AWS partners with Vodafone on 5G edge app development
AWS and Vodafone have announced a partnership to accelerate the development of 5G apps through an incubation programme.
The Vodafone Business Edge Innovation Program (EIP) lasts for three months and gives businesses and developers access to edge computing training as they develop and deploy proof of concept 5G applications. 20 of the projects will be selected and given access to 5G devices and support to deploy quotes in the UK or Germany.
The announcement represents a further step in the collaboration announced last year to embed AWS Wavelength in Vodafone’s 5G networks with multi-access edge computing (MEC). AWS Wavelength technology enables the delivery of “ultra-low latency” applications for 5G devices. Developers can build applications via AWS infrastructure and deploy them at the network nodes closest to end users, with applications in security, smart cars and cities, and healthcare.
A number of pilot programmes using AWS Wavelength and Vodafone 5G are already in place, such as San Francisco’s Dedrone, which protects against unauthorised drone activity by integrating data from sensors and video to immediately detect the appearance of drones.
Another is Digital Barriers, which uses live video streaming to give improved data to first responders to help with time-critical decisions. Body-worn cameras at the scene can transmit data quickly using the low latency of 5G, for instance allowing hospital staff to better prepare for a patient’s arrival.
In , Vinod Kumar, CEO Vodafone Business, said: “Working with AWS on edge computing means we are making it simpler for both independent software vendors and our customers to experiment with this emerging technology. We’re doing this by offering an incubation space to create and test applications that we can then industrialize and scale. And we’re already seeing some innovative applications that provide positive business outcomes from Dedrone, Digital Barriers, HERE Technologies, Groopview, and Unleash live, with so much more to come once our MEC innovation program is running.”
Fastly's CDN Reportedly to Blame for Global Internet Outage
A huge outage has brought down a number of major websites around the world. Among those affected are gov.uk, Hulu, PayPal, Vimeo, and news outlets such as CNN, The Guardian, The New York Times, BBC, and Financial Times.
It is thought a glitch at Fastly ─ a popular CDN provider ─ is causing the worldwide issue. Fastly has confirmed it’s facing an outage on its status website but fails to specify a reason for the fault ─ only that the problem isn’t limited to a single data centre and, instead, is a “global CDN disruption” that is potentially affecting the company’s global network.
“We’re currently investigating potential impact to performance with our CDN services,” the firm said.
What is Fastly?
Fastly is a content delivery network (CDN) company that helps users view digital content more quickly. The company also provides security, video delivery, and so-called edge computing services. They use strategically distributed, highly performant POPs to help move data and applications closer to users and deliver up-to-date content quickly.
The firm has been proving increasingly popular among leading media websites. After going public on the New York Stock Exchange in 2019, shares rose exponentially in price, but after today’s outages, Fastly’s value has taken a sharp 5.21% fall and are currently trading at US$48.06.
What are CDNs?
Content delivery networks (CDNs) are a web of small computers, or servers, that link together to collaborate as a single computer. CDNs improve the performance of internet-connected devices by placing these servers as close as possible to the people using those devices in different locations, creating hundreds of points of presence, otherwise known as POPs.
They help minimise delays in loading web page content by reducing the physical distance between the server and the user. This helps users around the world view the same high-quality content without slow loading times.
Without a CDN, content origin servers must respond to every single end-user request. This results in significant traffic to the origin and subsequent load, thereby increasing the chances for origin failure if the traffic spikes are exceedingly high or if the load is persistent.
The Risk of CDNs
Over time, developers have attempted to protect users from the dangers of overreliance through the implementation of load balancing, DDoS (Denial of Service) protection, web application firewalls, and a myriad of other security features.
Clearly, by the state of today’s major website outage, these measures aren’t enough. Evidently, CDNs present a risk factor that is widely underestimated ─ which needs to be rectified with haste. Content delivery networks have become a key part of the global infrastructure, and so it’s imperative that organisations start to figure out risk mitigation strategies to protect companies reliant on the interconnected service from further disruption and disarray.