• Home
  • >
  • DevOps News
  • >
  • Achieving Harmonious Orchestration with Microservices – InApps Technology 2022

Achieving Harmonious Orchestration with Microservices – InApps Technology is an article under the topic Devops Many of you are most interested in today !! Today, let’s InApps.net learn Achieving Harmonious Orchestration with Microservices – InApps Technology in today’s post !

Read more about Achieving Harmonious Orchestration with Microservices – InApps Technology at Wikipedia

You can find content about Achieving Harmonious Orchestration with Microservices – InApps Technology from the Wikipedia website

The exponential growth of microservices is nothing short of astounding. It’s even spawned a joke that reached its peak virality only recently. Joe Nash, a developer educator at Twilio, jested that a few influential engineers discussing a burgeoning microservice would be enough for it to quickly become a mainstay in the wider tech community. He came up with a fictional new hashing service from AWS called Infinidash to illustrate his point. Joe was right. Talk of Infinidash dominated social circles, culminating in a joke job posting from popular messaging application Signal citing Infinidash as a central component of their ecosystem.

The joke around this fictitious product generated laughs and hot takes, but aside from its criticism of the fickle nature of a hype cycle, the salient point of the matter comes through loud and clear. While microservices enable rapid feature iteration for developers and faster delivery cycles for companies, they can quickly turn into an unwieldy mess that require massive levels of investment of both time and money. Indeed, as microservices have grown from a niche methodology into a standard, they’ve also become more challenging to manage and govern.

The art and science of platform engineering has risen to popularity, in part, to make sense of this complex ecosystem. It’s not unthinkable that a team could be running hundreds of microservices, even more instances, and thousands of checks in any given hour. Case in point, Monzo detailed its 1,500 microservices in a now-famous blog post about its network isolation project.

Platform engineering examines the entire software development life cycle from start to finish. The outcomes of this discovery process inform the design, build and maintenance of an abstraction and automation framework created to empower the application development life cycle. A typical workflow might include a source control system connected to a continuous integration system, which is then deployed into production.

But as more teams are outfitted with self-serve platforms, the needs of the platform can rapidly evolve. Application development teams often require differing workflows for continuous integration (CI), continuous delivery (CD) and deployment. And with this growth in complexity comes a growth in solutions. Beyond the sheer headache you’re potentially walking into, an architecture comprised entirely of microservices can become costly and a source of much risk when we take the likelihood of misconfigurations into account, not to mention the cacophony of alerts you can find yourself faced with in the event of a mishap.

It’s All About Timing

In a distributed system, despite appearing to be opposition to a monolith, services are never fully independent. You’ve also got to solve for latency. Say you have a service reading from a database, you now also need to account for additional dependencies along with asynchronous calls. Suppose your team hasn’t taken into account the manner and sequence of how these calls are made. You’ll quickly accumulate a backlog of notifications resembling the winning animation you see when you complete a desktop game of Solitaire.

When working with microservices, you must think critically about monitoring strategy to create a system that your current team can support. Resist the temptation to design for the future, and focus on scalability and realistic maintainability.

Create a Meaningful Crescendo

The interdependency of your microservices-based architecture also complicates logging and makes log aggregation a vital part of a successful approach. Sarah Wells, the technical director at the Financial Times, has overseen her team’s migration of more than 150 microservices to Kubernetes. Ahead of this project, while creating an effective log aggregation system, Wells cited the need for selectively choosing metrics and named attributes that identify the event, along with all the surrounding occurrences happening as part of it. Correlating related services ensures that a system is designed to flag genuinely meaningful issues as they happen.

Read More:   Update Super Bowl Sunday in the Age of Data and Drones

In her recent talk at QCon, she also notes the importance of understanding rate limits when constructing your log aggregation. As she pointed out, when it comes to logs, you often don’t know if you’ve lost a record of something important until it’s too late.

A great approach is to implement a process that turns any situation into a request. For instance, the next time your team finds itself looking for a piece of information it deems useful, don’t just fulfill the request, log it with your next team’s process review to see whether you can expand your reporting metrics.

The Importance of Order

The same thing goes for the alerts that you do receive. Are you confident that you understand them all? This is in no way meant to be a “call out,” but rather a question designed to help you pause for thought and rethink your approach. If you don’t understand an alert, you’re likely not the only one on your team lacking clarity. Ensure that your team uses a shared vocabulary for rank of importance, and most importantly, that different areas of your infrastructure are assigned specific owners to retain clear reporting lines.

Lastly, don’t let things get too big. As it happens, people love using microservices. These findings were confirmed in last year’s Microservices Adoption survey by O’Reilly, in which 92% of respondents reported some success with microservices and over half (54%) charted their experience as “mostly successful.”

Our inherent preferences can easily lead to microservices becoming distributed monoliths. To standardize working methods, teams can find their flexibility compromised in an effort to accommodate personal preferences. Having a firm set of requirements to qualify something as fit for purpose, along with a level of automation to prevent a service from being stretched beyond capacity, will help to deter a spate of over-eager adoption.

With feature flags, engineering teams can have complete control over growing microservices. Wrapping microservices in feature flags provides the ability to re-route your services when most needed and isolate issues if disaster strikes.

Read More:   5 Ways to Reduce Toil by Automating Incident Response – InApps 2022

Do you work in platform engineering and have your own tales of how you’ve implemented self-service abstractions, teamed up with site reliability engineers or even created a solution that bridges the gap between hardware and software infrastructure? If so, we’d love to have you join us at our third annual conference, Trajectory, which takes place Nov.9-10. Click here to check out the key themes for this year’s event and browse the latest updates on the lineup.

InApps Technology is a wholly owned subsidiary of Insight Partners, an investor in the following companies mentioned in this article: LaunchDarkly.

List of Keywords users find our article on Google:

harmonious
microservices youtube
achieving success with the orchestration
“signal” “twilio”
late orchestration
o reilly kubernetes
monzo chat help
terraform aws route table
twilio signal 2020
net core microservices
feature flags best practices
cregg recruitment jobs
monzo chat
microservices developer job description template
twilio linkedin
monzo live chat
terraform route table
signal sciences kubernetes
finance industry feature flags
microservices developer jobs
microservices jobs
mainstay technologies
microservices conference
qcon icon
monzo microservices
crescendo software
order orchestration e-commerce
git feature flags
circleci terraform
terraform feature flags
feature flags terraform
microservices net core
too faced wikipedia
cregg recruitment
nash bridges 2021 wiki
within temptation wiki
monzo help chat
wikipedia likelihood
lovely complex wikipedia
microservices github
o’reilly aws
terraform aws route
unthinkable software
beyond solitaire
oreilly microservices
design and build recruitment
mobility games solitaire
consultant devops confirmé
david nash linkedin
mobility solitaire
icon qcon
product life cycle wiki
crescendo lab
circleci requires workflow
twilio signal 2021
twilio github
crescendo group
devops jokes
feature toggle aws
microservices conferences
twilio customer stories
youtube microservices
feature flags aws
solitaire github
hire twilio developer
process orchestration wiki
qcon
hire microservices developers
microservices job description
aws feature flag
aws feature flags
qcon pro
circleci terraform image
git feature flag
terraform flags
clarity design github
microservices conference 2020
terraform circleci
twilio signal
twilio signal conference
net microservices
microservices
custom application development

Source: InApps.net

Rate this post
As a Senior Tech Enthusiast, I bring a decade of experience to the realm of tech writing, blending deep industry knowledge with a passion for storytelling. With expertise in software development to emerging tech trends like AI and IoT—my articles not only inform but also inspire. My journey in tech writing has been marked by a commitment to accuracy, clarity, and engaging storytelling, making me a trusted voice in the tech community.

Let’s create the next big thing together!

Coming together is a beginning. Keeping together is progress. Working together is success.

Let’s talk

Get a custom Proposal

Please fill in your information and your need to get a suitable solution.

    You need to enter your email to download

      Success. Downloading...