Networking SOlution
Get the Network Right, and Security Follows.
Choosing a carrier looks like a simple connectivity decision. In practice, it shapes performance, resilience, and security at every site you run.
A failover link can carry production traffic past your firewall. A local breakout can send branch data to the cloud uninspected. A new site can go live on a connection that no policy covers. The way traffic moves across your network decides how applications perform, how sites ride through outages, and whether your security controls ever see that traffic.
Globalgig brings network design and security into the same conversation across more than 195 countries. Our engineers know how traffic moves between carriers, where networks peer, which subsea systems carry your international routes, and how each site reaches the cloud. We use that knowledge to build networks that are fast, resilient, and secure by design.
Every Routing Decision Is Also a Security Decision. Few Are Made as One.
Your network grew one requirement at a time. A new region needed MPLS. A branch went on broadband because fiber was months away. A cloud migration added direct internet access at the edge. A 5G link went in as backup and never left.
Over time, your network becomes a patchwork of connections, each behaving a little differently. One site routes through a central hub. The site down the road breaks out locally to the cloud. A failover link carries production traffic over a carrier and route that nobody planned. Each connection handles traffic differently, and both performance and security coverage shift with it.
Visibility stops at the carrier handoff. Once traffic leaves your edge, it crosses networks you do not control, moving through peering points, transit providers, and subsea cables you never chose. When performance drops or a site goes dark, your team pieces together carrier portals, SD-WAN consoles, and firewall logs to work out which path failed and where the traffic went.
You can list the circuits you have in place and the security tools you have deployed. Proving that all of your traffic runs through those tools is a harder problem.
Where Are Your Paths Creating Gaps?
Backup and failover links were added for uptime, not security. When the primary circuit fails, traffic shifts to a path your policies were never written for.
Two circuits from different carriers look diverse on paper. In practice, they can share the same conduit, landing station, or subsea cable, so a single cut takes both down.
Applications perform differently depending on the path they take. Voice drops at one site, ERP lags at another, and nobody can say why until users complain.
Traffic between regions goes wherever carrier routing and peering agreements send it. A poorly peered route adds hops, latency, and exposure that nobody on your team can see.
Local internet breakout sends branch traffic straight to SaaS and cloud applications, skipping central inspection to protect performance.
Cloud traffic still hairpins through a central data center, adding latency and cost to every SaaS and cloud session.
Each carrier, access type, and region brings its own contract, portal, and support path. Nobody sees the whole network at once.
A flat network lets one compromised device reach far more than it should. Once an attacker is inside, lateral movement meets little resistance.
New sites go live before security policy is ready. Connectivity gets prioritized, and protection becomes a follow-up ticket.
Network and Security, Built as One System
The Right Connectivity for Every Site
Security Enforced Across the Network
One Partner Accountable for the Whole Network
How This Works Within Your Existing Environment
Stage 1:
Map How Traffic Moves Today
Network diagrams show how traffic should flow. We trace how it flows in practice, from your sites across carrier networks to its destination.
- Every site, carrier, and access type in use
- Where traffic breaks out to the internet and cloud
- The carrier routes, peering points, and subsea systems your international traffic crosses
- How each site reaches your cloud providers
- Which traffic is inspected and which is not
- How failover behaves under real conditions
Stage 2:
Identify Where the Network Creates Risk
We compare your network design against your security controls to find where the two disagree.
- Routes that bypass inspection
- Flat segments with more reach than they need
- Single points of failure by carrier or site
- Circuits that look diverse but share a conduit, landing station, or subsea cable
- Policies that differ between primary and backup links
Stage 3:
Design the Network and the Controls Together
We design the architecture first, then choose the carriers and technology. Preferred platforms stay in the design where they make sense, because technology should support the architecture, not the other way around.
- Carrier and access mix for each site, based on local routing and peering performance
- Routing and breakout aligned to inspection points
- Private cloud connections for workloads that should stay off the public internet
- A segmentation model for users, applications, and devices
- Integration with the tools you already run
Stage 4:
Deploy Without Disruption
A single delivery owner coordinates carriers, hardware, and policy, so connectivity and security go live together.
- Site surveys and circuit ordering across carriers
- Policy validated before traffic shifts
- Phased cutover with rollback built into each stage
- Validation against how your environment behaves in production
Every connection is secured from the first day it carries traffic.
Stage 5:
Ongoing Management, One Point of Accountability
Networks never stand still. New sites come online, carriers change, and cloud workloads move. We keep every site and connection under policy as your environment grows.
Choose the level of support that fits your team, from proactive monitoring and incident response to full management of your network and security platforms. Our NOC operates 24/7 across every tier. At our highest level of care, a dedicated Service Advantage Team engineer works alongside your team and knows your environment in detail.
One partner designs your network, secures your traffic, and answers for both. When something changes or goes wrong, the team responding already knows your network, your policies, and why they were built the way they were.
Resources
GLOBAL NETWORKING
The Standard Route Wasn’t an Option. So We Built a New One.
GLOBAL NETWORKING
Driving Business Growth and Cost Reduction with SD-WAN
MANAGED SERVICES
Is SD-WAN Dead? The Answer’s Still No – But the Bigger Picture Is Changing
GLOBAL NETWORKING
Why Multicloud Connectivity Is Tying Your Network in Knots, and How to Untangle It Before It Gets Worse
GLOBAL NETWORKING
The Future of AI-Driven Networks 2026
SECURITY
From Outages to Outcomes: A Manufacturer-Retailer’s SASE Journey
Related Products and Solutions
Managed SD-WAN
Cloud Connect
Managed Network Services
Internet
Private Networking
Integrated Security
Find Out Where Your Network Stands
If you cannot say with confidence that all of your traffic runs through your security controls, or that your routes are as diverse and efficient as they look, start there.
Talk it through with a specialist who designs networks and security together. We will map how your traffic moves, flag where routing and policy drift apart, and give you a clear next step to take back to your team.