The way we interact with machines is changing. Arm’s Project Trillium will transform our lives through a new class of advanced and ultra-efficient machine learning and object detection processors purpose-built to redefine device capabilities.
Arm technologies enable the world’s most popular AI platform — the smartphone — including machine learning (ML) features like predictive text, speech recognition, and computational photography. We also enable newer AI platforms like voice assistants and consumer robots that are revolutionizing how people interact with technology and the way technology interacts with the world.
As we move from the era of web services and apps to an era of AI-based systems, this revolution will happen faster. AI will be pervasive in all computing applications. Autonomous driving will change how we use cars. Smartphones will become more intuitive and proactive. Radical new business models will change our lives in ways we can’t imagine. Arm technology will enable this new era.
Right for Each Application
Responsive and efficient AI
Arm’s Project Trillium is driving the AI revolution, redefining device capabilities through a new class of ultra-efficient processors and highly optimized software.
Providing a massive efficiency uplift from CPUs, GPUs, DSPs and accelerators, Project Trillium completes the Arm Heterogenous ML compute platform with the Arm ML processor, the second-generation Arm object detection (OD) processor and open-source Arm NN software.
Distributed Intelligence from Cloud to Edge
Enable AI everywhere
Distributed intelligence will eventually be in every part of the system, from the datacenter to network infrastructure, to both smart and constrained devices. Latency and network bandwidth requirements have been a catalyst for deploying intelligence at the edge.
Arm's common architecture will support diverse AI applications and their specific requirements everywhere they need to run. Powerful application-class cores and interconnects can enable the high compute power required in the data center. Highly power-efficient microcontrollers can enable AI algorithms for even highly constrained, battery powered edge devices, such as wearables and sensors.
In Arm AI We Trust
The foundation of safe and secure systems
Security and privacy are critical and Arm TrustZone technology is a proven trust enabler. Edge devices will carry out more analysis, sending only essential data back to the datacenter, reducing the risk of data breach and remote monitoring. The scalability of the Arm architecture allows it to be applied in network and datacenter systems as well as the smaller edge nodes, keeping the entire system secure.
AI systems will operate in hazardous environments. Applications such as autonomous vehicles and robots require the highest levels of reliability and the ability to fail safely. Arm is at the forefront of developing processor and on-chip interconnect technology that supports the functional safety ISO 26262 standard.
Amiko develops artificial intelligence (AI)-powered sensors as add-ons to standard inhalers to improve asthma treatment. These smart sensors must be low-powered, scalable, and cost-efficient to work with a patient-facing app on a connected platform.
Secure implementation for automotive applications, including parking sensors and much more.
Social Robot ElliQ Alleviates Loneliness Among Elderly
ElliQ is an engaging robotic companion that learns its owner’s behavior patterns to proactively suggest activities, play music, videos, and ebooks, and connect to family and friends through social media. Intuition Robotics uses Qualcomm Snapdragon 820 SoC built on Arm Cortex technology, with machine learning functionality.
With so many applications for artificial intelligence emerging, it can be difficult to know where to start. Talk to an Arm expert about the right machine learning solution for your AI project.
A new class of ultra-efficient processors and highly optimized software. Designed for unmatched versatility and scalability, Project Trillium is enabling a new era of ultra-efficient machine learning (ML) inference.
Arm Machine Learning Processor
An optimized, ground-up processor design for machine learning.
Arm Object Detection Processor
Enables sophisticated object detection in a new generation of smart cameras and other vision-based devices.
Free of charge, this software developer kit bridges the gap between existing NN frameworks and the underlying IP.
Arm and its global partner ecosystem is one of the largest, most prolific and creative communities of product innovators. We’re providing power-efficient intelligence as the foundation for transformative applications and business ideas. See how Arm makes smart possible.
Arm neural network machine learning (ML) software makes it easier than ever to build and run ML applications on power-efficient, Arm-based platforms.
ML is changing healthcare, retail, automotive and server technologies. Now, the major challenge is to move this power to the edge and solve the privacy, security, bandwidth and latency issues that exist today.
Machine Learning Resources
Machine Learning solution brief
As intelligent assistance is becoming vital in our daily lives, the technology is taking a big leap forward.
- Download the survey: The New Voice of the Embedded Intelligent Assistant
Voice recognition is arguably the most high-profile example of the power of artificial intelligence.
- This survey shows how: New Electronic Friends
Software frameworks for neural networks
- Learn how to run software frameworks in an embedded environment: Optimizing Machine Learning Workloads on Power-efficient Devices
Hear from Arm experts and learn how fast and easy it is to run AI/ML applications on a mobile development platform.
Project Trillium is a suite of Arm IP designed to deliver scalable ML and neural network functionality at any point on the performance curve, from sensors, to mobile, and beyond. Gain insights on how ML processing requirements vary significantly according to workload and let Arm experts help you navigate the path.