Network Services Provider — Secure Enterprise Networking
Modern enterprise networks span offices, data centres, multiple cloud providers, and remote workers — creating complexity that traditional networking teams are not equipped to manage. Opsio delivers network services that bridge on-premises and cloud environments with SD-WAN, VPN, firewall management, DNS, and network monitoring — ensuring secure, reliable connectivity wherever your workloads and users reside.
Trusted by 100+ organisations across 6 countries
99.99%
Network Uptime
24/7
NOC Monitoring
< 5ms
Cloud Latency
Zero Trust
Architecture
Part of Cloud Solutions
Enterprise-Grade Network Services
Network architecture has fundamentally changed. Traffic no longer flows predictably between offices and a central data centre. Users connect from anywhere, applications run across multiple clouds, and SaaS services bypass corporate networks entirely. Traditional hub-and-spoke network designs create bottlenecks, add latency, and leave blind spots where security monitoring cannot reach. Organizations need a network services provider that understands both legacy infrastructure and cloud-native networking — and this page is specifically about Opsio's network-MSP practice. For broader IT operations covering the full estate, see our managed service provider umbrella; this engagement is locked to network architecture, connectivity, and edge security. Opsio's network services cover cloud networking (VPC architecture, Transit Gateway, Azure Virtual WAN, peering), hybrid connectivity (Direct Connect, ExpressRoute, site-to-site VPN), SD-WAN implementation, firewall management (Fortinet, Palo Alto, AWS Network Firewall), DNS management, and 24/7 network monitoring. We design and operate networks that deliver low latency, high availability, and zero-trust security regardless of where your workloads run. Because the network is the chokepoint where security and performance collide, our practice runs adjacent to and shares engineers with our cloud security service and managed security services provider teams — every firewall rule we manage feeds the same SIEM, and every VPN tunnel is monitored under the same threat-detection logic.
Every network engagement starts with a comprehensive assessment of your current topology, traffic patterns, performance requirements, and security posture. We then design a target architecture that optimizes for cost, performance, and security — and operate it as part of our managed services or hand it over to your team with full documentation and training. The starting point is usually one of three: a brownfield estate where MPLS is being replaced with SD-WAN; a greenfield cloud landing zone where Transit Gateway, peering, and edge firewalling need to be designed correctly before applications land on top; or an existing multi-cloud network that has accumulated overlapping CIDRs, security-group sprawl, and undocumented one-off rules. We document the current state in a network architecture report and design the target state against measurable SLOs for latency, availability, and security posture.
Network-as-code is the single biggest differentiator between mature network operations and the rest. Every change Opsio makes to a managed network — a new firewall rule, a route table update, a BGP weight adjustment, a new SD-WAN policy — flows through Terraform-managed pull requests with peer review and CI validation. Network configuration drift is detected within minutes and either auto-remediated or escalated, depending on policy. This is the same engineering discipline we describe in our streamlining-cloud-infrastructure post (streamlining cloud infrastructure management), applied to the network layer. The result is a network that is auditable for ISO 27001 and NIS2, reproducible across regions, and recoverable from any single change in minutes rather than hours.
Zero-trust networking is the default architecture for every greenfield design and the migration target for every brownfield one. That means microsegmentation between workloads using cloud-native security groups and Calico / Cilium network policies, identity-aware access using SSO and short-lived credentials rather than static IP allowlists, and continuous verification of east-west traffic rather than implicit trust inside a VPC. Engagements typically deliver a 30-50% reduction in firewall rule count through consolidation, sub-5ms latency between cloud regions on managed backbones, and a documented zero-trust posture that maps cleanly onto NIS2 and CIS Controls. Featured reading from our knowledge base: Enterprise IT Services Provider: How to Choose the Right Partner in 2026, and Managed Service Provider Europe: A Complete Pillar Guide to Scalable and Secure IT Operations. Related Opsio services: Azure Managed Services Provider — Enterprise MSP, Cloud Managed Services Provider, and IT Infrastructure Service Provider.
How Opsio Compares
| Capability | DIY network team | Generic ISP + MSP combo | Opsio network services |
|---|---|---|---|
| Cloud networking depth | Variable — usually one cloud | ISP-led, cloud as afterthought | AWS, Azure, GCP native — Transit Gateway, Virtual WAN, Cloud Interconnect |
| SD-WAN orchestration | Vendor-managed dashboard | Carrier-locked overlay | Vendor-neutral SD-WAN with Terraform-managed policy |
| Firewall management | Manual rule edits, weak hygiene | Generic rulesets shared across customers | Per-customer rule lifecycle, IDS/IPS tuned per environment |
| Network change control | Console-driven, audit gaps | Ticket-driven, no IaC | Terraform-managed pull requests with peer review |
| Zero-trust posture | Aspirational | Marketing slide | Implemented: microsegmentation, identity-aware access, continuous monitoring |
| Incident response on network | Best-effort, no after-hours | P1 only, 4-hour SLA typical | 24/7 NOC, < 15-min P1 response, automated containment playbooks |
| Pricing model | Loaded salaries + tooling | Per-circuit + per-device markup | Per-environment subscription, no per-device markup |
Service Deliverables
Cloud Network Architecture
VPC and Virtual Network design with proper subnet segmentation, route tables, security groups, and network ACLs. Multi-VPC architectures with AWS Transit Gateway or Azure Virtual WAN for hub-and-spoke or mesh topologies. Cross-cloud networking for multi-cloud environments.
Hybrid Connectivity
AWS Direct Connect, Azure ExpressRoute, and GCP Cloud Interconnect for private, low-latency connectivity between on-premises and cloud. Site-to-site VPN as backup or primary connectivity with automated failover and BGP routing.
Firewall & Security Management
Next-generation firewall management with Fortinet, Palo Alto, or cloud-native firewalls (AWS Network Firewall, Azure Firewall). Rule lifecycle management, IDS/IPS tuning, and regular security policy reviews aligned with zero-trust principles.
SD-WAN Implementation
Software-defined WAN deployment for branch connectivity with application-aware routing, WAN optimization, and centralized management. Integration with cloud on-ramps for direct cloud access without backhauling through data centres.
Network Monitoring & Troubleshooting
24/7 network monitoring with SNMP, NetFlow, and cloud VPC Flow Logs. Performance baselining, anomaly detection, and rapid troubleshooting for latency issues, packet loss, and connectivity failures across hybrid environments.
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