deepstream.io vs NSQ
This deepstream.io vs NSQ comparison was created based on reviews from developers and our best attempts to perform analysis by looking at documentation and other publicly available resources.
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Take our APIs for a spindeepstream.io | NSQ | |
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Getting started and developer experience | ||
Time to "hello world" Reviewed by 3+ independent developers Ratings were given based on the average amount of time it takes to sign up to a new account and publish the first message. | 4 / 5 5 = <30 min | 4 / 5 5 = <30 min |
Demos / Tutorials A selection of online demos and tutorials so you can test and see the code in action. Explore Ably's tutorials for our pub/sub messaging platform | ||
Documentation Reviewed by 3+ independent developers Explore Ably's documentation for our pub/sub messaging platform | 4 / 5 Getting started guides / 5 Information architecture and developer journey / 5 API reference documentation / 5 Readability, design and navigation / 5 Quality of code / 5 Breadth and quality of tutorials / 5 The deepstream.io documentation is nicely written and features several components: GitHub, guides, tutorials, docs, blog, and miscellaneous info, such as FAQs. There’s a Getting Started guide using HTTP API, JavaScript Client API, and Java Client API, with code snippets throughout. The API reference is detailed for each SDK and information architecture is pretty nice. Most sections of the documentation are well cross-linked; however, the navigation experience could be improved, especially around the API reference – some links return 404. Also, some documentation pages need to be revamped. The documentation provides tutorials for most deepstream.io features but unfortunately, there’s no demos. The documentation for the core features (data-sync, records, auth, permissions, events, rpc, etc.) is well written, but could be more detailed. | 3.67 / 5 Getting started guides / 5 Information architecture and developer journey / 5 API reference documentation / 5 Readability, design and navigation / 5 Quality of code / 5 Breadth and quality of tutorials / 5 O: “Documentation is detailed and clear, the start up guide is simple to follow. There could be more examples of usages added.”. W: “There is a lot of information available and the documentation is easy to navigate. However i think there could be some more detailed tutorials and a more informative introduction.”. P: “The quick start is easy to follow and understand. The architecture documentation is thorough. There could be more tutorials.” |
Dashboard or dev console Reviewed by 3+ independent developers Sign up for free and explore Ably's pub/sub messaging platform | 4 / 5 Ease of use / 5 Stats and reports / 5 Functionality / 5 The deepstream.io dashboard might be a bit overwhelming to use or understand without documentation. The dashboard allows you to explore realtime data, configure permission, as well as view important metrics over time such as total messages used, active connections, cluster size, and CPU usage. The UI design is a bit outdated and could perhaps benefit from a revamp. | 3.67 / 5 Ease of use / 5 Stats and reports / 5 Functionality / 5 O: “The admin dashboard allows you to manage and configure your topics. It has a clear interface and offers the ability to list information about each topic as well as perform a list of actions on them.”. W: “The admin dashboard is intuitive and it gives you the ability to manage your channels and queues and also see statistics for them. The dashboard looks a little basic but it’s easy to use and covers what you need.” P: “The dashboard gives you an overview over your topics, streams, nodes and metrics. It lets you manage your queues and topics. Gives you metrics on the number of messages a node has handled.” |
SDKs Note: Only official SDKs were taken into account. Explore Ably's 25+ SDKs for our pub/sub messaging platform | 3 SDKs Including:
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API structure Reviewed by 3+ independent developers | 3 / 5 API consistency across SDKs / 5 Well structured / 5 Intuitive / 5 Simple / 5 deepstream.io tries to keep its APIs as consistent as possible across SDKs on the client side. However, the APIs are quite complex and counter-intuitive – too many methods make it not straightforward to perform operations in the same order. There’s a separate reference page for each API, which is not great. Developers need to take their time to go through the API reference to be able to use them properly. Documentation and tutorials are helpful in this regard. | 4.50 / 5 API consistency across SDKs / 5 Well structured / 5 Intuitive / 5 Simple / 5 O: The API is straightforward. It is consistent for the official SDKs. However, some of the unofficial SDKs are missing support for pub/sub”. W: “The API is fairly consistent between the SDKs and it is structured in an intuitive way. The API endpoints are mostly self-explanatory and it is easy to understand what they will accomplish.”. P: “There exists a vast amount of SDKs. The official client libraries are consistent, but in the unofficial libraries, there are inconsistencies between features. The naming conventions in the SDKs are intuitive and easy to follow.” |
deepstream.io | NSQ |
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"Hello world" code example | |
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deepstream.io | NSQ | |
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Realtime features | ||
Pub/Sub messaging Pub/Sub is a design pattern that lets any number of publishers (producers) push messages to channels (also known as topics). Multiple subscribers (consumers) can subscribe to a channel to consume published messages. Explore Ably's pub/sub messaging implementation | ||
Message queues A message queue is a form of asynchronous service-to-service communication. Messages are stored on a queue until they are processed. Note that each message is only consumed by one subscriber (consumer). Explore Ably's message queues implementation | ||
Presence Presence enables you to track the online and offline status of devices and end-users in real time and to store their state. Essential for chat apps and multiplayer games. Explore Ably's presence implementation | ||
Message history Message history provides a means to retrieve previously published messages. For this to be possible, message data must be stored (persisted) somewhere. Explore Ably's message history implementation | Limited The --mem-queue-size can be increased and messages can be written to disk; however, this is mainly an in-memory messaging platform. | |
Connection state recovery (stream resume) In the case of unreliable network conditions, clients may suddenly disconnect.Connection state recovery ensures that when they reconnect, the data stream resumes exactly where it left off. Explore Ably' s connection state recovery implementation | ||
Guaranteed message ordering Ordering ensures that messages are delivered to consumers in the same order that producers publish them. Explore Ably' s guaranteed message ordering implementation | ||
Exactly-once semantics Exactly-once is a system-wide data integrity guarantee that ensures each message is delivered to consumers exactly-once. Explore Ably' s idempotent publishing implementation | Limited The only guarantee is that messages will be delivered at least once. However, it is possible to obtain idempotency with some client configuration. | |
Message delta compression Message delta compression enables you to only send the changes from the previous message to subscribers each time there’s an update, instead of the entire message. Useful for use cases where there is a significant degree of similarity between successive messages. Explore Ably' s message delta compression implementation | ||
Native push notifications Native push notifications can be used to deliver messages even when clients are offline. Useful for geolocation updates or news alerts. Explore Ably's push notifications implementation | ||
Webhooks Webhooks provide a mechanism to get messages and other types of events (such as clients entering or leaving channels) pushed to your servers over HTTP. Explore Ably's webhooks implementation | Limited deepstream.io only uses webhooks for user authentication. | |
Serverless functions A serverless function is essentially an isolated, single-purpose piece of code that is only executed when it’ triggered by an event. For example, you can use serverless functions to send a welcome message to clients when they become present on chat channels. Note that serverless functions are usually fully managed by cloud vendors. Explore Ably's serverless functions implementation | ||
Built-in integrations Which popular services & systems are deepstream.io and NSQ integrated with? Explore Ably's library of integrations | Webhooks
Serverless functions
Streaming
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Serverless functions
Streaming
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Known limits and constraints Find out practical limits, such as the maximum message size, or the maximum number of concurrent connections. Explore the practical limits of the Ably pub/sub messaging platform | Publisher throughput 160.000-200.000 updates per second for Single Node 4,000,000,000 messages per hour for Cluster Maximum message size 1MB Maximum number of topics Unknown Maximum number of connections 250 for Single Node 750 for Cluster | Publisher throughput Unknown Maximum message size Unknown Maximum number of topics Unknown Maximum number of connections Unknown |
Supported development platforms, languages, open protocols and cloud models | ||
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Development platforms & operating systems Which popular development platforms and operating systems do deepstream.io and NSQ support via official SDKs? Explore the development platforms supported by Ably |
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Languages Which popular programming languages do deepstream.io and NSQ support via offical SDKs? Explore the programming languages supported by Ably |
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Open protocols Which popular open protocols do deepstream.io and NSQ support? Explore the open protocols supported by Ably |
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Cloud models Which popular cloud models do deepstream.io and NSQ support? |
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Global and reliable edge service | ||
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Edge messaging network with latency-based routing Latency-based routing ensures that clients are always routed to the nearest datacenter and point of presence. Explore Ably's routing mechanism that mitigates network and DNS issues | ||
Multi-region data replication (message durability) Multi-region data replication (storage) protects against single points of failure and ensures message data durability. Learn how Ably ensures message durability | Limited deepstream.io stores data in a combination of storage and cache layers for distribution across multiple nodes. However this platform also relies on shared devices such as a Redis for a message bus which itself (Redis layer) might become a point of failure and congestion. | Limited It is possible to set up redundant nsqd pairs that will receive the same portion of messages. |
Uptime SLAs Here’s what the most common SLAs amount to in terms of downtime over a calendar year: 99.999% SLA = 5m 15s downtime per year 99.99% SLA = 52m 35s downtime per year 99.95% SLA = 4h 22m 58s downtime per year 99.9% SLA = 8h 45m 56s downtime per year 99% SLA = 3d 15h 39m 29s downtime per year Source: https://uptime.is/ | No specific uptime SLA | N/A |
Quality of Service What QoS guarantees do deepstream.io and NSQ provide natively? Explore Ably's availability and uptime guarantees for our pub/sub messaging platform |
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Security | ||
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API key authentication The simplest way to authenticate. Involves using private API keys that you can usually create and edit via a dashboard. Recommended to be used server-side, as private API keys shouldn’t be shared with untrusted parties. Explore Ably's implementation of API key authentication | N/A | |
Token-based authentication Which popular token-based authentication mechanisms do deepstream.io and NSQ support? Note that token-based authentication is usually the recommended strategy on the client-side as it provides more fine-grained access control and limits the risk of credentials being compromised. Explore Ably's implementation of token-based authentication |
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Configurable rules and permissions Which types of configurable rules and permissions do deepstream.io and NSQ support? Explore Ably's configurable rules and permissions |
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Message encryption Which types of message encryption do deepstream.io and NSQ support? Explore Ably's message encryption mechanisms |
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Formal certifications Which formal certifications are deepstream.io and NSQ compliant with? Explore Ably's security and compliance for our pub/sub messaging platform |
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Pricing & Support | ||
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Free package What do the free packages offered by deepstream.io and NSQ consist of? Explore Ably's free package for our pub/sub messaging platform | N/A | N/A |
Pricing model How are the deepstream.io and NSQ pricing models calculated? Explore Ably's pricing model for our pub/sub messaging platform | deepstream.io pricing is usage-based and calculated per hour. $0.052 per hour for a six-instance cluster on AWS EC2 t2.medium $0.008 per hour for a single node on cache.t2.medium It’s unclear how pricing is calculated for the Enterprise package. | N/A |
Enterprise package What benefits do the deepstream.io and NSQ enterprise packages offer? Explore Ably's enterprise package for our pub/sub messaging platform | No Enterprise package is explicitly specified. However, it can be obtained by contacting the vendor directly. | N/A |
Community Reviewed by 3+ independent developers Explore Ably's community support channel for our pub/sub messaging platform | 5 / 5 Presence on multiple channels / 5 Size and activity / 5 deepstream.io has a strong community presence on various channels, such as Stack Overflow, Slack, GitHub, and Twitter. Their community is active, approachable, and helpful, and generates a lot of content: 110 repositories, 6.8K stars, and 383 forks on GitHub. Similarly, there are over 100 questions on Stack Overflow, 690 users on Slack and more than 1000 followers on Twitter. There are no events, and no community presence on Discourse, and Gitter. | 3.50 / 5 Presence on multiple channels / 5 Size and activity / 5 “Nsqio nsq has 19k stars on GitHub. It's where the community resides. Historically the community has been active, but decreasing lately. There are a lot of unofficial SDKs for different languages and over 200 questions on StackOverflow. The latest version was released in August of 2019, therefore it seems like the project is merely being maintained, with no active feature development." |
Support What types of support options and response times do deepstream.io and NSQ offer? Explore Ably's support options for our pub/sub messaging platform | General Support Options Email, technical documentation, community support. Response time < 24 hours for non-technical queries < 1 hour for production system down incident (only applies to Enterprise support package) | N/A |
Disclaimer: The information presented for deepstream.io was last updated on 28 February 2021 and on 28 February 2021 for NSQ. It is possible that some details may now be out of date. If you think that’s the case, please let us know so we can update them. In any case, you should not rely solely on the information presented here and must check with each provider before deciding to integrate or buy any of these two solutions.
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About Ably
Ably is an enterprise-ready pub/sub messaging platform. We make it easy to efficiently design, quickly ship, and seamlessly scale critical realtime functionality delivered directly to end-users. Everyday we deliver billions of realtime messages to millions of users for thousands of companies.
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