Services
Networks that carry the business, and show you what they carry.
Data center fabrics, campus and branch networks, SD-WAN and SASE, interconnection and network security, designed and operated by engineers who have run them at scale.
Networking
What this covers.
Every other service on this site depends on the network, and most network problems are discovered by users first. We design networks from the traffic up: the east-west flows inside a data center, the branch that has to keep trading when one carrier fails, the private links into cloud providers and partners. Then we operate them with monitoring that tells you about a problem before the help desk does.
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Data center networking
Spine-leaf, EVPN-VXLAN and AI fabrics built for east-west traffic. -
Enterprise LAN, WAN and Wi-Fi
Campus, branch and wireless networks designed for resilience. -
SD-WAN and SASE
Branch and remote access rebuilt around identity, not location. -
Interconnection and cloud on-ramps
Private links to clouds, carriers and partners from your racks. -
Network security
Firewalls, segmentation and inspection that match your risk.
Start from the problem
Which of these sounds like your week?
Choose a situation and see the service that starts there, with what it includes.
- The data center network is a legacy three-tier design that bottlenecks between racks.
- Adding a rack means a weekend of manual configuration.
- A branch stops trading when its one internet circuit goes down.
- Wi-Fi complaints arrive from the same rooms every week.
- MPLS circuits are expensive and slow to change.
- Cloud application traffic is backhauled through the head office.
- Data transfer charges between on-premises and cloud keep growing.
- Hybrid applications suffer from variable latency over the internet.
- Any device on the network can reach any server.
- Firewall rule sets have grown for years, and nobody can explain half of them.
Choose the situation that sounds most like yours.
Where that starts
Data center networkingSpine-leaf, EVPN-VXLAN and AI fabrics built for east-west traffic.
- Fabric architecture
- EVPN-VXLAN
- High speed links
Where that starts
Enterprise LAN, WAN and Wi-FiCampus, branch and wireless networks designed for resilience.
- Campus switching
- WAN design
- Wireless
Where that starts
SD-WAN and SASEBranch and remote access rebuilt around identity, not location.
- SD-WAN design
- Migration
- Secure web gateway
Where that starts
Interconnection and cloud on-rampsPrivate links to clouds, carriers and partners from your racks.
- Cloud on-ramps
- Interconnection fabrics
- Cross connects
Where that starts
Network securityFirewalls, segmentation and inspection that match your risk.
- Segmentation design
- Microsegmentation
- Firewalls
A common path
From fragile sites to a network that contains a breach.
- Enterprise LAN, WAN and Wi-Fi Make every site resilient: diverse circuits, surveyed wireless and ports that check what plugs in. Open the service
- SD-WAN and SASE Steer traffic by application, and move security inspection to the cloud edge nearest each user. Open the service
- Network security Segment what is still flat, so a compromised device cannot reach what matters. Open the service
Each step is bought on its own, and you can start at any of them.
Reference architecture
Networks designed from the traffic up.
Sites and remote users reach applications over SD-WAN and SASE, the data center runs on a spine-leaf fabric, the cloud is a private hop away, and segmentation decides how far anything can move.
A branch reaches SaaS directly, inspected near the user, without detouring through head office.
A remote user gets the application they need, not the whole network.
Servers talk across a predictable fabric, with segmentation between zones.
A flood is absorbed upstream, and segmentation limits how far an intruder can go.
Outcomes
What changes.
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Designed from the traffic
Topologies are sized from measured flows and growth, so bandwidth and latency are planned rather than discovered under load.
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Resilient by construction
Diverse paths, redundant devices and tested failover mean a cut fiber or a failed switch is an event in a log, not an outage.
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Visible and documented
Configuration in version control, monitoring on every link and diagrams that match reality make the network operable by more than one person.
When something slows down, you see where, and so do we.
Commercials
How engagements run.
Three commercial shapes, and none of them is an hourly meter.
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It starts with a paid assessment
Anything carrying real technical risk begins with a fixed-fee technical assessment, one to three days, producing a written findings document and a scoped fixed price for the build.
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Fixed price for defined scope
Once the scope is known from your systems rather than from a conversation, the build is priced as a fixed figure, with the assumptions it depends on written down alongside it.
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Monthly retainer for operations
Ongoing operational ownership runs on a monthly retainer against an agreed service level, so the cost of running a system is a number you can plan against.
Where it is bought
Networking, by sector and region.
The sectors that ask for it most, and who you would contract with in each region.
Sectors that ask for it
Questions
Questions we get asked.
Which network vendors do you work with?
Cisco, Juniper, Arista, HPE Aruba Networking, Fortinet, Palo Alto Networks and others, chosen to the requirement. We are comfortable in multivendor estates, which is what most real networks are.
Can you design AI cluster networks?
Yes. GPU clusters need lossless, low latency fabrics, InfiniBand or Ethernet with RoCE, in rail-optimized or fat-tree topologies, and we design them with the compute and storage rather than after them.
Do you automate network changes?
Yes. Configuration is templated and kept in version control, changes are reviewed and pushed through automation where the platform allows, and drift is reported rather than discovered.
Can you take over network operations?
Yes, under a managed service: monitoring, incident response, firmware and patching, and change, with your network documented as part of the transition.
Ask about your situation
Answered from this site, with its sources.
The stack
Where one layer meets the next, one team owns the seam.
Networking is the highlighted layer. Integration connects it to the other six, so work here is planned with the layers around it in view.
CONTACT
Find the bottleneck before your users do.
Share the topology, the traffic and the trouble tickets. We will return a written assessment of where the network is at risk and what to change first.
- Senior-led
- Accountable
- Direct
- Fixed-price options
- Compliance-ready
- 24/7 capable
Prefer to talk it through? Call +92 (333) 32 11011
What happens next
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You pick the time
We schedule the call at your convenience, not around our pipeline.
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Thirty minutes, with an engineer
A direct answer on what we would do and whether we are the right fit at all.
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A written assessment
A technical assessment and proposal, and the document is yours either way.