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The slides of my two JavaOne talks should show up in the JavaOne 2015 Session Catalog soon, in the meantime you can access them via SlideShare:
- CON3434: Bringing IoT Cloud Services to Edge Devices with Java ME Embedded 8
- CON3437: Smart devices for the Internet of Things: Java ME Embedded 8.2 and Beyond
Cheers,
— Terrence
Following up on his keynote at JavaOne 2015, Michael Greene (VP of Software and Services Group and General Manager of System Technologies and Optimization at Intel Corporation) posted a piece on the announcement to support Java ME running on Intel architectures and why Java is important in a connected world.
Cheers,
— Terrence
Update on 10/16: Added info related to the Java Hub
Yes, another year has raced past and JavaOne San Francisco is here again – Oct 25 through 29!
And yes, as usual, it’s a packed week again: Keynotes, demos, Exhibition Hall, MakerZone, networking, party, … and more than 450 sessions!
If embedded, small devices, and Internet of Things is your cup of Java (excuse the pun), here is – as every year – my (totally subjective) JavaOne guide. Watch for updates as we get closer to the event, but for now – here is the first pass:
General:
- JavaOne4Kids (Saturday)
- JavaOne Keynotes (including Java ME in several segments): Intel, Oracle (Sunday)
- Throughout the conference
- Exhibition Area
- Java Hub (3D Modeling, Geek Bar, Hackergarten, MakerZone, myMatrix, Nighthacking, and OTN Community Cafe). Check out the Java ME Java ME R/C car/Internet of Things demo in the MakerZone and hang out with us at the Geek Bar for Q&A.
My sessions:
- CON3434: Bringing IoT Cloud Services to Edge Devices with Java ME Embedded 8
- CON3437: Smart devices for the Internet of Things: Java ME Embedded 8.2 and Beyond
Highly recommended sessions:
- TUT10744: Getting Started with Java ME Embedded on the STMicro Cortex-M4 and Other Devices (STM, Oracle)
- CON4075: There Is Business in Java and IoT (Oracle)
- CON11181: Accelerating IoT with ARM (ARM)
- CON10322: A Comprehensive Smart Home Platform Powered by Java ME and Java EE (Blueberry Zone)
- CON11180: ARM Cortex-M and Java in the Internet of Things (ARM)
- CON9758: Building a Trusted Gateway with Java ME and Secure Element (Gemalto)
- CON5106: Enabling Your Device to Be Part of the Internet of Things (MicroDoc, Hepa Wash)
- CON6694: From Product to Services in the Embedded World, Thanks to Java ME 8 and STM32 MCU (STM)
- CON2588: Internet of Things: Threats and Countermeasures with Java (Oracle)
- CON11279: Introducing the Oracle Internet of Things Cloud Service (Oracle)
- UGF10301: James Gosling, Robots, the Raspberry Pi, and Small Devices (Liquid Robotics, code centric, Gluon, QAware)
- BOF6850: Project Kona: Java Networking Technologies for the Internet of Things (ARM, Oracle)
- CON6489: Smart Open Spaces Powered by Java ME, Java SE, and Single-Board Computers (Accenture)
- CON5508: Using Java on Edison to Communicate with Wearable Sensors (Intel)
- CON4805: Increased Developer Productivity for IoT (Bitreactive, Oracle)
- CON7339: Providing Eyes, Ears, and a Mouth to Your IoT Project (Globalcode)
Other interesting sessions:
- CON5364: IoT: What Is in It for Java Professionals? (GE, Oracle)
- CON2582: Java Card Platform Evolution (Oracle)
- CON4876: How to create a Voting Machine (Canoo, Oracle)
- BOF5849: PixyBot: Creating a Programmable, Object-tracking Robot (Goethe Center, Oracle)
- CON2984: IoT Realized: The Connected Car (Pivotal)
- HOL6159: Let’s Have Fun with Robot APIs (Aldebaran)
More Details:
See Agenda, Content Catalog.
See you soon in San Francisco!
Cheers,
— Terrence
I will be delivering a keynote at the Telematics Berlin 2015 conference:
May 11, 14:40: Enabling the Connected Car with Java: Smart and Secure
Connected Cars are becoming full-fledged members of the Internet, requiring local intelligence and applications, advanced connectivity, and comprehensive security. Learn why Java Embedded is enabling high-volume connected car deployments today:
- Provides a proven, secure, and flexible in-vehicle platform for advanced software functionality and business logic, coupled with easy cloud integration
- Enables an efficient software model for rapid software innovation, software reuse, modularity, and secure in-field updates
- Leverages the large Java ecosystem of code, developers, and partners to increase the overall business value of the connected car solution
Oracle is a Gold Sponsor to this event. You can save €100 on the registration using discount code “2706SPK”
Cheers,
— Terrence
Update (4/17/15):
The recording of the webcast is now available here.
Quick note:
MicroDoc and Oracle will be doing a joint webcast today on the topic of Java in the Connected Car. Join us to learn about the challenges of connecting vehicles and mobile services, how Java is designed to meet these challenges, and how MicroDoc can help deploying solutions.
The webcast is free, but you need to register.
Cheers,
— Terrence
At JavaOne a few weeks ago, Oracle made available the Java ME 8.1 Developer Preview release for the Freescale FRDM-K64F (“Java ME 8.1 in 190 KB RAM”) and announced the upcoming full release of Java ME Embedded 8.1 (press release).
On Monday this week, we followed up as promised and posted the General Availability (GA) releases of Oracle Java ME 8.1 and the Oracle ME SDK 8.1.
Oracle Java ME Embedded 8.1 and ME SDK 8.1 New Features and Enhancements
- Support for ARM Cortex-M3/-M4 micro-controllers
- Updated Raspberry Pi support
- Updated Developer Preview on FRDM-K64 with mbed
- Improved support for two additional Qualcomm Gobi device families
- New communication, security, and networking features
- New support for Eclipse IDE, including major update of the Eclipse MTJ plugin
- Developer improvements: Tooling over USB, heap analysis, faster communication
- A number of smaller enhancements and fixes
Java 8: Truly Scalable
With this release, Java ME 8 now fully lives up to its design promise of delivering a feature-rich Java 8 platform that scales from powerful embedded systems all the way down to resource-constrained singe-chip micro-controllers with as little as 128 KB of RAM.
Developers can now rely on a consistent, standards-based programming model and platform that allows true code reuse from large to small solutions … in most cases the same, unmodified application binary will run across the entire range of target devices – irrespective of the underlying hardware and software differences. This means faster time-to-market, improved security and flexibility, and the ability to deliver more product value, faster.
No other embedded software technology can do that today.
Call to Action
- See here for a high-level summary/announcement of Oracle Java ME Embedded 8.1 and Java ME 8 in general
- For more information on FRDM-K64F support, a sample project, and additional background, see my previous post
- For more info, check out the short slide deck “Introduction to Oracle Java ME Embedded 8.1 Developer Preview”
- To get started, download the Java ME Embedded 8.1 binaries and the Java ME SDK 8.1
- Be sure to refer to the comprehensive Java ME 8.1 documentation pages, including Release Notes, Getting Started Guides, and Developer’s Guide
- Read the post on The Java ME Blog, including sample code
- See the The Java Tutorials Blog to learn more about the documentation and the new Java ME Optimization Techniques chapter
- Head over to the OTN Java ME Embedded Forum for questions and discussions
Java ME 8: Making the programmable, scalable, and secure Internet of Things a reality!
Cheers,
— Terrence
In case you haven’t seen it yet:
Oracle released a new video about the challenges of building embedded solutions in the Internet of Things and how Java Embedded can help, including some interesting data and real-world use cases.
Java Embedded for IoT (2:51)
Cheers,
— Terrence
The Oracle Java ME documentation team has put together a short survey (7 questions) to help us understand better what type of Java ME documentation you are looking for and how we can improve it.
You’d do us a great favor (and, ultimately, yourself 😉 by quickly filling in the survey!
Cheers,
— Terrence
About 18 months ago we embarked on an ambitious journey to deliver a major update of the Java ME platform standard by filing JSR 360 (CLDC 8) and JSR 361 (MEEP 8) in the JCP (“JSR 360 and JSR 361: A Big Leap for Java ME 8”).
Both JSR 360 and JSR 361 were unanimously approved this week, with 25 YES votes each. Java ME 8 is now a reality, bringing the power of Java 8 to small embedded. Stay tuned for more announcements soon.
In the meantime, for be sure to check out my webcast “Introduction to Java ME 8” or the ”Java ME 8 Deep Dive” presentation.
Cheers,
— Terrence
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