Network as a Service
Software-Defined Infrastructure Built for Distributed Enterprise
SD-WAN, LTE/5G integration, and centralized policy control — architected for scale and managed through the AKI AI control plane. Deploy faster. Operate smarter. Scale without friction.
The Real Problem
Traditional Networking Was Not Built for Distributed Operations
Deployment Delays
Opening a new location often requires ordering circuits, scheduling technicians, on-site configuration, firewall adjustments, and VPN provisioning. Weeks of setup for what should take days. Business waits while infrastructure catches up.
Management Overhead
Every configuration change requires coordination. Every site operates slightly differently. Every update carries risk. IT teams spend hours managing routing tables, VPNs, firewall rules, and performance troubleshooting — instead of driving strategy.
Limited Visibility
Traditional networks provide limited telemetry. You often don't know which applications are degrading, which locations are saturated, which circuits are underperforming, or where congestion originates. Problems surface through complaints — not alerts.
Scaling Constraints
Adding bandwidth requires hardware upgrades. Connecting new sites requires firewall changes. Changing policy requires touching every device. Scaling becomes a project. It should be a process.
The Solution
Software-Defined Enterprise Networking
SD-WAN Architecture
Traffic routes across the best available path in real time. Application-aware policies ensure VoIP receives priority, ERP traffic stays optimized, and cloud applications bypass unnecessary backhaul. Performance is engineered, not hoped for.
LTE / 5G Integration
Wireless becomes primary connectivity where fiber isn't practical, instant backup when circuits fail, and flexible deployment for temporary sites. Multi-carrier redundancy ensures uptime during outages.
Zero-Touch Provisioning
Devices ship pre-configured. On-site staff plug in power and connect internet. The network auto-provisions and securely connects to enterprise policy. New sites go live in days.
Centralized Policy Management
Security policies, traffic prioritization, and application routing rules — all configured once, deployed everywhere. No manual reconfiguration across locations.
Real-Time Network Visibility
Through AKI AI, monitor traffic patterns, application performance, latency, jitter, packet loss, and circuit health. Network intelligence becomes transparent.
99.95%
Average Uptime
42%
Average Cost Reduction
5-day
Average New Site Deployment
68%
Reduction in Network Management Time
98%
Configuration Changes Performed Remotely
What Is Network as a Service?
Rent the Network. Don't Build It.
Network as a Service (NaaS) flips the old model: instead of buying hardware and circuits and managing them yourself, you subscribe to a managed network — designed, deployed, and run for one predictable monthly price.
Build vs. rent, in plain language
Building a network traditionally means capital spend — routers, firewalls, SD-WAN appliances, circuit installation — plus the people to run it. Every location is another project and another budget cycle.
NaaS turns that into a subscription: SD-WAN, LTE/5G failover, central management, and monitoring for a monthly operating cost. Add a location and it's online in days; close one and it's gone — the technology becomes the provider's problem.
What a NaaS provider actually manages
A true NaaS provider is more than a reseller. They design the architecture, deploy the hardware, manage the connections, and watch the network 24/7 — one partner, one bill.
What's typically included: SD-WAN across all sites, LTE/5G as primary or failover, centralized security and traffic policy, zero-touch provisioning for new locations, and ongoing monitoring.
A network only feels like a service when someone is actually operating it — watching latency, failing over circuits, and fixing problems before they hit the business.
What is SD-WAN, and when does it replace MPLS?
SD-WAN (software-defined wide-area networking) is the technology that makes NaaS possible. It pools multiple connections — broadband, LTE, 5G, fiber — and routes each application over the best available path in real time.
It replaces MPLS when you run more than a handful of locations, when downtime is expensive, or when your traffic is moving to the cloud. MPLS guarantees performance but costs $500–$2,000 per site per month and takes weeks to install; SD-WAN delivers comparable reliability over circuits you can get in days.
If your traffic stays in one building and an outage is tolerable, you may not need it. If an outage costs money, SD-WAN is the cheaper fix.
Common Questions
- How is SD-WAN different from traditional networking?
- Traditional networks rely on static routing and device-level configuration. SD-WAN makes routing decisions dynamically based on real-time performance data. Policy is centralized and deployed universally.
- Can NaaS work with existing circuits?
- Yes. We optimize current broadband, fiber, DSL, or wireless circuits before recommending changes. No forced forklift upgrades.
- What happens during outages?
- Failover to backup circuits occurs automatically in seconds. LTE/5G integration maintains continuity while primary circuits are restored.
- Can applications be prioritized?
- Yes. Application-aware routing ensures critical business systems receive priority bandwidth.
- Is on-site IT required?
- No. Zero-touch provisioning eliminates local configuration requirements.
- How does it integrate with cloud applications?
- Traffic routes directly to cloud providers rather than backhauling through headquarters. Improves performance and reduces bandwidth strain.
Your Network Should Accelerate Growth
Not delay it. Let's design a software-defined architecture built for distributed operations.