Vehicle-to-Load (V2L) technology enables EVs to supply AC power to external devices. This paper proposes V2Lite — a reduced-complexity control system for V2L with minimal hardware overhead.
A user with an OpenWrt router typically has 256MB RAM. Running a full V2Ray core leaves little room for routing tables.
Many proxy cores allocate large buffers for traffic processing upfront. v2lite utilizes a dynamic buffer pool that scales with actual traffic, drastically reducing the idle memory footprint. Vehicle-to-Load (V2L) technology enables EVs to supply AC
represents a necessary evolution in proxy technology: moving away from "bloatware" solutions toward highly specialized, efficient binaries. By leveraging the power of the VLESS protocol and Reality transport, v2lite offers a viable path for deploying secure, uncensored network access on hardware that was previously deemed too constrained to support modern proxy stacks.