FBL's approach to commissioning emphasizes technical review and analysis of the design to develop project-specific procedures that provide a repeatable testing methodology. During construction, regular inspections will result in fewer delays and minimize the accumulation of project deficiencies. Appropriate and effective commissioning after hand over ensures an efficient and cost-effective operational future. Whether we provide inspection and/or commissioning, we ensure that systems are completed to fulfill the design intent as well as the user’s needs, with the goal of self-sufficient and efficient operations for years to come.

The IIoT is an evolution of a distributed control system (DCS) that allows for a higher degree of automation by using cloud computing to refine and optimize the process controls. Electronics like lasers, smartphones, tablets, connected devices, digital signal processing and robots have become part of everyday life in our connected world. FBL's expertise in electronics engineering and IoT product development meet the need to quickly develop high-performance smart devices backed by solid engineering. We specialize in interconnected sensors, instruments, and other devices networked together through industrial applications.

Rapid changes in technology mean that the pace of construction often lags behind developments in IMIT. We create flexible supporting infrastructure and systems that can be easily upgraded to suit our clients’ changing needs and the availability of new technology. We provide connected solutions to a wide range of sectors, including computer centres, traders’ floors, hospitals, industrial and manufacturing plants, research laboratories, classrooms, data centres, active modeling facilities, vivarium, pharmaceutical and microchip manufacturers.

Integrated electronic security systems are complex, mission critical, and require advanced integration. Their design/implementation involves coordination with multiple departments. We provide custom design and integration of secure proprietary architecture network-based systems.

FBL develops security monitoring strategies to detect and respond to cyber threats against information assets that may be vulnerable to malicious activity such as cybercrime and attacks in both cloud and on-premise network environments.

Security System network design is a critical component that ensures the functional and secure operation of today’s Digital Security System. Many factors are considered in the design to create a highly available system that will function properly and help protect your resources, property, staff, visitors, and other users. Today’s Digital Security System requires high bandwidth, security, scalability, availability and accessibility. Our Security Network designers consider all these factors and incorporate elements such as high availability, redundancy, encryption, and throughput.

FBL strives to provide collaborative planning, monitoring, measurement, analysis and management tools for of the supply network. The most important aspect in implementing the design, procurement, installation, inspection/commissioning and close out process is the development of technical specifications that are based on review and adoption of existing and emerging industry standards. Our design team ensures that these are considered in all specifications in order to provide our clients with systems that will be cost effective to purchase, operate and maintain.

Our team will simplify complex interoperability challenges, using service-oriented, teamwork-enabled design and deployment methodology that runs on all platforms and devices. The key is an easy-to-use integration engine platform for information sharing between IT systems, regardless of technology and standards. We simplify the development of complex integration environments with an intuitive user interface and builds on legacy systems to enable Enterprise Application Integration (EAI) and to facilitate a Service-Oriented Architecture (SOA).

Our extensive experience in P3s (Public Private Partnership) or AFPs (Alternative Finance Partnership) supports effective P3 procurement, where our accurate pre-designs can reduce total cost of ownership. Our risk advisory methods and processes enable improved collaboration between stakeholders.

The Technical Risk Management Process is among the crosscutting technical management processes. Risk is the potential for performance shortfalls, which may be due to safety, technical, schedule, or cost execution domains.