
LVGL – a professional user interface for embedded systems
For years, a user interface in embedded systems meant a few segments on a 16×2 display or, at most, a monochrome display with simple icons. Projects requiring something more had to

For years, a user interface in embedded systems meant a few segments on a 16×2 display or, at most, a monochrome display with simple icons. Projects requiring something more had to

In the past decade, embedded electronics have shifted from 5V logic to operating on lower logic levels, typically 3.3V or even 1.8V. This shift is driven by a constant desire to

A connected insulin pump silently transmitting unencrypted patient data. An industrial controller accepting unauthorized firmware updates over a legacy serial port. These are the kinds of failures that define what’s at

Choosing the right chip is the single most consequential decision on any IoT development project, yet the terminology across ESP32 versions vs IoT development documentation often muddles what should be a

Integrating Google Sheets with Jira gives IoT and embedded teams a practical, low-cost way to manage test plans without the overhead of enterprise QA tooling. Testing is often treated as the

“Buzzword fatigue” around the Fourth Industrial Revolution is real, but stripping away the jargon reveals something consequential for engineers and product teams. The fourth industrial revolution IoT convergence shouldn’t be considered

Most IoT products don’t fail at launch — they fail in the development phase, long before a single component is soldered. And at the center of nearly every failure is the

To a Chief Technology Officer or Head of Engineering, the phrase “smart home” is often met with a degree of weariness. The smart home evolution, traced honestly from its earliest powerline

Developing smart, internet-connected devices and bringing them to market is the exciting part of the process. However, as always, there are certain rules that must be adhered to. These are built

IoT devices often serve quite specific purposes. They may operate in remote locations far from civilization, or they may be found right in our homes. The form an IoT device takes

For years, a user interface in embedded systems meant a few segments on a 16×2 display or, at most, a monochrome display with simple icons. Projects requiring something more had to

In the past decade, embedded electronics have shifted from 5V logic to operating on lower logic levels, typically 3.3V or even 1.8V. This shift is driven by a constant desire to

A connected insulin pump silently transmitting unencrypted patient data. An industrial controller accepting unauthorized firmware updates over a legacy serial port. These are the kinds of failures that define what’s at

Choosing the right chip is the single most consequential decision on any IoT development project, yet the terminology across ESP32 versions vs IoT development documentation often muddles what should be a

Integrating Google Sheets with Jira gives IoT and embedded teams a practical, low-cost way to manage test plans without the overhead of enterprise QA tooling. Testing is often treated as the

“Buzzword fatigue” around the Fourth Industrial Revolution is real, but stripping away the jargon reveals something consequential for engineers and product teams. The fourth industrial revolution IoT convergence shouldn’t be considered

Most IoT products don’t fail at launch — they fail in the development phase, long before a single component is soldered. And at the center of nearly every failure is the

To a Chief Technology Officer or Head of Engineering, the phrase “smart home” is often met with a degree of weariness. The smart home evolution, traced honestly from its earliest powerline

Developing smart, internet-connected devices and bringing them to market is the exciting part of the process. However, as always, there are certain rules that must be adhered to. These are built

IoT devices often serve quite specific purposes. They may operate in remote locations far from civilization, or they may be found right in our homes. The form an IoT device takes