The Network Foundation Everything Else Depends On

Every application, call, and cloud service in your business rides on the routing and switching underneath. Datacipher designs and builds that foundation to be fast, resilient, and ready for what you add next, so the layer nobody thinks about is never the reason something breaks.

Business Challenges

Aging Hardware Is Running Critical Traffic
Switches and routers well past their supported life are still carrying production traffic, and every year they stay increases both the risk and the cost of eventually replacing them.
When one device or one link failing can disrupt a whole floor, site, or service, the network has no real resilience built into it.
Links and devices specified years ago are now carrying far more traffic than they were meant to, and the network slows under load at exactly the wrong moments.
Without proper segmentation, a fault or a compromised device is free to affect everything else connected to the same network.
Each location has been designed and configured differently over time, which makes support harder and troubleshooting slower everywhere.

Our Solution

Datacipher designs routing and switching around how your business runs today and where it is heading, not around whatever was specified the last time the network was touched. We assess the current wired infrastructure, find the single points of failure and the capacity limits, and design a layered architecture with resilience built into it rather than added later.

We plan replacements and upgrades to happen alongside the running network, in stages, so critical traffic keeps flowing while the new foundation goes in underneath it. The result is documented and standardised, so every site is built to the same pattern and your team supports one design instead of many.

Key Features

Layered, Resilient Architecture

A core, distribution, and access design with redundancy at each layer, so no single device or link failure takes down more than it should.

Right Sized Capacity

Switching and uplink capacity specified for current traffic with room to grow, so the network is not the bottleneck as demand rises.

Network Segmentation

Traffic separated into defined zones, so a fault or a compromised device is contained rather than free to spread across everything.

High Availability by Design

Redundant paths and failover built in from the start, so the network keeps running through a hardware failure or a maintenance window.

Standardised, Repeatable Builds

Every site built to the same documented design, so support, expansion, and troubleshooting work the same way everywhere.

Phased Hardware Refresh

Equipment past its supported life is replaced in planned stages, prioritised by risk and traffic, while the network stays live throughout.

Business Benefits

1

A Network That Stays Up

Redundancy and failover mean a single failure becomes a background event, not an outage users feel.

2

Performance That Holds Under Load

Capacity sized for real demand keeps applications responsive during the busiest periods, not just the quiet ones.

3

Problems That Stay Contained

Segmentation limits how far a fault or a threat can travel, which protects the rest of the business from any one issue.

4

Easier, Faster Support

One consistent design across every location means your team troubleshoots a known pattern instead of relearning each site.

5

Room to Grow Without a Rebuild

A foundation with capacity and structure to spare absorbs new users, sites, and services without being redesigned each time.

Solution Architecture

The design is built to be deployed in stages alongside the existing network, so devices are replaced and traffic is migrated in planned steps rather than in a single disruptive cutover.

OEM Partners

Built on enterprise routing and switching platforms from Juniper Networks and HPE Aruba, chosen and sized for your environment rather than to a fixed default.

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Proven Customer
Outcomes

Delivering measurable business results through enterprise networking, cybersecurity, and cloud solutions that improve performance, resilience, and operational efficiency.
Case Study

From 20 Hours of Downtime to Under 1 Hour

DDoS attacks were knocking RailTel offline for nearly 20 hours a month. For one of India’s largest telecom providers, that couldn’t continue. Datacipher deployed Corero’s hybrid DDoS protection, phased in with zero disruption. Downtime fell to under an hour, and attacks now get blocked in real time.

Case Study

50% More Capacity, 70% Fewer Complaints

Rising user demand had pushed QTL’s network into constant congestion, dragging down service quality and pushing customer complaints higher every month. Datacipher upgraded the network with Juniper MX Series routers, rolled out in off-peak hours to avoid disruption. It helped lift overall capacity by 50%, and and cutting performance complaints by 70%.

Case Study

80% Fewer Wi-Fi Dropouts

Mahindra & Mahindra’s ageing Wi-Fi couldn’t keep up with a growing number of devices. Staff hit constant dropouts, and productivity slipped. Datacipher moved them to Juniper Mist, an AI-driven wireless network, phased in with minimal downtime. Connectivity issues fell 80%, and speeds rose 30%.

Case Study

A Data Center Move With Zero Downtime

With its lease expiring and its infrastructure past its prime, Technicolor had just six months to move its entire data center without disrupting a global media operation. Datacipher planned and ran the migration in carefully coordinated phases, hitting the deadline with zero unplanned downtime and moving Technicolor onto faster, more reliable infrastructure.

Case Study

60% Fewer Incidents, 35% Faster

BESCOM’s branch offices were running on outdated firewalls. They couldn’t handle modern threats or rising traffic, so security gaps and slowdowns crept in. Datacipher replaced them with Juniper SRX1500 firewalls, migrating every policy in phases. Security incidents fell 60%, and performance improved 35% across sites.

Case Study

20% More Revenue From New Services

Kerala Vision Broadband wanted to launch new, competitive services but was boxed in by its existing network. Datacipher upgraded the infrastructure with Juniper MX Series routers, adding support for advanced offerings like MPLS-based VPNs. The ISP piloted the services, rolled them out, and lifted revenue 20% in six months.

Why Datacipher

650+ Projects, Proven at Scale

A track record of enterprise engagements delivered across industries.

Resilience Designed In, Not Bolted On

We build redundancy and segmentation into the architecture from the start, rather than patching them in once a failure has already exposed the gap.

Migration Without the Downtime

We replace and upgrade the network in planned stages while it stays live, so the foundation changes underneath the business without interrupting it.

Support That Doesn't End at Go-Live

Continued monitoring and support through our dedicated Network Operations Center.

FAQs

Can we replace old switches and routers without taking the network down?
Yes. Replacements are staged alongside the running network, and traffic is migrated in planned steps so critical services keep operating throughout.
Phasing is normal. We prioritize the equipment carrying the most risk or the most traffic first, and plan the rest around your budget and timelines.
Through redundant devices and links at each layer and automatic failover, so the network keeps running when a single component fails rather than depending on it.
Yes. Part of the work is bringing sites onto one consistent, documented design, which is what makes them easier to support and expand afterwards.
Segmentation divides the network into separate zones, so a compromised device or a fault is contained within its zone instead of reaching the whole network.

Latest from Datacipher

Ready to build a network foundation the rest of your business can rely on?