Enhancing Live Video Streaming with Streaming NOC, QoS Monitoring, and Fortinet SD-WAN

In today’s market of the digital world, streaming NOC, QoS monitoring, and Fortinet SD-WAN are essential elements to the seamless delivery of live video streaming over WAN. The businesses that depend on real-time video streaming apps are no exception, requiring the best quality network performance. As your platform continues to evolve, renting network equipment such as firewalls, servers, routers, etc., is also a clever way to keep pace with your growing needs without breaking the bank.

So let’s see how monitoring and QoS policies can help in enhancing live-streaming apps, particularly when utilizing rented hardware in your NOC environment.

Traffic Classification

Traffic classification is one of the primary and essential stages to live video streaming on WAN networks. Why? Because the network wants to know which packets are high priority and which can marinate.

• Categorize all streaming in- and outgoing data into categories like Live Video Stream, Background Data, critical control signals etc.
• You can also use any of the included tools imported into your rented infrastructure to filter streaming data flows from other less critical traffic.
• This classification helps appropriate priority with each traffic.
• In streaming NOC environments, live video packets always need highest priority to prevent any potential for glitches.

And by correctly classifying traffic, your rented firewall or router will treat streaming video traffic with care, sparing it from the ravages of latency and packet loss.

QoS Policies

After the traffic is categorized, and these are the QoS (Quality of Service) policies that come into play to ensure that streaming goes smoothly.

• QoS policies allocate various categories of the traffic bandwidths and priorities.
• QoS if you stream video or other high-bandwidth traffic, QoS (Quality of Service) makes sure the low latency, jitter-free (video without whole grain) and high priority stream is sent first.
• The Fortinet SD-WAN comes with robust QoS capabilities for simplified and consistent application of policies on all leased apparatus.
• These policies can prevent network congestion by provisioning sufficient bandwidth for real time video traffic.

Some benefits derived from QoS policies in a NDs rented hardware scenario are:

• BWMAN – Bandwidth MANager Features: Optimizes bandwidth utilization using dynamic allocation, never waste uplink.
• Optimized packet flow to prevent buffering and reduce video freezing.
• Better experience for viewers, and content creators.

Latency Alerts

Enemy number one for streaming apps is latency. If there is an even slight delay in packets, it causes video lag, low video quality or disconnections.

It is important to keep an eye on latency in your rented firewall and server environment:

• Configure latency thresholds and real-time alerts so your NOC team can respond immediately.
• Leverage built-in Fortinet SD-WAN device-based automatic monitoring tools to monitor packet latency.
• If latency surpasses a critical threshold, alerts will generate proactive responses, such as rerouting traffic or provisioning additional resources.
• Early detection of defects can prevent long-term quality decay in live streams.

Some more practical tips for that latency alert:

• Establish typical midday latency baselines.
• Define alert levels (warning, critical) to provide more granularity to your alerts policy.
• Marry up alert data with your QoS management for immediate troubleshooting.

Capacity Planning

No network works well without capacity planning, and the same goes for live video streaming during peak times when the bandwidth is being stretched.

Here are some of the essentials of capacity planning with borrowed gear (that work):

• Proactive analysis of traffic patterns to predict peak loads.
• Spinning out the rental of firewalls, server and routers based on expected growth or seasonal spikes.
• Optimising QoS policy and capacity distribution from streaming NOC tools’ network performance data.
• Fortinet Secure SD-WAN makes this easier by offering visibility into current and ongoing usage.

CentraSite capacity planning scenarios as follows:

• Regularly review bandwidth usage and latency reports.
• Keep flexible rental contracts with easy upgrades or downgrades.
• Invest in virtualized network functions (VNFs) on leased servers for rapid scale.

Conclusion

In summary, administering real-time video streaming applications on WAN networks requires careful focus on traffic classification, strong QoS policies, vigilant latency maintenance and thoughtful capacity planning. Subscribing to streaming NOC for firewalls, servers and routers, your business has the flexibility and up to date advances to continued successful performance.

Add in NOC and QoS monitoring along with Fortinet SD-WAN rental for live video streaming apps, and your setup remains smooth, secure, and equipped to accommodate any bandwidth requests that come your way.