Built for speed
Engineered for high-volume processing of millions of events per second and low-latency response times. Outperforms other ESP engines.
Analyze high-velocity big data while it’s still in motion – before it is stored – so you can take immediate action on what's relevant, and ignore what isn't.
Ingests & consolidates streaming IoT sources
Extensive suite of prebuilt connectors and adapters lets you consume today's IoT sources – including structured and unstructured data streams – and extend in the future.
Complete multiphase analytics
Embed SAS at the edge, in the fog and in data at rest, cleansing and analyzing data at each streaming event phase. In-depth SAS models are portable to the stream and the edge. Supports algorithms for vector data description, robust principal component analysis, random forest, gradient boosting and streaming regression analysis.
Flexible, open modeling environment
Intuitive visual interface makes it easy to define, test and refine models – no need for specialized programmers. Access coding environments via the interface. Python developer interfaces support design using familiar interfaces (e.g., Jupyter notebook).
Ready for real-time action
Customizable alerts, notifications and updates provide situational awareness so you can react appropriately to what's happening or predicted to happen.
Image & video analytics
Combines streaming analytics, video and image ingestion with powerful neural networks to process video and still image data, including image pre-processing and object detection and classification.
Cloud ready
Compatible with cloud technologies, including BOSH Cloud Foundry, for large-scale distributed services. Ensures continuous, secure and stable event pattern detection through patented 1+N way failover, guaranteed delivery without persistence, full access to event stream model metadata, live stream queries and dynamic streaming model updates.
In-stream learning model windows
Use different window types – Train, Score, Calculate, Model Supervisor, Model Reader – for different tasks (e.g., specifying data stream input sources, patterns of interest and derived output actions).
Unified project deployment and server management
Use SAS Event Stream Manager to construct and manage reusable deployment templates, easily add new ESP servers, load and unload ESP projects, and automatically discover new servers using ESP agent technology for automated monitoring. When ESP servers are offline or unavailable, retry capabilities support redeploying models when connectivity resumes.
Seize opportunities and spot red flags hidden in torrents of fast-moving data flowing through your business.
Use machine learning to gain insights for taking the right action.
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.
Make sound big data decisions.
Filter, normalize, categorize, aggregate, standardize and cleanse big data before you store it – saving significant staff and computing resources from having to clean up data lakes. Prebuilt data quality routines and text processing execution are applied to data in motion so big data is filtered and ready for consumption.
Scale economically from edge to enterprise for growing data volumes.
Faster, better and more powerful stream processing from edge to enterprise for high-volume throughput (millions of events per second) means low-latency response times, running in distributed, in-memory grid processing commodity hardware environments. Analyze a variety of structured and unstructured data sources – including video, text, and image classification and identification – using advanced analytic techniques that include machine learning and artificial intelligence.
FEATURED PARTNER
Cisco & SAS
Cisco and SAS are partnering in several strategic areas to help customers modernize their analytics architectures. SAS® Analytics on the Cisco Unified Computing System™ (UCS) integrates high-velocity delivery of information in real time. The benefits that result from conducting proofs of concepts of SAS applications with Cisco technology include reliable scalability, reduced data center costs, and improved efficiencies that allow staff to focus on strategic business initiatives.
Explore More on SAS® Event Stream Processing & Beyond
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White Paper
Channeling Data Streams for Competitive AdvantageData is constantly flowing in and out of organizations from electrical and mechanical sensors, RFID tags, smart meters, mobile devices, and other objects. Analysts believe this data will drive a new type of industrial revolution driven by highly accurate, real-time analysis, alerts, and automated decisions and actions. As explored in this paper, the key to capturing the new opportunities afforded by these trends is streaming analytics capable of extracting the meaning from live data as it is created, and automating reactions to it in milliseconds. Inside, you’ll read about real SAS customers who are already using streaming analytics to enable revolutionary business models and revitalize productivity and success – and why now is the time to harness streaming data across your business.
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Customer Story
Better customer service via machine learningAdvanced analytics helps Rogers Communications become more customer-centric, cutting customer complaints in half.
- What is streaming data? A Current Technology Buzzwords question.Learn about streaming data, why it matters to your business and how it relates to big data, event stream processing, data management and the IoT.
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Article
How openness can supercharge event stream analyticsWhat does openness do for event stream analytics? David Loshin shows how it helps you speed and govern the full streaming analytics life cycle.
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Customer Story
Finding the next football star with artificial intelligenceDutch sports analytics company SciSports uses emerging tech to innovate on the pitch.
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Article
The future of IoT: On the edgeFrom cows to factory floors, the IoT promises intriguing opportunities for business. Find out how three experts envision the future of IoT.
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Article
3 things you need to know about event stream processingAs more data is generated from the Internet of Things, more of it will be analyzed as it is streaming. Learn how to analyze streaming data – and how it differs from traditional analysis.
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Article
Sensing a disturbance in the dataAs IoT data unites with event stream processing (ESP), these combined forces will automatically sense data pattern deviations and trigger immediate response.
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Article
Coming soon: The Industrial Internet and IoT standardsFrom smart farms to connected water meters, the IIoT party is happening – with consensus around IoT standards playing host.
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Article
How openness can supercharge event stream analyticsWhat does openness do for event stream analytics? David Loshin shows how it helps you speed and govern the full streaming analytics life cycle.
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Understanding data in motionLearn how to analyze fast moving data streams on the fly with event stream processing.
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