Discussing Modern Development Techniques in Embedded Systems

In this episode of the Agile Embedded Podcast, hosts Jeff Gable and Luca Ingianni play buzzword bingo, discussing various modern development techniques, tools, and methodologies in the context of embedded systems. They explore the relevance and applicability of terms like microservices, serverless, Kubernetes, Docker, continuous integration, continuous delivery, continuous deployment, A/B testing, API-first design, behavior-driven development, and modern languages such as Rust and C++. They also touch upon the use of AI in development and deployment processes, along with debugging, observability, monitoring, and simulation tools like Memfault, Mender, and Renode. The conversation seeks to provide insights and opinions on which of these techniques and tools are worth investigating or applying to embedded projects.

00:00 Introduction to the Agile Embedded Podcast
00:06 Exploring Modern Development Buzzwords
01:26 Web Technologies in Embedded Systems
05:28 Diving into Docker for Embedded Development
07:49 Understanding Immutable Infrastructure
13:32 Continuous Integration, Delivery, and Deployment
19:53 A/B Testing in IoT Devices
23:06 API First Design in Embedded Systems
26:08 Modern Languages: The Case for Rust
27:54 Exploring Rust in Embedded Systems
28:37 Challenges with Modern C Programming
30:10 Embedded Linux and Language Flexibility
32:27 Model-Based Development with Simulink
33:53 Modern Tooling for Embedded Systems
40:25 AI in Embedded Systems
44:05 AI-Assisted Development
47:36 Conclusion and Contact Information

You can find Jeff at https://jeffgable.com.
You can find Luca at https://luca.engineer.

Want to join the agile Embedded Slack? Click here

Exploring Rust for Embedded Systems with Philip Markgraf

In this episode of the Agile Embedded Podcast, hosts Jeff Gable and Luca Ingianni are joined by Philip Markgraf, an experienced software developer and technical leader, to discuss the use of Rust in embedded systems. Philip shares his background in C/C++ development, his journey with Rust, and the advantages he discovered while using it in a large development project. The conversation touches on memory safety, efficient resource management, the benefits of Rust's type system, and the supportive Rust community. They also explore the practical considerations for adopting Rust, including its tooling, ecosystem, and applicability to Agile development. The episode concludes with Philip offering resources for learning Rust and connecting with its community.

00:00 Introduction and Guest Welcome
00:26 Philip's Journey with Rust
01:01 The Evolution of Programming Languages
02:27 Evaluating Programming Languages for Embedded Systems
06:13 Adopting Rust for a Green Energy Project
08:57 Benefits of Using Rust
11:24 Rust's Memory Management and Borrow Checker
15:50 Comparing Rust and C/C++
19:32 Industry Trends and Future of Rust
22:30 Rust in Cloud Computing and Embedded Systems
23:11 Vendor-Supplied Driver Support and ARM Processors
24:09 Open Source Hardware Abstraction Libraries
25:52 Advantages of Rust's Memory Model
29:32 Test-Driven Development in Rust
30:35 Refactoring and Tooling in Rust
31:14 Simplicity and Coding Standards in Rust
32:14 Error Messages and Linting Tools
33:32 Sustainable Pace and Developer Satisfaction
36:15 Adoption and Transition to Rust
39:37 Hiring Rust Developers
42:23 Conclusion and Resources

Resources

Phil's Linkedin

The Rust Language
Rust chat rooms (at the Awesome Embedded Rust Resources List)

The Ferrocene functional-safety qualified Rust compiler

You can find Jeff at https://jeffgable.com.
You can find Luca at https://luca.engineer.

Want to join the agile Embedded Slack? Click here

The Dangers of Magic in Software Abstractions

In this episode of the Agile Embedded Podcast, hosts Jeff Gable and Luca Ingianni discuss the pitfalls of relying on 'magic' in software development, particularly in tooling, build systems, and frameworks. They illuminate how seemingly helpful abstractions can become burdensome when they obscure necessary complexities or become hard to debug. Through various examples, including comparisons of Arduino and CMake, they explore what makes a good abstraction versus a bad one. The conversation also delves into the importance of composability, testability, and the real-world impact of overly simplistic or 'magical' solutions in long-term projects. The episode wraps up with practical advice for selecting and designing more effective coding abstractions to mitigate risks.

00:00 Introduction and Episode Theme
00:19 The Problem with Magic in Programming
02:54 Examples of Good and Bad Abstractions
04:45 Frameworks and Tools: Arduino vs. CMake
08:10 Vendor-Supplied Tools and Their Pitfalls
13:05 Characteristics of Good Abstractions
29:04 Testing and Abstractions
37:10 Final Thoughts and Contact Information

You can find Jeff at https://jeffgable.com.
You can find Luca at https://luca.engineer.

Want to join the agile Embedded Slack? Click here