YOUR LOCAL CONNECTION
Bhosari
MIDC Bhosari, Bhosari Gaothan, Landewadi & more
Explore BhosariArea listing is a starting point. Our team confirms availability for your exact address.
Fibre for a brighter tomorrow
Faster connections.
Happier lives.
A 100% fibre network for Pune and PCMC. Built around your neighbourhood, engineered for everyday life, and watched over by our 24×7 NOC.
OUR HOME. OUR STREETS. OUR NETWORK.PUNE + PIMPRI-CHINCHWADSame network. A brighter tomorrow.
Conceptual city artwork and network paths. Check availability for your exact building.
100%Fibre from core to premises
240+ kmCompany-wide fibre network
24×7Network monitoring
13Listed neighbourhoods
Network figures apply company-wide. A listed neighbourhood does not confirm availability at every building.
01 / The connection behind your connection
From the internet
to your home.
One connected journey. Explore the equipment, fibre and local access behind your connection. Choose a stage to see how it works.
24×7 NOC Monitors the network across the journey
01
The wider internet
Websites, cloud platforms and streaming services reach the local network through upstream connectivity and internet exchanges.
Simplified architecture. The NOC monitors the network; customer traffic does not pass through it. Equipment roles are shown conceptually, not as an inventory of installed hardware.
For the technically curious: core capacity, BNG and access readiness
- 100G-ready core
- The source describes headroom in the middle of the network. It does not mean a home connection runs at 100 Gbps.
- BNG
- A broadband network gateway manages subscriber access and sessions. It is shown as an architectural role, with no specific vendor or deployment claimed.
- OLT / POP
- The optical line terminal serves the access fibre from a local point of presence. Splitters distribute that fibre toward individual premises.
- XGS-PON ready
- The source describes readiness for a newer access generation, not activation on every line.
Follow the final stretch: your street, your building, your home
04 / The final stretch
Light all the way
to your living room.
The fibre journey does not stop at the street. It continues through your building to the optical terminal in your home.
THE CONNECTION INSIDE YOUR HOME- 01
From local access to your street
The OLT feeds the distribution network. Splitters and distribution points direct fibre toward the premises they serve.
- 02
Into your building
The entry route and riser are agreed with the people who look after your building.
- 03
Fibre to your wall
A dedicated drop reaches your flat or unit. The fibre is joined and terminated at the optical network terminal.
- 04
Your ONT. Your router. Your devices.
The ONT converts light to Ethernet. Your router provides Wi-Fi. Walls, distance and router placement still affect wireless performance.
Explore the fibre-to-home technical cutaway
Make the most of the connection inside your home. Read the Wi-Fi placement guide ↗
02 / Resilience you can understand
Two paths.
One resilient network.
A protected ring gives traffic another direction around a shared-link fault. Try a failure below to see both the protection and its limits.
Traffic pathAvailable shared span
Choose a scenario
DEMO / NORMAL OPERATION
The direct way home.
Traffic follows one side of the ring to the access point, then a single fibre drop into the premises. The other ring direction remains available.
Protection is in the shared network.
On a protected span, traffic can take another direction. A cut cable still needs an on-site repair to restore the ring.
The last stretch is a single path.
A home-drop fault needs repair. Protection depends on the fault location and network design; no switching time or uninterrupted-service promise is implied.
Take a closer look inside the fibre · watch the engineering film
THE MATERIAL THAT CONNECTS US
Small strands.
Extraordinary possibilities.
A closer look at the technology behind your connection. A cinematic fibre study, created for Internet Express.
INTERNET EXPRESS / INSIDE THE FIBRE
LIGHT. PRECISION. CONNECTION.Every connection
starts with light.
AI-generated engineering film.
A visual explanation, not footage of installed Internet Express equipment.
- 01 Follow the fibre
- 02 See the precision
- 03 Make the connection
Explore the architecture below to follow the complete route to your home.
Resilient architectureAlternate paths on protected spans
Local infrastructureEngineering close to the connection
Optical accessFibre all the way to your premises
People behind itNetwork monitoring around the clock
03 / Local by design
Connecting more
of our neighbourhoods.
Thirteen neighbourhoods across Pune and PCMC, each with its own streets and connection requirements. Start with yours, then check your building.
GENERALIZED POSITIONSNOT A COVERAGE OR CABLE MAP
Illustrative local network model, not a live digital twin. Locality images are shown for orientation; lines do not represent surveyed fibre routes.
NETWORK OPERATIONS / 24×7
24×7 network operations centre
Always watching.
Always ready to respond.
A network needs more than good fibre. It needs people watching what the fibre is doing.
- 01
Monitor the signals
Equipment and link signals are watched continuously by the network operations centre.
- 02
Find what needs attention
AI-assisted detection helps flag behaviour that may indicate a fault. Engineers assess the event and its impact.
- 03
Coordinate the response
The affected network section guides the next step, from checking an alternate path to arranging field repair.
The NOC monitors the network. For your connection, billing or an engineer visit, contact customer support ↗.
Local service engineering
Real work.
Behind every connection.
Local service is about understanding the streets, reaching the fault and completing the repair. Here is the engineering behind that response.
Locate the affected stretch
Network checks and optical testing help narrow down a break or poor joint before the repair is planned.
Repair the fibre
The damaged stretch is accessed and the fibre ends are fusion-spliced so light can pass through the joint.
Test the restored path
Optical checks help confirm the repaired connection. A ring-span repair also restores the network’s alternate route.
Restoration depends on the fault, site access and work required. No fixed recovery time is promised here.
Growing since 2013.From the source’s first 256 Kbps connections to a fibre network with a 100G-ready core and XGS-PON readiness. Up to 1 Gbps is available on request, subject to a premises survey.Discuss a gigabit connection ↗
The people on the other end
A better connection to everyday life.
Working from home. Learning something new. Calling the people who matter. Explore your neighbourhood and the local service behind it.
07 / Straight answers
Good questions.
Clear answers.
What the architecture means for your connection, without the fine-print surprises.
What is ring protection, in plain words?
A ring is a network built as a loop rather than a line. If a loop is broken in one place, there is still a way round it. Where a fault falls on a protected span, traffic can travel the other direction instead of stopping.
Does that mean two fibre cables run into my home?
No. The final stretch from our access equipment to your building is a single path. Ring protection applies to the shared network behind it, not to the individual drop into each home, which is why a fault in that last stretch is repaired rather than routed around.
Will I ever see an outage?
Yes, that can still happen. Protection depends on network design and on where the fault occurs, and some faults have to be repaired before service returns. What the network is built to change is how quickly a problem is noticed and how much of the response has to wait for a person.
What does the AI in AI-powered NOC actually do?
It reads the stream of signals coming back from network equipment and links, separates ordinary variation from behaviour that looks like a fault, and raises the ones worth a human's attention with the affected part of the network already identified. It does not decide the repair, and it does not predict every outage.
Is the NOC the same as customer support?
They are two different jobs. The network operations centre watches the network around the clock. Questions about your own connection, billing or an engineer visit go to the support team, and the contact page has the current ways to reach them.
What does 100G-ready mean for me?
It describes the core of the network rather than the line to your flat. The middle of the network is built with room above what the current plans draw, so headroom is added before customers start feeling a ceiling. It is not a speed you can order.
What is XGS-PON, and is my line on it?
It is the access generation after the one most fibre homes run on today, and it raises the shared capacity available on a fibre line. Saying the access network is XGS-PON ready means the path is there when it is needed, not that every connection runs on it now.
Can I get 1 Gbps at home?
It can be arranged on request, per connection, after a survey. It is not sold from the published plan list because what is deliverable depends on the premises and the route to it. Ask through the business enquiry and you will get a written answer.
The next connection could be yours
Ready to experience
the difference?
Start with your area. Our local team will check the connection to your building.
Prefer a conversation? Speak to our local team ↗