger, keep the companion app open for five minutes, and earn on-chain rewards validated through the project's "Proof of Charge" mechanism. The minimal time requirement is deliberate: the team targets anyone who already charges their phone each day and wants a passive earning layer added to that routine.

Core Mechanism: Charge-to-Earn

The Charge-to-Earn (C2E) model is CyberCharge's entry point. Each charging session is logged on-chain as proof of physical participation, distinguishing the protocol from software-only yield or airdrop schemes. The hardware enforces the participation requirement — without the device, there is no valid session. Rewards accumulate as a combination of in-app points, redeemable within CyberCharge's game applications, and on-chain tokens claimable through the user's integrated wallet.

Hardware and the GPMP Network

The physical charger follows a modular "charging plug + smart component" design. Integrated CyberChip modules handle local storage and compute for the node, including encryption of session data and relay of network signals. Each charger functions as a node in the Global Power Matching Protocol (GPMP), CyberCharge's proprietary distributed network. The GPMP does more than route charging events: it builds a unique on-chain identity for each participant derived from the charger's hardware fingerprint, IP address, and other device identifiers. This identity layer is the protocol's primary defence against sybil attacks — rewards flow only to users with confirmed physical hardware.

User data collected through the chargers is protected using Fully Homomorphic Encryption (FHE), a technique that allows data to be processed without exposing raw values. CyberCharge cites FHE as the basis for compliance with the EU GDPR and California's CCPA, positioning the product for international hardware distribution.

GameFi and SocialFi Layer

CyberCharge extends beyond charging hardware with a suite of entertainment applications built on top of the network. These include AI pet nurturing mechanics and a battle royale format, both designed as "highly optimised social games" in the GameFi and SocialFi categories. The dual-layer architecture — hardware for earning, apps for spending — mirrors earlier DePIN and move-to-earn projects: hardware adoption drives token demand from within the protocol's own application layer rather than purely from external speculation.

The team projects that 70–80% of C2E earners will migrate into the gaming applications over time, using the smart charger as a low-friction Web2-to-Web3 onboarding tool. Users unfamiliar with crypto wallets are onboarded automatically: a Multi-Party Computation (MPC) wallet is generated for every new participant at sign-up, removing a traditional barrier to entry.

Tokens and Multi-Chain Support

CyberCharge operates across Solana, BNB Chain, and Ethereum, with its integrated wallet supporting cross-chain asset management. Users earn both in-app points (for the gaming layer) and on-chain tokens (for external use), though a full public tokenomics breakdown — including supply, allocation schedules, and contract addresses — has not been published as of mid-2026. The project launched 20,000 genesis hardware rights in January 2025, which conveyed priority access to hardware and early reward streams.

Launch and Ecosystem Milestones

CyberCharge soft-launched in late 2024 and opened global public hardware sales on January 8, 2025. Genesis units sold on a first-come, first-served basis at daily windows. In September 2025, the project appeared at Token2049 Singapore, hosting a "Web3 Cyber Night" event at Cineleisure Orchard. Partners represented at the event included Ethereum, Binance, Ton, Sui, and Solana ecosystems, marking the project's most prominent public showing to date.

Two notable protocol integrations have been announced. CyberCharge partnered with MyTokencap — an on-chain analytics provider — to surface real-time data on charging activity, network performance, and reward distributions directly within the platform. Separately, a collaboration with Neurolov adds a decentralised AI compute layer to the network, enabling AI-driven supply-and-demand matching to optimise energy allocation across the GPMP node network.

Security and Team

No independent smart contract audit is publicly documented. The FHE encryption and GPMP identity system represent the project's stated security measures, but neither has been externally verified. The team behind CyberCharge has not been publicly identified.

Fit in the Solana Ecosystem

CyberCharge belongs to Solana's expanding DePIN category — projects that anchor physical infrastructure to on-chain incentive layers. Solana's transaction throughput and low fees make it practical for protocols that need to process high volumes of micro-transactions, such as per-session charging rewards. What distinguishes CyberCharge within the category is its consumer electronics positioning: rather than wireless nodes, environmental sensors, or GPU compute, the hardware here is a device charger — something already present in daily life for billions of people. The GameFi integration adds a retention and token-velocity mechanism that pure infrastructure DePIN projects typically lack, targeting a user profile that may never have engaged with blockchain protocols before.