Managed forwarding
Create controlled entry points for campaigns, partners, tenants, and internal systems.
Pushulink is a comprehensive traffic scheduling engine specifically designed for high-frequency business scenarios.
Built upon a global architecture of distributed edge nodes, the system is designed for high-volume access scenarios and operational routing workflows. The core competency of the platform features second-level route redirection, which, combined with our self-developed privacy protection algorithms and fingerprint concealment mechanisms, markedly enhances link survivability across diverse social networks.
It serves as the definitive foundation for core global business operations and massive traffic deployment.
Create controlled entry points for campaigns, partners, tenants, and internal systems.
Automate create, update, disable, and retirement workflows without manual handoffs.
Keep owners, access statistics, permission boundaries, logs, and operation history visible.
Teams often compare PushUlink with DNS tools, short-link tools, or internal scripts. The clearer boundary is this: PushUlink manages the business entry layer behind subdomain forwarding.
“Is this just DNS management?”
DNS is one part of the workflow, but PushUlink manages the business layer behind subdomain forwarding: destination, status, lifecycle, access statistics, trace, and API workflows.
“Can’t we just use Bitly?”
Short links solve sharing. PushUlink is for managed campaign, channel, tenant, and route entries that need ownership, status, permissions, statistics, and lifecycle control.
“Can’t we build this ourselves?”
You can, but then the team also needs to maintain the console, API auth, permissions, logs, statistics, trace, lifecycle rules, and cleanup workflows.
“Is this a security or anti-blocking tool?”
That is not the right public positioning. PushUlink is a managed subdomain forwarding and lifecycle platform. It can reduce risks from unmanaged entries, but it should not be framed as a tool for bypassing risk controls, anti-blocking, or evading detection.
It focuses on managed subdomain forwarding, OpenAPI automation, access statistics, permission boundaries, logs, and traceable operations.