Sift and QNX Team Up to Stream Live Sensor Data From Physical AI Systems

Sift support for QNX lets safety‑critical and Physical AI devices gain near real-time data analysis without changing existing firmware.

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QNX-powered systems can now feed live telemetry into Sift with no firmware changes, enabling engineers to query machine data within one second of leaving the device

MARINA DEL RAY, Calif.--(BUSINESS WIRE)-- Sift, the data infrastructure platform for mission-critical hardware, today announced that it has joined forces with QNX, a division of BlackBerry Limited (NYSE: BB) (TSX: BB) to deliver near real-time observability for embedded systems. Engineers building mission and safety critical systems can now stream live telemetry from QNX-powered systems directly into Sift and query that data within one second of leaving the device, without requiring changes to software running on the device itself.

Embedded in more than 275 million vehicles worldwide, QNX technology is trusted by leading OEMs and Tier 1s including BMW, Bosch, Continental, Geely, Honda, Hyundai, Mercedes-Benz, Toyota, Volkswagen and Volvo. Beyond automotive, QNX is increasingly serving as the software foundation for Physical AI, powering robotic systems, industrial automation, medical devices and other intelligent machines that must make real-world decisions safely and reliably. Yet many of the teams building these systems still lack the infrastructure needed to effectively capture, analyze and act on the vast amounts of sensor data they generate.

QNX provides the safety-certified software foundation for these devices, while Sift gives engineering teams a unified platform to analyze the telemetry they produce. Integration is simplified. Sift subscribes to the telemetry streams running on QNX® OS already broadcast, including MQTT, and can take other protocols through custom ingestion paths. The integration allows live telemetry streaming from a device running QNX® OS 8.0 through its existing MQTT broker into Sift, where each message is queryable using standard SQL within one second of leaving the device.

That matters most on complex machines. QNX-powered systems often produce thousands of separate measurements across dozens of subsystems, and Sift places them on a single timeline, allowing engineers to compare a fault event against the CPU load that preceded it or compare one unit against the previous hundred shipped.

“The next decade of hardware will be won by the teams that learn fastest from their machines,” said Austin Spiegel, Co-Founder and CEO of Sift. “QNX runs the machines the world cannot afford to get wrong. A team should be able to plug in on day one and spend their time engineering, not building telemetry plumbing, and that is exactly what this partnership delivers.”

“Our customers build systems where safety and real-time performance are non-negotiable, and they are increasingly asked to do more with the data those systems generate,” said Romain Saha, Senior Director, Strategic Alliances at QNX. “Sift gives them a validated, low-friction path from a QNX-powered device to real-time analysis and as Physical AI reshapes industries, access to real-world operational data is becoming a critical enabler of innovation.”

Sift is available today for teams working with QNX. Learn more at www.siftstack.com.

About Sift:

Sift is the data infrastructure platform for mission-critical hardware. Engineering teams use Sift to observe complex hardware systems in real time. Founded by former SpaceX engineers, the platform ingests high-volume time-series telemetry from automotive, commercial vehicle, rail, robotics, medical device, and defense programs, then surfaces anomalies and root cause from first bench test through full-scale fleet operations. Learn more at www.siftstack.com.

View source version on businesswire.com: https://www.businesswire.com/news/home/20260917915244/en/

Media Contacts:
Sift@deeptech.agency

Source: Sift

Key Terms

telemetry technical

Telemetry is the automatic collection and transmission of measurements from remote devices, systems, or patients to a central system for monitoring and analysis—like a car sending engine, speed and location data back to a dashboard. For investors it matters because telemetry provides real-time evidence of product performance, safety and user behavior, helping assess revenue potential, operational risk, regulatory compliance and whether a product is meeting market demand.

mqtt technical

MQTT is a lightweight messaging protocol used to send small pieces of data between devices and applications over the internet; think of it as a low‑power postal system or walkie‑talkie network where many devices exchange short updates through a simple central hub. It matters to investors because widespread use influences how efficiently companies connect sensors, products and cloud services—affecting operational costs, product capabilities, scalability and cybersecurity risk across industries that rely on connected devices.

sql technical

Structured Query Language (SQL) is the standard language used to store, retrieve and manage data in databases — think of it as the way people ask a digital filing cabinet for specific records. For investors, SQL matters because companies use it to run financial reports, customer analytics, and operational systems; strong use or problems with SQL-driven systems can affect accuracy of reporting, speed of decision-making, security, and IT costs.