Andhra Pradesh and Telangana
Dedicated fiber from two carriers, a third backup path and a MikroTik carrier-grade core with automatic failover — engineered for conferences, exhibitions and live streams across Andhra Pradesh and Telangana.
Event internet fails at the worst moment — the keynote, the launch, the live stream. So every network we deploy has a second answer for every single point of failure.
Primary and secondary internet come from different ISPs and enter the venue along physically separate paths. One cable cut or one carrier outage can’t take the event offline.
Bonded 4G/5G or a point-to-point radio link stands behind both fibers, reserved for the live stream, payments and the organiser’s control desk.
All three paths terminate on a MikroTik CCR2216 cloud core router — 16-core ARM at 2.0 GHz, 16 GB RAM and dual hot-swap power supplies. It checks every path continuously and moves traffic to the next one automatically, with no one touching a cable.
A MikroTik CRS326 switch (24 Gigabit ports, 2 × SFP+ 10G) connects to the core over 10G and feeds WiFi, streaming, CCTV, registration and F&B outlets — each on its own network, with streaming and payments prioritised over guest traffic.
Online UPS on the core, switching and PoE, sized to ride through generator changeovers and venue power dips.
We pull the primary link before doors open to prove failover works. Engineers monitor every uplink and access point live, with spare hardware on site.
| Feature | Best effort | Built for failover |
|---|---|---|
| Primary goal | Maximise performance under normal conditions. | Guarantee uptime, even during a catastrophic outage. |
| Redundancy | Minimal or none (single point of failure). | Full duplication (N+1, 2N or active-active setups). |
| Response to error | Degrades, drops packets or crashes entirely. | Automatically switches to a backup with zero or minimal interruption. |
| SLA commitment | “We will try our best.” | “99.999% uptime guaranteed.” |
Six services, each planned on its own terms and protected by the same failover design.
A dedicated, symmetric fiber circuit pulled to your venue for the days you need it — then removed. No venue broadband, no shared hotel line, no contract.
Enterprise WiFi 6 access points from Alta Labs and Grandstream, planned for the crowd you’re expecting — with separate networks for each audience, a branded login page and live monitoring of every access point.
Multi-camera production and a fiber uplink reserved for your stream — so the webcast never competes with the delegates for bandwidth.
IP cameras on our event network, a manned control room and secure recording — set up before gates open and removed after the last truck leaves.
The wired backbone behind a show — booth drops, registration counters, media centre, production and payments — each on its own secure network.
Camera feeds, programme returns and LED wall signals carried over single-mode fiber — as 12G-SDI or as SMPTE-2110 video over IP — across kilometres, with no loss and near-zero latency.
We build event networks on hardware from established enterprise brands, chosen for the job each part of the network has to do.
Brand names are trademarks of their respective owners.
A hall full of people breaks connections that work fine on a normal day. Here is how the three common options behave when the room is full.
| Venue WiFi | 4G/5G routers | Dedicated event fiber | |
|---|---|---|---|
| Bandwidth | Shared with the whole building | Shared with every phone on the tower | Reserved for your event, 1:1 |
| Upload for streaming | Often a fraction of download | Drops sharply as crowds arrive | Symmetric — upload equals download |
| Users it can serve | Dozens to low hundreds | A handful per router | Thousands, with enough access points |
| Backup if it fails | Rarely | None | Second carrier plus a third path, automatic |
| Who fixes it during the show | Hotel IT, if available | You | Our engineer, on site |
Pick your city for local venues, typical events and how we connect them. We also deploy to towns and open sites between them.
We walk the venue with the floor plan, check which carriers can reach it and by which routes, and plan rack space and power.
You get a written network plan: bandwidth, both carriers and their routes, the backup path, access point and camera positions, VLANs and a fixed quote.
Two ISP partners provision dedicated circuits on separate routes; our crew terminates and tests each one.
The core router, switches, access points and cameras go in during load-in. We load-test, then unplug the primary link to prove failover before doors open.
An engineer watches every link and access point from the network desk for the whole event.
Everything comes out after the show. You receive a usage report and any recordings.
From a single LAN drop to multiple live streams, CCTV and guest WiFi — add what your event will use and the calculator recommends a dedicated plan, starting at 100 Mbps.
A dedicated internet connection — usually a fiber leased line — installed at a venue for the length of an event and removed afterwards. Unlike venue WiFi or hotel broadband, the bandwidth is reserved for your event alone.
All of them. We have dedicated pages for Hyderabad, Warangal, Karimnagar, Nizamabad, Khammam, Mahabubnagar, Nalgonda, Visakhapatnam, Vijayawada, Amaravati, Guntur, Tirupati, Nellore, Kurnool, Rajahmundry, Kakinada, Anantapur and Kadapa, and we deploy to smaller towns and open sites across both states.
For a dedicated fiber circuit, 5–10 working days is typical. For urgent events we can be live in 24–48 hours with bonded 4G/5G and switch to fiber if time allows.
It depends on bandwidth, duration, distance from the nearest fiber node and how much WiFi, CCTV or streaming you add. Send the venue, dates and expected attendees and we return a fixed quote — no per-gigabyte surprises.
Traffic moves to the standby path automatically — a second fiber from a different carrier, then bonded 4G/5G or radio. Most guests won’t notice; a few long-running sessions may reconnect. We prove this before doors open by unplugging the primary link.
Enterprise hardware from Ruckus Wireless, Cisco, MikroTik, Alta Labs, Grandstream and TP-Link Omada, chosen per venue: Cisco and MikroTik at the core and for carrier failover, Ruckus, Alta Labs and Grandstream WiFi 6 access points, and TP-Link Omada PoE switching.
Venue, dates and rough headcount are enough to start. We’ll come back with questions, a network outline and a fixed price.
