Intecs, founded in 1974, offers the most innovative software & hardware technology, IT engineering services, and products for reliable safety-critical and mission-critical electronic systems.
Intecs designs and develops applications, tools, software, hardware components, and products for the Aerospace, Defense, Transport, Telecommunications, and Smart Systems markets, in collaboration with leading industries, organizations, universities, and research centers in Europe and Italy.
Embedded Systems, FPGA Programming, and RTOS
INTECS, with thirty years of experience, develops embedded software for various sectors, optimizing processes from design to testing and offering turnkey solutions with cost efficiency and high quality.
In FPGA programming, INTECS designs custom algorithms and interfaces, providing development in VHDL and Verilog for Xilinx, Altera, and Microsemi components. For Real-Time Operating Systems (RTOS), INTECS handles development, customization, certification, and debugging, adhering to safety standards.
Blockchain
A series of innovative tools such as blockchain notarization, tokens, smart contracts, and the metaverse is increasingly revolutionizing how value is owned and exchanged digitally.
This transformation impacts business models and enhances operational efficiency across all industries, including startups and digitally native companies, spanning sectors such as agri-food, fashion and textiles, Made in Italy, services, finance and insurance, logistics, tourism, and craftsmanship.
The transition is underway. While past decades saw a shift from offline to online, today we are moving from online to on-chain, gradually involving all businesses.
Intecs’ Fintech division, leveraging its industrial partnerships, provides end-to-end blockchain solutions. Intecs adopts a consultative approach, guiding clients from the initial training phases and offering strategic support for blockchain adoption. It then progresses step by step, based on the client’s interests and objectives, from feasibility studies to the potential development and integration of a complete vertical solution.
As a single point of contact managing the entire process, Intecs’ Fintech division ensures a streamlined, seamless, and efficient workflow.
Verification & Validation
Independent Verification & Validation activities ensure system compliance with requirements and intended uses, focusing on both correct construction (Verification) and suitability for use (Validation).
Verification occurs at each lifecycle stage, while validation evaluates the overall system. These processes can be static, analyzing code and documentation, or dynamic, through functional testing. Intecs supports these activities with hardware and software solutions, automation tools, and simulators, offering detailed validation plans and reports.
Process Engineering
Process Engineering improves complex systems by ensuring functionality, safety, and quality. Models like CMMI and SPICE, used in aerospace, automotive, and defense sectors, require maturity certifications.
Certified by Volkswagen, Intecs supports many automotive companies in process evaluation.
Intecs is one of the promoters of Automotive Spin Italia, the forum for the automotive industry focused on quality and functional and cybersecurity safety for onboard software in electronic control units.
Mobile application development
Intecs has advanced expertise in mobile application development, both hybrid and native, offering innovative and tailored solutions for various sectors. In the field of hybrid applications, Intecs leverages frameworks like React Native and Flutter, enabling rapid and scalable development for multiple iOS and Android platforms with a single codebase, ensuring efficiency and cost reduction.
For native application development, Intecs uses technologies like Swift for iOS and Kotlin for Android, optimizing performance and fully utilizing the hardware and software features of the devices.
A key area of specialization is payment application development, where Intecs combines security, reliability, and a smooth user experience.
Hardware prototyping
The prototyping unit works closely with clients to define minimum requirements and uses advanced instrumentation and a network of suppliers to quickly produce mechanical and electronic parts.
Intecs follows specific safety standards for each sector and performs verification and validation activities, including signal integrity tests and hardware compliance.
The process stages include specification gathering, technical proposal, prototype development, small series production, and documentation issuance, supported by advanced measurement tools and modeling software.
Software-defined Radio
Software-defined radio is an emerging technology that creates flexible, multi-service, multi-band, and reprogrammable radio systems via software.
The main advantages of SDR (Software Defined Radio) include:
- Configurability, allowing the transceiver to adapt to different scenarios without hardware modifications;
- Upgradability, enabling the implementation of new algorithms and features without replacing hardware;
- Flexibility, allowing the same hardware to be used for different communication standards through software updates.
Intecs, with over 20 years of experience, focuses on analyzing the PHY-layer of signals to develop high-performance, low-complexity signal processing algorithms. Applications range from defense and research to satellite positioning and localization.
RAMS
Intecs supports clients from development to certification, ensuring reliability, availability, maintainability, and safety. The RAMS analysis covers all stages of the system lifecycle to ensure proper functioning and minimize downtime.
Intecs’ offerings also include RAMS training courses, tailored to the clients’ needs, to enhance professional skills.
Big Data Analysis
The generation of data today occurs in large volumes and at high speed, necessitating new management and processing techniques, known as Big Data, to handle these flows. These data, coming from sensors, multimedia devices, and other sources, require rapid and efficient processing, especially in real-time systems. Big Data analysis enables the discovery of hidden patterns and useful information, supported by advanced technologies that collect, store, process, and visualize heterogeneous data.
Big Data architectures are required when handling data quantities that exceed the capabilities of traditional systems, particularly at the terabyte or petabyte level. The adoption of a Big Data approach involves several stages, from needs analysis to technology implementation, with the aim of extracting value from data effectively.