Edge Cloud Architecture

Deployed inside service provider networks, as close to viewers as possible, the Edge Cloud is architected to deliver a new generation of digital experiences.

Edge Cloud Services Require a New Development Model

Edge Cloud Services

Five Architectural Principles
That Drive Qwilt's Edge Cloud
Content Delivery Platform

1 Common Compute and Storage

The edge cloud establishes a massively distributed layer of compute and storage, enabling content delivery from the closest possible location to your subscribers. We built the software that can unlock the potential of this layer from our experience with hundreds of deployments at the true edge of the network – software that is 100% cloud managed, that packs maximum performance in a small form factor and that is elastic and resilient.

100% Cloud Managed

Our customers deploy on-net Qwilt QN software nodes, and this software connects over the Internet to Qwilt’s cloud. We do the heavy lifting of managing, monitoring, and maintaining these edge cloud nodes, making sure they're giving you the most performance for your unique needs. We also take care of management scaling using the cloud's elastic scaling capabilities.

Unlike traditional networking solutions, there’s no overlay management software that you need to deploy on site.
It’s all in the cloud.

2 Massively Distributed

The edge cloud delivers unmatched distributed performance enabling apps and content to be streamed from a distance of a few miles to several blocks from your subscribers, thus reducing latency to levels that make immersive and other high-bandwith applications possible.

It's all about the distance

The three most important things in content delivery are: location, location, location. Being located closer to the users means there are fewer hops and a shorter distance for light to travel. The result is that there's a smaller chance packets will encounter congestion and a greater ability to deliver high throughput and faster response times. Unlike traditional CDN nodes that are centrally located in the mid-mile, the edge cloud is deployed at the closest possible locations to the users – often tens of miles to a few blocks away. This proximity allows applications and content leveraging the edge cloud to achieve the best possible QoE. That's good for you and great for your users.

3 Open API to Publishers

Publishers can use the edge cloud to unlock new content delivery capabilities that only in-network proximity can deliver. To capture this opportunity, an open and comprehensive set of interfaces is required. Qwilt has worked extensively with the Streaming Video Alliance to help drive standardization efforts that benefit the entire ecosystem. Through this work, we offer an ecosystem-friendly set of APIs, making integration simple.

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Publishers Onboard to a Single Cloud-based API to Reach a Global Footprint of All ISPs with Open Caching

4 Match Resource to Application

Applications such as video streaming – especially 4K and UHD – require a lot of bandwidth and a lot of storage for caching. Others, like gaming and VR, require split second response time for in-game actions, but not a lot of storage. The edge cloud must have the flexibility to understand which application needs which resource – and be able to adapt accordingly.

Edge Cloud Solution Spotlight -
Open Caching

Open caching enables delivery of bandwidth intensive content from the network edge when requested – without requiring any change of the client side. The result is seamless delivery for applications like streaming video allowing publishers to deliver superior quality video to their subscribers.

Find Out How

5 Complements Centralized Cloud

The centralized cloud is still of massive importance. The edge cloud creates a new layer that can work alongside the centralized cloud and when used smartly, establishes a superior application and content delivery infrastructure - the magic is to know when to use which cloud for getting the best performance - think about it like a hybrid car engine that needs to know when to kick in the electric engine and when to use the gas one. At Qwilt we created an end-to-end solution that has the smarts to create one secure fabric across the edge and centralized cloud.

Open Edge Cloud Connectivity Platform

The Qwilt Cloud - QC - delivers cloud management, edge node connectivity and open publisher APIs which ensure intelligent orchestration of in-network edge cloud resources.

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Qwilt's Open Edge Cloud Platform

Cloud Management - Just Sit Back and Relax

Think of QC as the brains behind the operation - all our QN software nodes connect to QC and allow us to proactively monitor and manage them, without needing to install any expensive management controllers inside your network. Cloud-powered Qwilt management and control provide you with increased resilience, simplicity and scalability that is secure, fast and reliable.

Third Party Publisher Global API Platform

Qwilt and the Streaming Video Alliance are driving standards based on open APIs.
The result is an open API that lets any publisher get access to last mile delivery in cable, telco and mobile networks.
Now publishers can get unified access to multiple network operators instead of requiring 100s of custom integrations.
The open API architecture also provides access to aggregate global CDN capacity for that extra boost just when you need it.

Open Edge Cloud Node

The Qwilt Edge Node - QN - Software that is built for the edge - maximum power, smallest footprint and simplest to deploy and manage.

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Top Five Things
That Make Our Edge Cloud Nodes Better

1 Multiple acquisition and delivery
methods - we got it

Single unified edge cloud node - multiple ingest and delivery methods. Content is continously changing and evolving - so is your network. That's why our QN software provides you with multiple ways to acquire and deliver content - regardless of transport protocol (HTTP / HTTPS / HTTP/2.0), ABR format (HLS / HDS / MSS / DASH) or stream type (VOD / Linear / Live)

2 Software that runs on anything

We designed our software in a way that enables it to squeeze the most performance from any computing platform you may have. We understand that many people like to run different types of server infrastructure, so we made it easy for you to install and adapt the software to your individual needs. Qwilt’s unified solution is completely vendor-agnostic, and does not require special integrations or customization to become a functional component of the existing network infrastructure.

3 Telco Grade - Web Scale

QN is built for the rigorous demands of service provider networks, delivering true “five nine” reliability and 24/7 network continuity - all while being truly cloud-native with the ability to scale on demand and staying true to simplicity principles.

QN is turnkey software that is ready for plug-and-play insertion into the most complex and demanding network environments. Deployed completely out of band, Qwilt’s platform is completely non-intrusive, does not introduce any latency to the flow of traffic, and will keep the network functional even in the unlikely event of a device failure.

QN Edge Node Sample Configurations
Specification QB-200 XL QB-50 NFV Edge Cloud Node
Classification and Analysis Throughput 50 Gbps 25 Gbps Platform dependent
Delivery Throughput Up to 18 Gbps Up to 3 Gbps Platform dependent
Storage 43 TB hot-swappable disks. 40 TB hot-swappable disks. Platform dependent
Network Interfaces 12 x 10 GbE SFP+ Classification and Analysis Interfaces 8 x 1/10 GbE SFP+ Classification and Analysis Interfaces Platform dependent
Delivery Interfaces 2 X 1/10 GbE SFP+ Classification and Analysis Interfaces Platform dependent
Power Supply 2 x AC power: 100-240 V, 50-60 Hz, 12.0-6.5 A. Redundant, hot-swappable power supplies. 2 x AC power: 100-24 0V, 50-60 Hz, 9.0-4.5 A. Redundant, hot-swappable power supplies. Platform dependent
Power Consumption 495W typical 450W typical Platform dependent
Rack Support 19" Rack mount (2EIA Units) Platform dependent
Form Factor 2U Platform dependent

4 Big power in a small package

Qwilt’s QN software delivers the highest performance per rack unit of any other edge cache solutions, resulting in a smaller footprint than any competing solution. Unlike legacy solutions comprised of disparate detection, caching, and storage components, Qwilt’s QN does more with less by combining all required functionality into a single, integrated platform that requires a fraction of rack space and power consumption of competing products.

5 Software-First SDN/NFV

QN is SDN-based software optimized to run on readily available, off-the-shelf commodity systems, leveraging Moore’s Law. By focusing our product development efforts on key software functionality – open caching, delivery, and analysis – we created a best-of-breed software that can run either as a virtualized network function (NFV) or on bare metal hardware. As hardware continually improves and decreases in price over time, our customers enjoy the benefits of cutting-edge technology and deployment flexibility without the burden of hidden costs of custom hardware.

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