Best Streaming Analytics Platforms

Compare the Top Streaming Analytics Platforms as of April 2025

What are Streaming Analytics Platforms?

Streaming analytics platforms are software solutions that enable real-time processing and analysis of data as it is generated or streamed from various sources such as IoT devices, sensors, social media, and transactional systems. These platforms allow businesses to gain immediate insights from continuous data streams, enabling them to make faster decisions, detect anomalies, and optimize operations in real-time. Key features of streaming analytics platforms include data ingestion, real-time event processing, pattern recognition, and advanced analytics like predictive modeling and machine learning integration. They are commonly used in applications such as fraud detection, customer behavior analysis, network monitoring, and supply chain optimization. Compare and read user reviews of the best Streaming Analytics platforms currently available using the table below. This list is updated regularly.

  • 1
    StarTree

    StarTree

    StarTree

    StarTree Cloud is a fully-managed real-time analytics platform designed for OLAP at massive speed and scale for user-facing applications. Powered by Apache Pinot, StarTree Cloud provides enterprise-grade reliability and advanced capabilities such as tiered storage, scalable upserts, plus additional indexes and connectors. It integrates seamlessly with transactional databases and event streaming platforms, ingesting data at millions of events per second and indexing it for lightning-fast query responses. StarTree Cloud is available on your favorite public cloud or for private SaaS deployment. • Gain critical real-time insights to run your business • Seamlessly integrate data streaming and batch data • High performance in throughput and low-latency at petabyte scale • Fully-managed cloud service • Tiered storage to optimize cloud performance & spend • Fully-secure & enterprise-ready
    View Platform
    Visit Website
  • 2
    Gathr.ai

    Gathr.ai

    Gathr.ai

    Gathr is a Data+AI fabric, helping enterprises rapidly deliver production-ready data and AI products. Data+AI fabric enables teams to effortlessly acquire, process, and harness data, leverage AI services to generate intelligence, and build consumer applications— all with unparalleled speed, scale, and confidence. Gathr’s self-service, AI-assisted, and collaborative approach enables data and AI leaders to achieve massive productivity gains by empowering their existing teams to deliver more valuable work in less time. With complete ownership and control over data and AI, flexibility and agility to experiment and innovate on an ongoing basis, and proven reliable performance at real-world scale, Gathr allows them to confidently accelerate POVs to production. Additionally, Gathr supports both cloud and air-gapped deployments, making it the ideal choice for diverse enterprise needs. Gathr, recognized by leading analysts like Gartner and Forrester, is a go-to-partner for Fortune 500
    Starting Price: $0.25/credit
  • 3
    IBM Streams
    IBM Streams evaluates a broad range of streaming data — unstructured text, video, audio, geospatial and sensor — helping organizations spot opportunities and risks and make decisions in real-time. Make sense of your data, turning fast-moving volumes and varieties into insight with IBM® Streams. Streams evaluate a broad range of streaming data — unstructured text, video, audio, geospatial and sensor — helping organizations spot opportunities and risks as they happen. Combine Streams with other IBM Cloud Pak® for Data capabilities, built on an open, extensible architecture. Help enable data scientists to collaboratively build models to apply to stream flows, plus, analyze massive amounts of data in real-time. Acting upon your data and deriving true value is easier than ever.
  • 4
    IBM StreamSets
    IBM® StreamSets enables users to create and manage smart streaming data pipelines through an intuitive graphical interface, facilitating seamless data integration across hybrid and multicloud environments. This is why leading global companies rely on IBM StreamSets to support millions of data pipelines for modern analytics, intelligent applications and hybrid integration. Decrease data staleness and enable real-time data at scale—handling millions of records of data, across thousands of pipelines within seconds. Insulate data pipelines from change and unexpected shifts with drag-and-drop, prebuilt processors designed to automatically identify and adapt to data drift. Create streaming pipelines to ingest structured, semistructured or unstructured data and deliver it to a wide range of destinations.
    Starting Price: $1000 per month
  • 5
    Rockset

    Rockset

    Rockset

    Real-Time Analytics on Raw Data. Live ingest from S3, Kafka, DynamoDB & more. Explore raw data as SQL tables. Build amazing data-driven applications & live dashboards in minutes. Rockset is a serverless search and analytics engine that powers real-time apps and live dashboards. Operate directly on raw data, including JSON, XML, CSV, Parquet, XLSX or PDF. Plug data from real-time streams, data lakes, databases, and data warehouses into Rockset. Ingest real-time data without building pipelines. Rockset continuously syncs new data as it lands in your data sources without the need for a fixed schema. Use familiar SQL, including joins, filters, and aggregations. It’s blazing fast, as Rockset automatically indexes all fields in your data. Serve fast queries that power the apps, microservices, live dashboards, and data science notebooks you build. Scale without worrying about servers, shards, or pagers.
    Starting Price: Free
  • 6
    PubSub+ Platform
    Solace PubSub+ Platform helps enterprises design, deploy and manage event-driven systems across hybrid and multi-cloud and IoT environments so they can be more event-driven and operate in real-time. The PubSub+ Platform includes the powerful PubSub+ Event Brokers, event management capabilities with PubSub+ Event Portal, as well as monitoring and integration capabilities all available via a single cloud console. PubSub+ allows easy creation of an event mesh, an interconnected network of event brokers, allowing for seamless and dynamic data movement across highly distributed network environments. PubSub+ Event Brokers can be deployed as fully managed cloud services, self-managed software in private cloud or on-premises environments, or as turnkey hardware appliances for unparalleled performance and low TCO. PubSub+ Event Portal is a complimentary toolset for design and governance of event-driven systems including both Solace and Kafka-based event broker environments.
  • 7
    Kapacitor

    Kapacitor

    InfluxData

    Kapacitor is a native data processing engine for InfluxDB 1.x and is an integrated component in the InfluxDB 2.0 platform. Kapacitor can process both stream and batch data from InfluxDB, acting on this data in real-time via its programming language TICKscript. Today’s modern applications require more than just dashboarding and operator alerts—they need the ability to trigger actions. Kapacitor’s alerting system follows a publish-subscribe design pattern. Alerts are published to topics and handlers subscribe to a topic. This pub/sub model and the ability for these to call User Defined Functions make Kapacitor very flexible to act as the control plane in your environment, performing tasks like auto-scaling, stock reordering, and IoT device control. Kapacitor provides a simple plugin architecture, or interface, that allows it to integrate with any anomaly detection engine.
    Starting Price: $0.002 per GB per hour
  • 8
    Materialize

    Materialize

    Materialize

    Materialize is a reactive database that delivers incremental view updates. We help developers easily build with streaming data using standard SQL. Materialize can connect to many different external sources of data without pre-processing. Connect directly to streaming sources like Kafka, Postgres databases, CDC, or historical sources of data like files or S3. Materialize allows you to query, join, and transform data sources in standard SQL - and presents the results as incrementally-updated Materialized views. Queries are maintained and continually updated as new data streams in. With incrementally-updated views, developers can easily build data visualizations or real-time applications. Building with streaming data can be as simple as writing a few lines of SQL.
    Starting Price: $0.98 per hour
  • 9
    WarpStream

    WarpStream

    WarpStream

    WarpStream is an Apache Kafka-compatible data streaming platform built directly on top of object storage, with no inter-AZ networking costs, no disks to manage, and infinitely scalable, all within your VPC. WarpStream is deployed as a stateless and auto-scaling agent binary in your VPC with no local disks to manage. Agents stream data directly to and from object storage with no buffering on local disks and no data tiering. Create new “virtual clusters” in our control plane instantly. Support different environments, teams, or projects without managing any dedicated infrastructure. WarpStream is protocol compatible with Apache Kafka, so you can keep using all your favorite tools and software. No need to rewrite your application or use a proprietary SDK. Just change the URL in your favorite Kafka client library and start streaming. Never again have to choose between reliability and your budget.
    Starting Price: $2,987 per month
  • 10
    Google Cloud Pub/Sub
    Google Cloud Pub/Sub. Scalable, in-order message delivery with pull and push modes. Auto-scaling and auto-provisioning with support from zero to hundreds of GB/second. Independent quota and billing for publishers and subscribers. Global message routing to simplify multi-region systems. High availability made simple. Synchronous, cross-zone message replication and per-message receipt tracking ensure reliable delivery at any scale. No planning, auto-everything. Auto-scaling and auto-provisioning with no partitions eliminate planning and ensures workloads are production-ready from day one. Advanced features, built in. Filtering, dead-letter delivery, and exponential backoff without sacrificing scale help simplify your applications. A fast, reliable way to land small records at any volume, an entry point for real-time and batch pipelines feeding BigQuery, data lakes and operational databases. Use it with ETL/ELT pipelines in Dataflow.
  • 11
    SQLstream

    SQLstream

    Guavus, a Thales company

    SQLstream ranks #1 for IoT stream processing & analytics (ABI Research). Used by Verizon, Walmart, Cisco, & Amazon, our technology powers applications across data centers, the cloud, & the edge. Thanks to sub-ms latency, SQLstream enables live dashboards, time-critical alerts, & real-time action. Smart cities can optimize traffic light timing or reroute ambulances & fire trucks. Security systems can shut down hackers & fraudsters right away. AI / ML models, trained by streaming sensor data, can predict equipment failures. With lightning performance, up to 13M rows / sec / CPU core, companies have drastically reduced their footprint & cost. Our efficient, in-memory processing permits operations at the edge that are otherwise impossible. Acquire, prepare, analyze, & act on data in any format from any source. Create pipelines in minutes not months with StreamLab, our interactive, low-code GUI dev environment. Export SQL scripts & deploy with the flexibility of Kubernetes.
  • 12
    Fluentd

    Fluentd

    Fluentd Project

    A single, unified logging layer is key to make log data accessible and usable. However, existing tools fall short: legacy tools are not built for new cloud APIs and microservice-oriented architecture in mind and are not innovating quickly enough. Fluentd, created by Treasure Data, solves the challenges of building a unified logging layer with a modular architecture, an extensible plugin model, and a performance optimized engine. In addition to these features, Fluentd Enterprise addresses Enterprise requirements such as Trusted Packaging. Security. Certified Enterprise Connectors, Management / Monitoring, and Enterprise SLA-Based Support, Assurance, and Enterprise Consulting Services
  • 13
    Lenses

    Lenses

    Lenses.io

    Enable everyone to discover and observe streaming data. Sharing, documenting and cataloging your data can increase productivity by up to 95%. Then from data, build apps for production use cases. Apply a data-centric security model to cover all the gaps of open source technology, and address data privacy. Provide secure and low-code data pipeline capabilities. Eliminate all darkness and offer unparalleled observability in data and apps. Unify your data mesh and data technologies and be confident with open source in production. Lenses is the highest rated product for real-time stream analytics according to independent third party reviews. With feedback from our community and thousands of engineering hours invested, we've built features that ensure you can focus on what drives value from your real time data. Deploy and run SQL-based real time applications over any Kafka Connect or Kubernetes infrastructure including AWS EKS.
    Starting Price: $49 per month
  • 14
    Amazon MSK
    Amazon Managed Streaming for Apache Kafka (Amazon MSK) is a fully managed service that makes it easy for you to build and run applications that use Apache Kafka to process streaming data. Apache Kafka is an open-source platform for building real-time streaming data pipelines and applications. With Amazon MSK, you can use native Apache Kafka APIs to populate data lakes, stream changes to and from databases, and power machine learning and analytics applications. Apache Kafka clusters are challenging to setup, scale, and manage in production. When you run Apache Kafka on your own, you need to provision servers, configure Apache Kafka manually, replace servers when they fail, orchestrate server patches and upgrades, architect the cluster for high availability, ensure data is durably stored and secured, setup monitoring and alarms, and carefully plan scaling events to support load changes.
    Starting Price: $0.0543 per hour
  • 15
    GigaSpaces

    GigaSpaces

    GigaSpaces

    Smart DIH is an operational data hub that powers real-time modern applications. It unleashes the power of customers’ data by transforming data silos into assets, turning organizations into data-driven enterprises. Smart DIH consolidates data from multiple heterogeneous systems into a highly performant data layer. Low code tools empower data professionals to deliver data microservices in hours, shortening developing cycles and ensuring data consistency across all digital channels. XAP Skyline is a cloud-native, in memory data grid (IMDG) and developer framework designed for mission critical, cloud-native apps. XAP Skyline delivers maximal throughput, microsecond latency and scale, while maintaining transactional consistency. It provides extreme performance, significantly reducing data access time, which is crucial for real-time decisioning, and transactional applications. XAP Skyline is used in financial services, retail, and other industries where speed and scalability are critical.
  • 16
    Oracle Cloud Infrastructure Streaming
    Streaming service is a real-time, serverless, Apache Kafka-compatible event streaming platform for developers and data scientists. Streaming is tightly integrated with Oracle Cloud Infrastructure (OCI), Database, GoldenGate, and Integration Cloud. The service also provides out-of-the-box integrations for hundreds of third-party products across categories such as DevOps, databases, big data, and SaaS applications. Data engineers can easily set up and operate big data pipelines. Oracle handles all infrastructure and platform management for event streaming, including provisioning, scaling, and security patching. With the help of consumer groups, Streaming can provide state management for thousands of consumers. This helps developers easily build applications at scale.
  • 17
    Azure Data Explorer
    Azure Data Explorer is a fast, fully managed data analytics service for real-time analysis on large volumes of data streaming from applications, websites, IoT devices, and more. Ask questions and iteratively explore data on the fly to improve products, enhance customer experiences, monitor devices, and boost operations. Quickly identify patterns, anomalies, and trends in your data. Explore new questions and get answers in minutes. Run as many queries as you need, thanks to the optimized cost structure. Explore new possibilities with your data cost-effectively. Focus on insights, not infrastructure, with the easy-to-use, fully managed data analytics service. Respond quickly to fast-flowing and rapidly changing data. Azure Data Explorer simplifies analytics from all forms of streaming data.
    Starting Price: $0.11 per hour
  • 18
    DeltaStream

    DeltaStream

    DeltaStream

    DeltaStream is a unified serverless stream processing platform that integrates with streaming storage services. Think about it as the compute layer on top of your streaming storage. It provides functionalities of streaming analytics(Stream processing) and streaming databases along with additional features to provide a complete platform to manage, process, secure and share streaming data. DeltaStream provides a SQL based interface where you can easily create stream processing applications such as streaming pipelines, materialized views, microservices and many more. It has a pluggable processing engine and currently uses Apache Flink as its primary stream processing engine. DeltaStream is more than just a query processing layer on top of Kafka or Kinesis. It brings relational database concepts to the data streaming world, including namespacing and role based access control enabling you to securely access, process and share your streaming data regardless of where they are stored.
  • 19
    Striim

    Striim

    Striim

    Data integration for your hybrid cloud. Modern, reliable data integration across your private and public cloud. All in real-time with change data capture and data streams. Built by the executive & technical team from GoldenGate Software, Striim brings decades of experience in mission-critical enterprise workloads. Striim scales out as a distributed platform in your environment or in the cloud. Scalability is fully configurable by your team. Striim is fully secure with HIPAA and GDPR compliance. Built ground up for modern enterprise workloads in the cloud or on-premise. Drag and drop to create data flows between your sources and targets. Process, enrich, and analyze your streaming data with real-time SQL queries.
  • 20
    Visual KPI

    Visual KPI

    Transpara

    Real-time operations monitoring and data visualization, including KPIs, dashboards, trends, analytics, hierarchy and alerts. Aggregates all of your data sources (industrial, IoT, business, external, etc.) on the fly without moving the data, and displays it in real-time with obvious context on any device.
  • 21
    Confluent

    Confluent

    Confluent

    Infinite retention for Apache Kafka® with Confluent. Be infrastructure-enabled, not infrastructure-restricted Legacy technologies require you to choose between being real-time or highly-scalable. Event streaming enables you to innovate and win - by being both real-time and highly-scalable. Ever wonder how your rideshare app analyzes massive amounts of data from multiple sources to calculate real-time ETA? Ever wonder how your credit card company analyzes millions of credit card transactions across the globe and sends fraud notifications in real-time? The answer is event streaming. Move to microservices. Enable your hybrid strategy through a persistent bridge to cloud. Break down silos to demonstrate compliance. Gain real-time, persistent event transport. The list is endless.
  • 22
    Embiot

    Embiot

    Telchemy

    Embiot® is a compact, high performance IoT analytics software agent for IoT gateway and smart sensor applications. This edge computing application is small enough to integrate directly into devices, smart sensors and gateways, but powerful enough to calculate complex analytics from large amounts of raw data at high speed. Internally, Embiot uses a stream processing model to enable it to handle sensor data that arrives at different rates and out of order. It has a simple intuitive configuration language and a rich set of math, stats and AI functions making it fast and easy to solve your analytics problems. Embiot supports a range of input methods including MODBUS, MQTT, REST/XML, REST/JSON, Name/Value and CSV. Embiot is able to send output reports to multiple destinations concurrently in REST, MQTT and custom text formats. For security, Embiot supports TLS selectively on any input or output stream, HTTP and MQTT authentication.
  • 23
    SAS Event Stream Processing
    Streaming data from operations, transactions, sensors and IoT devices is valuable – when it's well-understood. Event stream processing from SAS includes streaming data quality and analytics – and a vast array of SAS and open source machine learning and high-frequency analytics for connecting, deciphering, cleansing and understanding streaming data – in one solution. No matter how fast your data moves, how much data you have, or how many data sources you’re pulling from, it’s all under your control via a single, intuitive interface. You can define patterns and address scenarios from all aspects of your business, giving you the power to stay agile and tackle issues as they arise.
  • 24
    Kinetica

    Kinetica

    Kinetica

    A scalable cloud database for real-time analysis on large and streaming datasets. Kinetica is designed to harness modern vectorized processors to be orders of magnitude faster and more efficient for real-time spatial and temporal workloads. Track and gain intelligence from billions of moving objects in real-time. Vectorization unlocks new levels of performance for analytics on spatial and time series data at scale. Ingest and query at the same time to act on real-time events. Kinetica's lockless architecture and distributed ingestion ensures data is available to query as soon as it lands. Vectorized processing enables you to do more with less. More power allows for simpler data structures, which lead to lower storage costs, more flexibility and less time engineering your data. Vectorized processing opens the door to amazingly fast analytics and detailed visualization of moving objects at scale.
  • 25
    Digital Twin Streaming Service
    ScaleOut Digital Twin Streaming Service™ Easily build and deploy real-time digital twins for streaming analytics Connect to many data sources with Azure & AWS IoT hubs, Kafka, and more Maximize situational awareness with live, aggregate analytics. Introducing a breakthrough cloud service that simultaneously tracks telemetry from millions of data sources with “real-time” digital twins — enabling immediate, deep introspection with state-tracking and highly targeted, real-time feedback for thousands of devices. A powerful UI simplifies deployment and displays aggregate analytics in real time to maximize situational awareness. Ideal for a wide range of applications, including the Internet of Things (IoT), real-time intelligent monitoring, logistics, and financial services. Simplified pricing makes getting started fast and easy. Combined with the ScaleOut Digital Twin Builder software toolkit, the ScaleOut Digital Twin Streaming Service enables the next generation in stream processing.
  • 26
    Azure Event Hubs
    Event Hubs is a fully managed, real-time data ingestion service that’s simple, trusted, and scalable. Stream millions of events per second from any source to build dynamic data pipelines and immediately respond to business challenges. Keep processing data during emergencies using the geo-disaster recovery and geo-replication features. Integrate seamlessly with other Azure services to unlock valuable insights. Allow existing Apache Kafka clients and applications to talk to Event Hubs without any code changes—you get a managed Kafka experience without having to manage your own clusters. Experience real-time data ingestion and microbatching on the same stream. Focus on drawing insights from your data instead of managing infrastructure. Build real-time big data pipelines and respond to business challenges right away.
    Starting Price: $0.03 per hour
  • 27
    KX Insights
    KX Insights is a cloud-native platform for critical real-time performance and continuous actionable intelligence. Using complex event processing, high-speed analytics and machine learning interfaces, it enables fast decision-making and automated responses to events in fractions of a second. It’s not just storage and compute elasticity that have moved to the cloud. It’s everything: data, tools, development, security, connectivity, operations, maintenance. KX can help you leverage that power to make smarter, more insightful decisions by integrating real-time analytics into your business operations. KX Insights leverages industry standards to ensure openness and interoperability with other technologies in order to deliver insights faster and more cost-effectively. It operates a microservices-based architecture for capturing, storing and processing high-volume, high-velocity data using cloud standards, services, and protocols.
  • 28
    KX Streaming Analytics
    KX Streaming Analytics provides the ability to ingest, store, process, and analyze historic and time series data to make analytics, insights, and visualizations instantly available. To help ensure your applications and users are productive quickly, the platform provides the full lifecycle of data services, including query processing, tiering, migration, archiving, data protection, and scaling. Our advanced analytics and visualization tools, used widely across finance and industry, enable you to define and perform queries, calculations, aggregations, machine learning and AI on any streaming and historical data. Deployable across multiple hardware environments, data can come from real-time business events and high-volume sources including sensors, clickstreams, radio-frequency identification, GPS systems, social networking sites, and mobile devices.
  • 29
    Redpanda

    Redpanda

    Redpanda Data

    Breakthrough data streaming capabilities that let you deliver customer experiences never before possible. Kafka API and ecosystem are compatible. Redpanda BulletPredictable low latencies with zero data loss. Redpanda BulletUpto 10x faster than Kafka. Redpanda BulletEnterprise-grade support and hotfixes. Redpanda BulletAutomated backups to S3/GCS. Redpanda Bullet100% freedom from routine Kafka operations. Redpanda BulletSupport for AWS and GCP. Redpanda was designed from the ground up to be easily installed to get streaming up and running quickly. After you see its power, put Redpanda to the test in production. Use the more advanced Redpanda features. We manage provisioning, monitoring, and upgrades. Without any access to your cloud credentials. Sensitive data never leaves your environment. Provisioned, operated, and maintained for you. Configurable instance types. Expand cluster as your needs grow.
  • 30
    Insigna

    Insigna

    Insigna

    The comprehensive solution for data management and real-time analytics.
  • Previous
  • You're on page 1
  • 2
  • Next

Streaming Analytics Platforms Guide

Streaming analytics platforms are an increasingly important tool for businesses that need to make real-time decisions based on incoming data. They provide a comprehensive way for companies to collect, store, process, and analyze data in order to gain valuable insights about their operations and customers.

At its core, a streaming analytics platform is designed to capture and process incoming data from multiple sources in real time without the need for manual intervention. This data can come from a variety of sources such as websites, internet of things (IOT) devices, sensors, databases, and more. Once it’s captured by the platform, it’s automatically processed at close to real-time speed using advances in machine learning algorithms. From there it can be used to drive key insights that can inform product development or customer service strategies.

The two main components of a streaming analytics platform are the processor and the storage system. The processor takes care of managing the incoming data stream in real-time while also applying pre-defined rules and processes defined by users like queries or statistical modeling. This allows users to quickly gain insight into what’s happening with their operations both internally and externally. The storage system stores all collected raw data as well as aggregated results so they can be accessed later on.

Users can then leverage these insights via dashboards that make complex information easier to understand visually; they may include charts, graphs, maps, etc., allowing team members across different departments better access to actionable intelligence without needing specialized software knowledge. Moreover, some platforms offer predictive capabilities which allow teams anticipate events before they happen thus giving them time to take proactive actions instead of reactive ones once the event has occurred already – this helps reduce costs associated with disruption due to unforeseen circumstances or risks that could have been avoided if properly anticipated ahead of time.

In sum streaming analytics platforms provide companies with an effective way of gaining valuable insight from incoming data streams quickly so they can make smarter decisions faster than ever before; this is crucial for businesses looking maximize revenue growth potential while also keeping operational costs low over long periods of time – something invaluable in today's business environment where competition is higher than ever before!

Features of Streaming Analytics Platforms

  • Data Ingestion: Streaming analytics platforms enable data to be ingested from a variety of sources, such as databases, logs, and event streams. This allows for real-time monitoring and analysis of data that is either in transit or stored. Stream processing architectures can also use this feature to route data to different places depending on the criteria set by the user.
  • Data Transformation: Once the data has been ingested, streaming analytics platforms allow it to be transformed into a format that makes it easier to process and understand. This can include enriching the data with additional context or splitting it into smaller batches for further processing downstream.
  • Data Analysis: After the data has been ingested and transformed, streaming analytics platforms provide powerful tools for analyzing it in real time. These tools allow users to build models that identify patterns within the data and detect anomalies or outliers quickly. Visualizations are also available to help visualize any insights that have been gleaned from the analysis process.
  • Automation: Streaming analytics platforms can be used to automate complex processes that require high-volume data processing or analysis. By automating these tasks, businesses are able to save time and resources while still being able to access valuable insights from their datasets quickly and accurately.
  • Scalability: Most streaming analytics platforms support horizontal scalability which allows them to handle larger volumes of incoming data efficiently without compromising performance or reliability. This enables businesses to process more data quickly without needing significant amounts of hardware resources or manual intervention.
  • Security: Streaming analytics platforms also offer robust security features that protect the data from unauthorized access or manipulation. Additionally, they enable organizations to comply with various regulations concerning data privacy and security.

Types of Streaming Analytics Platforms

  • Complex Event Processing (CEP) Platforms: These platforms are designed to analyze and process large amounts of streaming data in real-time, allowing for real-time decision-making and response. CEP platforms can be used to identify patterns, recognize trends, detect anomalies, and more.
  • Streaming Data Warehousing: These platforms allow for data to be stored on a continual basis rather than an individual batch of data at a time. This allows for larger quantities of data to be analyzed efficiently.
  • Predictive Analytics Platforms: These platforms are designed to apply predictive models in order to make predictions or forecasts on any given set of streaming data. They allow organizations to gain deeper insights into their current situation as well as anticipate future scenarios.
  • Stream Processing Engines: These engines enable the processing and analysis of large volumes of streaming data in real-time. They provide both interactive querying capabilities as well as analytical functions such as aggregation, filtering, windowing, etc., allowing users to quickly gain insights from their data streams.
  • Apache Spark Streaming: This is a powerful open-source platform that allows developers to create applications that process stream data in real-time with high performance and scalability. It also provides support for integration with other systems such as Hadoop and Kafka for easy access to large datasets.
  • Machine Learning Platforms: These platforms provide an environment where machine learning algorithms can be applied directly onto streaming datasets in order to identify patterns not easily detectable by humans alone. They allow organizations to leverage big data more effectively by taking advantage of the latest machine learning technologies available.

Benefits of Streaming Analytics Platforms

  1. Real-time Insights: Streaming analytics platforms provide real-time insights into data flows and identify patterns in data, allowing businesses to more quickly respond to unexpected changes.
  2. Scalability: Streaming analytics platforms are designed to scale easily and accommodate a wide range of data sources including social media, sensors, mobile devices, etc., enabling businesses to process large volumes of streaming data.
  3. Data Integration: With streaming analytics platforms, businesses can integrate multiple data sources and formats into a single platform for easier analysis and decision-making.
  4. Cost Savings: Streaming analytics platforms offer cost savings compared to traditional batch processing by eliminating the need for manual coding or ETL processes.
  5. Automation: By automating the collection and analysis of streaming data, streaming analytics platforms help reduce manual labor costs while improving accuracy and efficiency.
  6. Security: Many streaming analytics platforms feature advanced security features such as access control lists (ACLs) that allow companies to restrict access to their sensitive information.
  7. Flexibility: Streaming analytics platforms offer customizability and flexibility enabling businesses to tailor the platform to their specific needs.

What Types of Users Use Streaming Analytics Platforms?

  • Data Scientist: Professionals who use streaming analytics platforms to analyze large data sets, apply advanced statistical techniques and create predictive models.
  • Business Intelligence Analyst: Professionals who use streaming analytics platforms to identify trends, reduce costs, and improve efficiency for their organization.
  • Marketers: Professionals responsible for developing effective campaigns and content strategies that capitalize on user behavior insights from streaming analytics platforms.
  • Quantitative Researchers: Professionals with a deep understanding of mathematics, statistics and computer science who leverage streaming analytics platforms to construct sophisticated models in order to understand events as they happen.
  • Developers/Engineers: Professionals responsible for designing, coding and testing software applications that are supported by the capabilities of a streaming analytics platform.
  • Product Managers: Professionals responsible for defining product strategies in line with customer needs which may require the utilization of insights derived from a streaming analytics platform.
  • Risk Managers: Professionals who rely on actionable insights derived from streaming analytics platforms to detect fraudulent activities or mitigate operational risks that could affect their business operations.
  • Industry Analysts: Professionals who use streaming analytics platforms to study market trends and derive actionable insights that inform their decisions.
  • Data Journalists: Professionals who rely on data-driven stories and visualizations derived from streaming analytics platforms in order to craft compelling narratives that engage the public.

How Much Do Streaming Analytics Platforms Cost?

Streaming analytics platforms vary greatly in cost, depending on the services and features you need for your business. For example, a basic streaming analytics platform with basic functions such as data ingestion and storage, data transformation, and reporting could cost anywhere from $500 to $5,000 per month. For more comprehensive services and features such as machine learning capabilities, cloud integration, custom dashboards etc., the costs could range up to $20,000 or more per month.

When selecting a streaming analytics platform it is important to consider your needs both now and in the future. With hundreds of platforms available today it can be hard to narrow down which one best fits your requirements. To ensure you get the most out of your investment it's important to review each platform's features carefully so that you are getting exactly what you need at an appropriate price point. Additionally, some providers offer discounts or flexible payment plans when signing longer-term agreements making them an attractive option for those needing an extra layer of flexibility when budgeting their investments into their data infrastructure.

Streaming Analytics Platforms Integrations

Streaming analytics platforms can integrate with a wide variety of software types, including enterprise resource planning (ERP) and customer relationship management (CRM) solutions, data visualization tools such as Tableau and Google Data Studio, business intelligence systems, and machine learning libraries. These integrations are designed to help organizations gain deeper insights into their data by combining the power of streaming analytics with the capabilities of various software packages. For example, ERP integrations can allow an organization to link customer data with operational data in order to understand purchase trends over time. CRM integrations can also enable an organization to better understand customer behavior and preferences. Integrating streaming analytics platforms with business intelligence systems can provide organizations with predictive capabilities that enable them to make across-the-board decisions quickly and easily. Finally, machine learning libraries offer powerful analytical capabilities that can be used to detect patterns in large datasets or identify customer preferences from the streaming data produced from digital sources such as social media or web traffic.

Trends Related to Streaming Analytics Platforms

  1. Increased Adoption of Streaming Analytics Platforms: Companies are increasingly looking to streaming analytics platforms to acquire real-time insights into customer behavior and operational processes. Stream analytics offers a more cost-efficient and faster alternative to traditional batch analytics, and companies are taking advantage of this technology by leveraging streaming analytics platforms.
  2. Improved Usability: Streaming analytics platforms have become much easier to use, with features like drag-and-drop capabilities, support for multiple data sources and integration with existing systems. This has enabled companies to quickly set up and deploy streaming analytics solutions without needing specialized technical skills or resources.
  3. Scalability: An important benefit of using streaming analytics is the ability to quickly scale up or down depending on the needs of the organization. Companies can add new data sources, increase throughput and process larger volumes of data in real-time, enabling them to keep up with ever-changing demands.
  4. Growing Use of Cloud Solutions: The trend towards cloud-based solutions has enabled companies to easily access and deploy streaming analytics platforms. Cloud solutions offer scalability, flexibility, and cost savings compared to on-premise solutions, making them ideal for companies looking for quick deployment times, low costs, and easy access to data sources.
  5. Big Data Integration: Streaming analytics platforms provide organizations with an efficient way to integrate big data into their existing systems. Companies can ingest large volumes of data in real time and then process it quickly through tools such as Apache Spark or Kafka. This enables businesses to gain insights into customer behavior more quickly and accurately than ever before.
  6. Security Enhancements: Recent advances in security technologies have enabled streaming analytics platforms to better protect sensitive customer data. Platforms now offer encryption capabilities, along with authentication protocols such as OAuth2 and OpenID Connect, which further enhance security while still allowing access to data sources like databases.

How to Choose the Right Streaming Analytics Platform

Compare streaming analytics platforms according to cost, capabilities, integrations, user feedback, and more using the resources available on this page.

Selecting the right streaming analytics platform can be a complex process. Here are some steps to help you select the right streaming analytics platform for your needs:

  1. Identify Your Requirements: The first step is to identify your requirements from a streaming analytics platform – what kind of data do you need to analyze, what types of insights would you like to gain, and which features matter most? It’s important to have an idea of what you need before making any decisions.
  2. Research Available Solutions: Next, research available solutions that meet your identified requirements. Compare different platforms on their features, capabilities, and price points in order to determine which would be best for you. Often this involves taking a trial or demo version of the software in order to get an idea of how it works and if it meets all your needs.
  3. Consider Scalability: It’s also important to consider scalability when selecting a streaming analytics platform – will it be able to handle an increase in data volume or queries over time? Make sure the solution is capable of scaling up with your business growth and workload change.
  4. Evaluate Costs & Support: Finally, evaluate costs and support options when selecting a streaming analytics platform — do they provide customer service assistance, technical support resources, and other value-added services? Also, take into account any setup or maintenance fees associated with the software as well as ongoing subscription costs for continued usage or upgrades over time.