Whether accessing headquarters systems across borders, connecting multi-site offices and factories into a private network, transferring large R&D files overseas, or building multi-country test environments in a domestic lab, most deployments can be completed over your existing local broadband and hardware. Browse by the specific challenge you are facing to see the corresponding connectivity approach.
When domestic branches and overseas headquarters access ERP systems, exchange shared files, use global Microsoft 365, or hold cross-border meetings, they can connect to our cross-border transmission channel over existing office broadband and firewalls for smooth, reliable daily collaboration.
When overseas headquarters policies prohibit replacing existing firewalls, you can keep your original firewalls and IPSec encrypted tunnels at both ends while routing traffic across our cross-border transmission channel to improve headquarters system access and file transfers.
Read Full GuideWhen offices in mainland China experience slow SharePoint document loading, OneDrive syncing, or Outlook email delivery on global Microsoft 365, they can connect directly over existing office broadband through our outbound access channel for stable performance.
Read Full GuideUsing existing broadband at overseas branches and domestic headquarters, deploy access gateways in data centres, offices, or public clouds at both ends to establish a cross-border channel that routes OA approvals, internal web portals, ERP, and finance traffic back to China without lengthy physical dedicated line installation.
Read Full GuideStreamline office Wi-Fi and full-tunnel VPN configurations that backhaul traffic through overseas headquarters, while providing a stable cross-border channel for in-meeting file sharing, chat, large live events, and teams requiring a unified controlled egress.
Read Full GuideWhen domestic offices and cloud workloads use ChatGPT, Claude, Gemini, Cursor, or call overseas AI APIs, route designated traffic over existing broadband to a dedicated cross-border channel and unified egress, managing access permissions centrally by site while isolating traffic from large model file downloads.
Read Full GuideFor service teams connecting to client-mandated SSL VPNs to exchange animation assets and project files, improve cross-region or cross-border transmission paths to the client VPN public gateway over existing office broadband without altering client VPN software, authentication, or security policies, with fixed egress IPs for partner allowlists and flexible bandwidth scaling across project cycles.
Read Full GuideUse existing Hong Kong office broadband for nearest PoP access to our SD-WAN network, reaching AI services such as Claude, ChatGPT, and Gemini smoothly over a dedicated channel while managing Hong Kong and mainland China teams on a unified network.
Read Full GuideWhether connecting domestic and overseas offices, manufacturing plants, and public clouds into a single private network, or securely linking partner hospital sites and travelling staff back to headquarters, locations without dedicated network staff can connect easily via pre-configured appliances or cloud gateways.
Connect multiple domestic and overseas offices, manufacturing floors, and public clouds into a unified private network over existing local broadband. Branches without dedicated IT staff can plug in pre-configured appliances, while core sites support dual-appliance and multi-path failover.
Read Full GuideWhen integrating with banking, government, or partner platforms that require IP allowlisting, aggregate access from multiple branch offices and clouds to designated systems through a unified, identifiable internet egress while keeping general web traffic on local broadband.
Read Full GuideWhen remote work or business travel makes internal network access slow, we support deploying third-party Zero Trust connectors on our access appliances and accelerating cross-region transmission without changing existing employee login accounts or device management policies.
Read Full GuideWhen self-hosted JumpServer web consoles load but connections to overseas hosts suffer from long waits, input lag, or frequent drops, we plan cross-border egresses or private cloud-to-data-centre channels based on where the bastion host and overseas assets are deployed, improving cross-border operations while preserving login approval and session auditing workflows.
Read Full GuideImprove cross-border network connections to overseas Linux hosts over existing office broadband to reduce login delays, slow terminal echo, and dropped sessions, supporting private connectivity between sites and clouds while preserving existing SSH keys and approved access paths.
Read Full GuideFor slow logins, keyboard/mouse lag, and screen freezes when operating overseas PCs or servers via Windows Remote Desktop from China, we connect existing enterprise broadband and gateways to a cross-border transmission channel, reducing delays from public internet congestion and packet loss without exposing RDP ports directly to the public internet.
Read Full GuideFor mutual backup between domestic and overseas data centres, branch data backhaul, and cross-border cloud storage backups, we establish private connectivity and steer traffic by storage endpoint via physical or virtual gateways over existing broadband, with temporary bandwidth upgrades available during bulk backup or migration windows.
Read Full GuideWhen workloads span Alibaba Cloud, Azure, on-premises data centres, and multiple offices, deploy virtual access gateways directly within existing cloud environments to interconnect cross-cloud private networks with symmetric return routing and internal DNS resolution.
Read Full GuideFor enterprises deploying business systems, disaster recovery environments, and compute nodes in Singapore, Malaysia (Johor), or Thailand (Bangkok), use existing domestic and overseas internet broadband for nearest PoP access to the China–Southeast Asia connectivity corridor, reliably supporting daily system access, R&D collaboration, and cross-border data sync.
Read Full GuideWhen partner hospital departments or field collection sites prohibit plugging into local LANs and cannot install new cabling, ship pre-configured appliances that establish outbound-only encrypted tunnels over 4G/5G to transmit data securely back to headquarters.
Read Full GuideDeploy virtual gateways in your overseas public cloud VPC alongside existing remote access gateways or third-party Zero Trust connectors to establish a cross-border transmission channel so distributed team members across mainland China can directly access designated internal systems, and merge future domestic offices into the same cloud network via pre-configured appliances once office broadband is installed.
Read Full GuideDeploy pre-configured physical or virtual gateways over existing broadband at both new and established offices to bridge their private networks and forward designated headquarters or client system traffic through the existing office egress, or connect the new site directly into the same enterprise network if transit routing is not preferred.
Read Full GuideWithout changing overseas customers' existing VPNs, bastion hosts, or authorisation workflows, connect equipment vendors' domestic offices, data centres, or cloud environments to a cross-border transmission channel to improve remote login, live dashboard viewing, and log retrieval. Supports fixed egress IPs for customer allowlists, bandwidth adjustments during commissioning phases, and path decommissioning upon task completion.
Read Full GuideOutlines common bottlenecks in interconnecting multi-site labs across the Greater Bay Area, transferring cross-border research data, and accessing international academic resources and overseas AI tools, and explains how we build dedicated transmission networks over institutions' existing broadband.
Read Full GuideUse existing broadband in the Shenzhen and Hong Kong parks of the Hetao zone to establish inter-park connectivity and cross-border research data transfers, with nearest PoP access to our SD-WAN network in Hong Kong for smooth access to international academic resources and overseas AI services.
Read Full GuideDesigned for R&D teams downloading overseas large models and build dependencies, transferring large engineering drawings across borders, and enabling overseas clients to connect to domestic GPU compute centres and business APIs through stable cross-region transmission and overseas nearest PoP access.
When R&D labs or compute data centres pull large models and datasets from Hugging Face, a cross-border transmission channel can be provisioned over existing broadband to sustain fast large-file downloads while isolating traffic from online inference workloads.
Read Full GuideExtend web consoles, SSH remote development, inference APIs, and large-file transfer endpoints from domestic compute centres to regions near overseas customers, providing stable nearest PoP access worldwide while exposing only required service ports.
Read Full GuideBuild a cross-region and cross-border compute network over existing broadband in data centres, offices, and clouds to support high-speed overseas open-source model downloads, multi-site training data sync, and nearest PoP access for SSH remote development and inference APIs.
Read Full GuideConnect domestic offices, data centres, or cloud environments to overseas compute regions over existing internet broadband without installing physical dedicated lines, with on-demand bandwidth scaling. Service-based traffic steering keeps dataset uploads, checkpoint downloads, and SSH sessions to overseas GPU servers smooth without affecting daily office internet use.
Read Full GuideWhen transferring large CAD drawings, firmware images, or datasets across borders, pair resumable transfer tools with a cross-border channel over existing broadband at both ends, and scale bandwidth on demand during peak delivery periods.
Read Full GuideWhen Jenkins nodes or GitLab Runners time out pulling from GitHub, Docker Hub, npm, PyPI, and overseas SDKs, or struggle to transfer build artifacts and test releases across sites, we use physical or virtual gateways over existing broadband to establish cross-border and inter-data-centre channels with service-based traffic steering and bandwidth scaling without lengthy line construction.
Read Full GuideConnect offices, data centres, or public clouds to a cross-border transmission channel via physical or virtual gateways to improve transfer stability when pulling large projects, syncing art assets, and submitting changes across borders, without migrating Perforce depots, altering file permissions, or changing P4V workflows.
Read Full GuideWhen cross-border R&D teams face slow GitLab web pages, lagging Merge Request reviews, or interrupted Git push/pull and Git LFS transfers, route repository web, Git, and object storage traffic through a cross-border transmission path using existing broadband and gateways while preserving repository architecture and access controls.
Read Full GuideWhen overseas apps, websites, or partner systems experience slow responses calling domestic business APIs, static content can be served via CDN while real-time login, ordering, and payment APIs connect reliably back to domestic servers through our overseas nearest PoP access points.
Read Full GuideProvide a cross-border transmission channel and dedicated egress for n8n and Dify servers deployed in on-premises data centres or domestic clouds, steering overseas AI API calls, web search tools, and external web requests by target service while keeping local database and internal traffic on its original path.
Read Full GuideConnect regional design institutes, external partner offices, and construction sites over existing broadband to central collaboration servers, remote graphics workstations, or designated cloud portals using pre-configured appliances or virtual/cloud gateways. Engineering data and software stay in place while external partners access only approved targets, with bandwidth scaling during deadline crunches and scheduled disconnection upon project completion.
Read Full GuideBuild a dedicated compute network over existing office and data centre broadband across the Greater Bay Area to support high-speed overseas model downloads, multi-city training data sync, SSH remote development, and nearest PoP access via Hong Kong to overseas AI services.
Read Full GuideConnect the Hetao Shenzhen and Hong Kong parks with cloud GPU compute resources, using nearest PoP access to our SD-WAN private network in Hong Kong to reliably pull Hugging Face models and access overseas AI services.
Read Full GuideBring local network egresses from multiple target countries and global public IPv6 directly into domestic labs without repeatedly shipping test benches overseas, and review the characteristics and cost structures of different connectivity options before planning multi-site networking or requesting quotes.
Deliver local network egresses for target markets such as Hong Kong, Singapore, the US, Germany, and India along with global public IPv6 into domestic labs, allowing multiple infotainment test benches to switch country environments on demand for issue reproduction and troubleshooting.
Read Full GuideCompare provisioning lead times and stability across traditional carrier physical dedicated lines, public internet VPNs, and cross-region enterprise networking; connect quickly to our transmission channel over existing local broadband and run alongside legacy networks during migration.
Read Full GuideBuilding on existing broadband at each site, configure SD-WAN path high availability and dual-appliance failover based on site criticality to switch automatically during primary link or hardware failures, reducing cross-region and cross-border outage risks.
Read Full GuideWhen existing office broadband lacks overseas-routable global public IPv6, we deliver global unicast IPv6 address blocks and local egresses from target countries or regions directly into domestic labs, complete with regional DNS resolution and dual-stack firewall protection.
Read Full GuideNetworking costs for multi-site offices, factories, and cloud environments depend primarily on connected cities, daily traffic volume, and redundancy requirements. Services deploy quickly over existing broadband and scale on demand; simply share your locations and current connectivity issues to start a consultation.
Read Full GuideDeliver a real public IPv6 dual-stack network with ample address space into hardware R&D labs, supporting carrier simulation via DHCPv6-PD prefix delegation of large address blocks so large batches of prototypes can run /64 SLAAC autoconfiguration and parallel multi-group verification.
Read Full GuideProvide test phones and benches with live IPv4/IPv6 dual-stack connectivity, dual-stack DNS resolution, and required external service access over existing lab broadband without installing physical dedicated lines, allowing multiple device models and automated test rigs to share a single test Wi-Fi environment.
Read Full GuideWithout waiting for legacy dedicated line or VPN contracts to expire, we connect sites over existing broadband using pre-configured physical appliances or virtual gateways to establish cross-region and cross-border channels that run alongside your current network. Migrate traffic in phases by application or branch while retaining legacy paths for emergency fallback and enabling future on-demand bandwidth scaling.
Read Full GuideFor on-premises-to-cloud migrations, data centre relocations, or cross-border and cross-region cloud migrations, bridge legacy and target environments along with branch offices into a transitional private network using existing broadband and cloud virtual gateways. Supports temporary bandwidth expansion during peak replication, cross-environment calls and dual access during phased cutovers, and capacity scale-down and legacy path removal after migration.
Read Full GuideNo test reports or complete network diagrams are needed for an initial consultation. Simply share the cities to connect, the applications or workflows affected in daily use, and a brief overview of your existing broadband and hardware so we can evaluate a suitable connectivity solution.
