Enterprise Telecom & Connectivity
for Modern Enterprises

An Internet Leased Line (ILL) is a dedicated, uncontended internet circuit delivered exclusively to your organisation with symmetric upload and download speeds, static IP addresses and an enterprise SLA. Because the bandwidth is 1:1 rather than shared, performance stays consistent through peak hours, which is why ILL is the standard for offices running cloud applications, VoIP and video conferencing.

Broadband is shared, contended bandwidth: speeds are “up to” a headline figure, upload is far slower than download, and there is usually no uptime SLA. A leased line is dedicated 1:1 bandwidth with symmetric speeds, static IPs, BGP options and a contractual SLA covering uptime and restoration time. Broadband suits small offices and backup links; leased lines carry business-critical traffic.

SD-WAN (software-defined wide area network) is an overlay that routes traffic intelligently across multiple underlying links: leased line, broadband, MPLS or 4G/5G. It steers each application over the best available path, fails over in under a second when a link degrades, and manages every branch from a central controller, which typically improves performance while reducing per-site cost.

Yes. Cylentrix designs and manages MPLS networks with any-to-any topology and QoS classes engineered per traffic type, so voice, video and ERP traffic stay deterministic between offices, factories and data centres. We also design hybrid WANs where MPLS carries critical traffic and SD-WAN over internet handles the rest.

Yes. Multi-site connectivity is core to our practice: hub-and-spoke P2MP, MPLS, and managed SD-WAN across dozens or hundreds of locations. We handle carrier selection per site, managed routers, central monitoring and a single escalation path, so every branch behaves as one network rather than thirty separate contracts.

Yes. Redundancy is engineered per site risk profile: dual carriers on diverse last-mile paths, BGP multi-homing or SD-WAN failover, and licensed wireless or 4G/5G backup where fiber diversity is not available. Failover is validated with drills, not assumed from a diagram.

Any organisation where downtime has a cost: manufacturing plants, hospitals, banks and NBFCs, retail chains, schools and universities, IT and ITES delivery centres, government departments, logistics networks, data centres and hotels. Cylentrix engineers connectivity to each sector’s uptime constraints, traffic patterns and regulatory context.

Yes. Our Network Operations Centre monitors every managed link, router and path 24×7×365: threshold alerting on utilisation, latency and packet loss, proactive carrier tickets often raised before users notice, monthly SLA reporting and root-cause analysis after every incident.

Yes. We design private, low-latency paths into AWS, Azure, Google Cloud and colocation facilities, via direct connect services, cloud on-ramps or optimised internet breakout, and integrate them into your WAN routing and failover design so cloud is part of the network rather than an exception to it.

A connectivity assessment typically starts within five working days of scoping. New leased-line circuits generally deliver in two to six weeks depending on carrier feasibility at the site; SD-WAN overlays on existing links can go live in days; multi-branch rollouts are phased site by site with zero-touch provisioning. Timelines are committed in writing during design.