The best alternatives to Nimbella are IFTTT, Zenaton, and DigitalOcean. If these 3 options don't work for you, we've listed over 20 alternatives below.
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Zenaton is for ambitious and agile developers that build software and care about flexibility, adaptability and reliability. Zenaton allows us to focus on the functionalities that need to be developed.
Up deploys infinitely scalable serverless apps, APIs, and static websites in seconds, so you can get back to working on what makes your product unique.
Webiny is an open source enterprise CMS platform for users that are looking for great CMS experience, that is underpinned by unparalleled scalability, cost efficiency, infinite customization and data ownership through self-hosting.
Bring your business phone to Slack and start text messaging your customers in real-time. Confirm appointments, ask for reviews, offer promotions, the possibilities are endless.
A tool for deploying and configuring web applications. It was developed by the makers of the Laravel framework, but it can be used to automate the deployment of any web application that uses a PHP server.
Hire and work with pre-vetted freelancers from your Slack workspace. Our experts specialize in copywriting, web development and a myriad of other skills.
sls-dev-tools improves the Developer-Experience (DX) of building state-of-the-art Serverless applications. This open-source tool enables you to make intelligent decisions while developing and debugging, directly in your terminal.
Encore is a Backend Development Engine, purpose-built for a flow state developer experience when creating cloud-based backend applications and APIs. Stop spending countless soul-crushing hours writing repetitive glue code. Start having fun again.
/schedule is the first app to natively schedule messages in Slack. Be respectful of team members in different timezones or use to batch your Slack time. Your messages come from your own profile. No bots or reminders. No messages are stored outside of Slack.
Multy is an open source tool to deploy infrastructure to any cloud and switch at any time. Write your cloud-agnostic configuration once and decide where you want to deploy to, Multy takes care of the rest so everything behaves the same.
Part of the Deno Slack SDK, Slack Bolt for Deno is a TypeScript framework to build Slack apps using Deno rapidly with the latest platform features View on deno.land/x/
Focus on your code, not maintaining and scaling your Redis cluster. It's everything you already love about Redis but as a serverless model, with no infrastructure to manage and no need for capacity planning
ByteNite offers a cutting-edge Video Encoding Platform and API for broadcasting and online media industry customers. With ByteNite, customers can take advantage of the power of distributed computing to get their encodings done quickly and cost-effectively in a fault-tolerant, reliable, and secure processing environment. With ByteNite, customers can achieve an encoding throughput 10x bigger than traditional cloud-based encoders, thanks to a distributed algorithm running on hundreds of devices simultaneously and securely.
The encoding service offers seven different video codecs, three bitrate control modes, four formats, and popular aspect modifiers and video filters, giving customers complete control over their encoding parameters. In addition, the platform supports input and output from popular cloud storage services such as Google Cloud Storage and AWS S3, allowing customers to easily upload and download videos as needed. This makes it simple for customers to incorporate ByteNite's powerful video encoding technology into their existing content management workflows.
The platform's chunk-based, parallel encoding technology encodes hundreds of tasks in parallel without requiring powerful instances and high expenses. With pay-per-use pricing based on output video minutes, customers can take advantage of ByteNite's full technology with as little as 1 cent and without any commitment.
Customers can access ByteNite's Video Encoding Platform via a user-friendly web UI or a convenient API. The web UI enables customers to easily configure the encoding parameters, submit, manage, and review their encoding jobs, and monitor their spending. Meanwhile, the API allows customers to launch encoding jobs via command line input or a within a script. Accordingly, the API makes it possible to set up custom workflows and integrate automated pipelines into third-party applications and systems.
For example, in user-generated content platforms like TikTok or Instagram, ByteNite's encoding API can be called every time a new video upload is requested by one of their users. This allows the platform to reduce upload time and better manage request peaks, ensuring that user-generated content is encoded and ready for playback as quickly as possible. Additionally, the API can be integrated with other applications and systems, making it easy to incorporate ByteNite's video encoding capabilities into a wide range of use cases.
ByteNite's platform and API are both designed with security in mind, using advanced encryption and authentication protocols to protect customers' data and ensure the integrity of their encoding jobs.
Whether you're a user-generated content platform, a media company, or an enterprise organization, ByteNite's Video Encoding Platform and API provide the speed, flexibility, and reliability you need to get your video encodings done quickly and cost-effectively.
ByteNite's Video Encoding Platform not only provides cutting-edge video encoding capabilities, but also offers a sustainable solution for the planet. Unlike traditional server farms, which require massive amounts of energy to power and cool their equipment, ByteNite's network of distributed computing devices naturally dissipates heat, without the need for energy-intensive cooling systems. This reduces energy consumption and eliminates the need for toxic coolants that can harm the environment. Similarly, ByteNite's distributed computing model helps to reduce e-waste pollution. Instead of being discarded, unused computers, smartphones, and servers can be repurposed to power distributed computations, which reduces the number of electronic devices that end up in landfills.
Hence, by utilizing ByteNite’s Video Encoding Platform, customers can contribute to reducing the carbon footprint of cloud computing by almost 37%, while adopting the latest distributed technology for fast and reliable video encoding.