You can’t deploy functions without the right security credentials. And they have a pretty massive identity access management (IAM) overhead when you consider that they’re very useful for throwing together a bunch of business applications. These can range from processing the data from mobile apps, to stream processing, batch processing, extraction, transformation, loading (ETL) and more. Chat bots can also benefit from FaaS, as can Web apps, business logic, and IoT sensor message systems.
All of that IAM in the background can lead to a lot of ‘Access Denied’ exceptions. The developers know this, of course, so they’re only too happy to circumvent the whole messy fuss by using IAM credentials that go ahead and give the functions full access to the APIs.
That’s great because the functions, and ultimately the services and applications, work perfectly in the development environment. But it’s a gaping hole in your security when it goes live and it’s the kind of thing that security audits, particularly in highly regulated environments, tend to go beyond just frowning upon.
Security can be a real bottleneck in the FaaS environment that’s supposed to ultimately make spawning prototypes, products and services on request for agile, nimble, business flexibility a fast and super slick process.
FaaS is supposed to make it easier to implement and consume the apps and services businesses need to be competitive. Many are customer facing so you can’t have them ruin your customer experience. Nor can you have them expose customers’ identities and other sensitive records to hackers.
Frictionless security based on smarter, machine learning algorithms can return the ease of use, and the painless speed of deployment and consumption to FaaS environments. And it can keep everything safe at the same time because you can trust that your security protocols will be implemented and maintained the way they should because they’re no longer a mandated evil – they’re just adopted.
Smarter, frictionless security uses machine learning algorithms to ensure optimal data accessibility, that people and systems are authenticated and validated, that their behaviour is within acceptable and defined parameters, and that the functions can operate seamlessly without interruption.
Frictionless security today is not the same as single sign on. It’s a lot more than sign me on once then forget about me. Frictionless today means you or the system signs on then you’re watched, your behaviour observed against learned and mandated procedures. That eliminates hackers being able to subvert systems to their nefarious will or having their own code replicate automatically and lock down systems in ransomware attacks, for example. Just as the attackers operate at the speed of automation so does frictionless security and it shuts the hackers’ code down before it can spread.
But, most importantly, it eliminates the gate-keeping security checks that have previously been a fine balancing act for the developers. Those who aren’t circumventing those roadblocks just so they can get the job done as they face pressures of their own.
Smart frictionless security today ensures you can deliver the application functions you need to serve the business functions that matter without impeding employees, partners and customers.
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