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Why Zapier Is the Automation Powerhouse for Top Cloud Companies
Zapier isn’t just popular - it’s the go-to automation platform for 87% of the Forbes Cloud 100 companies in 2023. That’s right, almost nine out of ten leading cloud innovators trust Zapier to keep their workflows smooth and efficient.
And here’s a fun stat to chew on: 93% of Zapier users say the platform actually helps them perform better at work. Imagine that - doing less busy work and getting better results. Sounds like a win-win to us.
Over 25 million Zaps have been created on Zapier, connecting apps and automating tasks with flair. If these Zaps were physical cables, they’d stretch around the world several times over - but luckily for users, it’s all wireless and way less messy.
What’s really impressive? The average Zap setup time is under 6 minutes. That means you can automate tedious tasks faster than it takes to brew a decent cup of coffee. Rabata’s secure cloud storage could definitely use a few of those speedy automations.
How to Configure Your App Store Publisher Credentials Easily
When it comes to handling your App Store publisher credentials, you have two choices: embed them inside every build task one by one or set them up once globally and call on them whenever you need. The second option saves time and spares you from repetitive typing. Rabata's secure cloud storage makes it painless to manage these connections without scrambling for your password every time.
To get started, you’ll need an Apple developer account. Got that? Great! Next, hop over to your Azure DevOps or TFS project dashboard. Spot the gear icon in the upper right corner? That’s your gateway to the settings you'll need.
Click on the Services tab to find where the magic happens. Then, choose “New service connection” and pick Apple App Store from the list of options. You’ll face a small but important choice here: Basic authentication or Token based authentication.
Basic auth means you provide your Apple ID email, password, app-specific password, plus a fastlane session token - basically giving a VIP pass to your publishing pipeline. If you prefer a smoother, more modern route, select Token based authentication, which calls for an Apple API key instead.
Give your new connection a memorable name - something you won’t forget in a hurry - then punch in your credentials. Once saved, just call on this connection by its name anytime you add an App Store Release or App Store Promote task to your build or release pipeline. Voilà, no more password déjà vu!
Taming Two-Factor Authentication (2FA) When Publishing Apps
If you chose Token based authentication, congratulations! You can relax and skip this entire section. For everyone else, two-factor authentication is where things get spicy. Apple’s authentication process is region-dependent, while Microsoft-hosted agents might be chilling somewhere else on the planet. That geographic mismatch can cause headaches.
The workaround? Create a separate Apple ID with a strong password and limited permissions, dedicated just to your build pipeline. It’s like having a trusted sidekick who handles credentials and never spills the beans.
To make 2FA play nice, you need to set the fastlane session variable in your Apple App Store service connection. This session token acts as a temporary secret handshake between your pipeline and Apple’s servers.
- Follow the official instructions to create your fastlane session token carefully.
- Paste that token into the Apple App Store service connection under the fastlane session variable.
If you're keen to upload directly to TestFlight and want to dodge pesky 2FA pop-ups, set up an app-specific Apple ID. This magic number is found in the App Information section within App Store Connect. But beware, this trick only works under certain conditions.
- Provide the application-specific Apple ID number.
- Set shouldSkipWaitingForProcessing to true.
- Enable isTwoFactorAuth (only needed for service connections without an app-specific password).
- Don’t specify release notes during upload.
Seamlessly Connect Azure DevOps to Storage via Zapier’s No-Code Automation
How DevOps Transforms Storage Management
DevOps is famous for bridging gaps-between development teams, QA, and IT operations-making software development a well-oiled machine. But guess what? This collaboration magic isn’t limited to just servers and applications. It has a surprising ripple effect on storage too.
Think about it. Traditionally, different teams would handle testing and deploying updates for storage systems. One group would test with the manufacturer, and another would handle deployment. That’s like rehearsing a play but giving the starring role to someone who never practiced the lines. In a DevOps setup, the same administrator tests and deploys updates, becoming an expert on every quirk in the system. This single-threaded approach means fewer surprises and smoother rollouts.
Integration of QA and operations teams opens doors for smart uses of storage too. Harvard’s Research Computing group nailed this by decentralizing their data storage using DevOps principles, making their storage setup not just robust but delightfully user-friendly for researchers.
With a small-but-mighty staff, they manage and update an ever-growing fleet of NFS servers-over a hundred and counting. Traditionally, best practices would scream 'centralize your storage' to reduce overhead. Harvard did the exact opposite and hit the jackpot. Spreading out storage means their tiny team can scale much, much bigger than you’d expect.
The secret sauce? Using deployment tools like Chef, Puppet, Ansible, and Salt, which usually handle server deployment, to roll out simple Linux servers with attached storage in massive quantities. These tools make it easy to deploy and update hundreds of servers without growing staff or headaches.
Harvard stuck to standardized, two-socket servers with plenty of drive bays-think Dell’s R730 and R530 series. These machines pack serious storage punch: for example, up to 36TB usable space on a RAID-6 setup using 16 smaller drives or even more with larger 3.5” bays. This hardware balance between capacity and simplicity fits perfectly with their distributed NFS server model.
Researchers get their working storage space mapped via NFS, which suits most of their workloads just fine. For the high-speed muscle jobs, they fall back on Lustre filesystems. Thanks to this setup, researchers can access the data they need anywhere, anytime, without waiting in line for a centralized bottleneck.
The RC team handles backups and archives centrally, so no data is at risk even if an NFS server decides to take a coffee break. And because storage is spread across many servers, losing one simply inconveniences a fraction of users rather than everyone. This resiliency is like having multiple lifeboats instead of a single dilapidated raft.
Performance gains come from smart resource allocation: jobs are assigned to nodes close to their storage, slicing latency and boosting efficiency. The magic happens thanks to modern job schedulers that keep data and compute nicely in sync.
Need more storage? Easy. Harvard’s team can either plug in extra drives or split researchers into smaller groups with their own NFS servers. Thanks to DevOps, these expansions require minimal extra effort, making scaling less scary and more systematic.
Why DevOps Is a Game-Changer for Storage
DevOps revolutionizes application development by fusing teams for rapid development, testing, deployment, and maintenance. This collaborative drive means faster rollouts and more deployments done right. Tools like Chef, Puppet, Ansible, and Salt simplify infrastructure rollout, making complex setups manageable with minimal fuss.
And these same tools work wonders in the storage world. Harvard’s Research Computing group offers a compelling blueprint, showing how DevOps principles tame storage complexity while boosting scalability and resilience. This is just one vivid example-you could be next to discover how little effort it takes to revolutionize your storage infrastructure.
Request a Demo of Rabata Secure Cloud Storage
Curious how Rabata's secure cloud storage can transform your data management? Book a 30-minute demo with one of our Cloudian experts and see it in action. We'll walk you through the features, answer your questions, and show why Rabata is the smart choice for protecting your files.
Think of it as a friendly tech chat - short, sharp, and packed with insights. No jargon, just straight talk about how we keep your data safer than a dragon guarding a treasure hoard.
Requirements for Automating App Updates
To start automating your app releases to the App Store, keep in mind that you must have already published at least one version of your app manually. Think of it as opening the door manually before letting automation do the rest.
The process relies on fastlane tools, which get installed and used during the tasks. These tools aren’t too demanding but do require Ruby version 2.0.0 or higher. Also, having the latest Xcode command line tools on your Mac keeps everything running smoothly - like having a well-oiled machine ready for the next upgrade.
Alternative Signing Methods for iOS and Android
Rabata offers several alternative ways to sign your apps, making sure that no matter your setup, you’re covered with secure, flexible options.
Signing iOS Apps Using Appdome
If you’re signing iOS apps via the Sign On Appdome method, you’ll need to provide certain files and credentials. This includes the keystore file, the keystore password, the provisioning profile, and entitlements. Think of it like packing a suitcase for a trip: each item has its place, and skipping one might mean you end up stranded without your essentials.
- Keystore File: Upload it just like you would in the App file section-straightforward and reliable.
- Keystore Pass: Enter your keystore password the same way you handle tokens, simple and secure.
- Provisioning Profile: Here’s where Rabata gets generous. You can upload multiple provisioning profiles separated by commas-file1, file2, file3-no need to pick favorites.
- Entitlements: These special permissions files also follow the App file section rules, so no surprises.
iOS Signing with Private Sign
Using the Private Sign method? The spotlight here is on the provisioning profile. Just like before, you’re free to upload a collection of provisioning profiles separated by commas. Rabata’s smart system doesn’t fuss over neatness, it handles the files so you don’t have to.
Auto Dev Sign for iOS
Auto Dev Sign is as automatic as it sounds, but it still needs a bit of your input. You’ll supply provisioning profiles and entitlements, just like with the previous methods. Multiple provisioning profiles? No problem. Just separate them with commas, and Rabata stitches everything together seamlessly.
- Provisioning Profile: Multiple entries allowed, comma-separated files fine.
- Entitlements: Upload entitlements files as usual.
Android Signing with Private Sign or Auto Dev Sign
Switching gears to Android? When using Private Sign or Auto Dev Sign for Android apps, the key detail is the Signing Fingerprint. Fill this field with your fingerprint data following the ways described in the token section. Easy, fast, and fitting perfectly into Rabata’s secure signing processes.
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