Embedded software
Machine control logic
Firmware for electronic control units
I/O management, CAN bus, industrial protocols
Safety and management of critical functions
Performance and energy‑consumption optimization
SOFTWARE DEVELOPMENT
ALMEC Software Development: intelligence, safety, and continuity for machines
With ALMEC, software development becomes a strategic asset: not just code, but an industrial system designed to last, evolve, and create value.
From the concept to the machine’s operational life
At ALMEC we develop embedded software and application software as a structural part of the machine, not as a simple accessory component.
Every project is conceived to ensure long‑term reliability, functional safety, advanced diagnostics, and easy integration, supporting the product throughout its entire lifecycle.
ALMEC supports the customer through all stages of software development:
- 1Requirements analysis
- 2Development and integration
- 3Validation and testing
- 4Commissioning
- 5Updates and support
- 6Diagnostics and continuous improvement
Industrial software made by ALMEC
ALMEC
Industrial HMI & UX Interfaces
Custom operator interfaces
Control dashboards
Parametric configurators
Real‑time data visualization
User experience focused on simplicity
Connectivity, Telemetry & IoT
Data collection systems
Remote monitoring
Fleet management
Remote diagnostics
OTA software updates
Embedded software
Machine control logic
Firmware for electronic control units
I/O management, CAN bus, industrial protocols
Safety and management of critical functions
Performance and energy‑consumption optimization
Industrial HMI & UX Interfaces
Custom operator interfaces
Control dashboards
Parametric configurators
Real‑time data visualization
User experience focused on simplicity
Connectivity, Telemetry & IoT
Data collection systems
Remote monitoring
Fleet management
Remote diagnostics
OTA software updates
Standardization
To accelerate development and reduce project risks, ALMEC has created a standardized low‑level software framework that shortens time‑to‑market and ensures greater project control.
Modular architecture
ALMEC‑designed software is based on standard modules for managing inputs and outputs, both hardware and software, facilitating integration across different architectures and enabling the system to adapt to the machine.
Integration
ALMEC uses a modular set of standard functions designed to integrate electronic board firmware, support application‑level usage, and ensure long‑term maintainability and upgradability.
- Standardization
To accelerate development and reduce project risks, ALMEC has created a standardized low‑level software framework that shortens time‑to‑market and ensures greater project control.
- Modular architecture
ALMEC‑designed software is based on standard modules for managing inputs and outputs, both hardware and software, facilitating integration across different architectures and enabling the system to adapt to the machine.
- Integration
ALMEC uses a modular set of standard functions designed to integrate electronic board firmware, support application‑level usage, and ensure long‑term maintainability and upgradability.
Our target audience
Manufacturers of industrial machinery (OEMs)
System integrators and technology partners
Technology distributors and resellers
Machine rental companies
Digital services & SaaS providers
Research and development partners
Functional Safety - Safety by Design
Safe software for critical functions
Embedded software today governs functions that directly impact:
operator safety
machine stability
production continuity
regulatory compliance
For this reason, we develop according to Safety by Design principles, integrating analysis and validation from the earliest design phases.
Regulatory references
Depending on the application, we operate in accordance with key standards such as:
ISO 13849 (Safety of Machinery)
IEC 61508 (Functional Safety)
ISO 25119 (agricultural and off‑highway machinery)
Guidelines for programmable electronic systems
Methodologies
Our activities include:
Risk analysis and PL / SIL assessment
Fail‑safe and redundant architectures
Monitoring and diagnostics of critical functions
Error handling and degraded‑state management
Full traceability of software requirements
Value for OEMs and machine manufacturers
For an OEM, integrating functional safety means:
Reducing technical liability risk
Facilitating CE certification and compliance
Lowering the risk of recalls and disputes
Increasing the perceived reliability of the product
Safe software for critical functions
Embedded software today governs functions that directly impact:
operator safety
machine stability
production continuity
regulatory compliance
For this reason, we develop according to Safety by Design principles, integrating analysis and validation from the earliest design phases.
Regulatory references
Depending on the application, we operate in accordance with key standards such as:
ISO 13849 (Safety of Machinery)
IEC 61508 (Functional Safety)
ISO 25119 (agricultural and off‑highway machinery)
Guidelines for programmable electronic systems
Methodologies
Our activities include:
Risk analysis and PL / SIL assessment
Fail‑safe and redundant architectures
Monitoring and diagnostics of critical functions
Error handling and degraded‑state management
Full traceability of software requirements
Value for OEMs and machine manufacturers
For an OEM, integrating functional safety means:
Reducing technical liability risk
Facilitating CE certification and compliance
Lowering the risk of recalls and disputes
Increasing the perceived reliability of the product
Cybersecurity
The evolution toward connected machines, industrial IoT, and OTA updates introduces new vulnerabilities. Cybersecurity is no longer optional.
ALMEC integrates Cybersecurity by Design principles into embedded software development and digital platforms.
Areas of Intervention
Protection of CAN, Ethernet, and wireless communications
Secure device authentication
Data encryption in transit and at rest
Secure boot and firmware protection
Secure management of OTA updates
Access control and privilege management
We operate in line with the latest European regulatory developments in industrial cybersecurity (NIS 2 – EN 18031) and with best practices for embedded systems.
Program your devices autonomously with ALMEClab
ALMEClab is ALMEC’s software platform designed for programming electronic control units (ECUs) and PLC modules, fully compliant with the international IEC 61131‑3 standard.
Program PLC modules and ECUs using both textual and graphical languages (e.g., ST, LD, IL, FBD, SFC).
View, modify, and simulate control variables in real time.
Create customized interfaces for machine parameterization, configuration, and diagnostics.
Manage differentiated access levels to protect critical or sensitive functions within the application.
An intuitive development environment that guides the designer from initial configuration to commissioning, enabling the integration of remote‑update capabilities and advanced diagnostic tools.
The advantages
Reduced development time
Validated and secure software
Greater system reliability
Advanced diagnostics
Future product scalability
Updates and support
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