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Smart Cities & IoT Solutions

Smart Cities & IoT Solutions

For almost a decade, Trigyn has been helping government and private sector clients realize the benefits that data-driven management can bring to the delivery of services, management of facilities, and the consumption of resources. With more than 50,000 sensors integrated into client projects, Trigyn is proud of its track record of success implementing Smart Cities and IoT projects spanning security, transportation, municipal services, utilities, facilities management, and other areas.

Trigyn’s Smart Cities practice was built on the foundation of integrating best in breed technologies, available in the marketplace, to achieve client objectives. Early on, we became acutely aware of the challenges posed by disparate platforms and standards, and the cost and complexity they added to Smart Cities and IoT implementations. This spurred Trigyn’s embrace of open-source standards, which lead to Trigyn becoming a platinum sponsor of FIWARE.

Trigyn has since successfully implemented a wide range of projects based on FIWARE open-source standards.

Smart City and IoT Centre of Excellence

Trigyn has established our Smart City & Internet of Things (IoT) Center of Excellence with a focus on Unified Command & Control Centers, Smart Utilities, and Security & Surveillance. Trigyn’s experience in Smart City solutions is based on successful project implementations and pilot programs spanning various Smart City Elements. Trigyn has established a model for a Unified Command Control Centre for emergency response and city services management leveraging an open-standards framework. The model includes support for Geographic Information Systems (GIS), IoT Integration, Key Performance Indicator Dashboards, and City Administration leveraging Standard Operating Procedures (SOPs) for Routine Operations and Emergency Response Management including Cross-Agency Collaboration.

Trigyn has adopted a partnership approach to Smart City engagements. By partnering with leading technology companies, Trigyn can bring forward best-in-class solutions aligned with our clients’ unique business needs. Using this approach, Trigyn has evaluated and partnered with companies spanning Smart devices, Security & Surveillance, Smart Utilities and Emerging Technologies. To ensure successful project implementation of disparate technologies, Trigyn has established Smart City systems integration and managed services as core competencies of our internal team. Trigyn’s partnership approach allows us to incorporate the latest technologies and approaches to bring forward leading edge Smart City solutions for our clients’ unique challenges.

Smart City Unified Command Centre

A centralized monitoring and operations center serve as a central point of management for the ecosystem of Smart Sensors and Controls. The Center typically includes capabilities to address a wide range of use cases including, most commonly, incident and response management, real-time analytics, and decision support system. Using open standards, the Command & Control System can be integrated with a wide range of OEM solutions for Surveillance, Public Address Systems, Environmental Sensors, GIS Systems, Smart Utilities and External Applications.

The diagram below illustrates the solution architecture and components for the integrated Smart City Operations Center leveraging the model of Unified Command Centre.

Smart City Unified Command Centre

IoT Smart Elements Integration

The Unified Command Centre will aggregate various data feeds from base systems and further process information out of these data feeds to provide actionable insights, alerts and notifications in near real time. A web based unified dashboard provides city management capabilities and help the operators to get a holistic view of the Smart City services.

The diagram below represents the overall solution framework for the integration of the Smart Elements with the Smart City Platform:

IoT Smart Elements Integration

How AI is Being Used in Smart Cities and IoT

How AI is Being Used in Smart Cities and IoT

Artificial intelligence is playing an important and growing role in the development and implementation of Smart City and IoT (Internet of Things) initiatives.

Benefits of Edge Computing

Benefits of Edge Computing

Edge computing is a distributed computing model where data is stored and processed close to or at the location it is being generated. This can involve using regional data centers or storage and processing located at network endpoints. Designing networks in this manner can produce many benefits over more traditional approaches to enterprise infrastructure architecture.

How Smart City and IoT Technologies are Making Cities More Livable

How Smart City and IoT Technologies are Making Cities More Livable

Overview of the ways Smart Cities and IoT technologies are improving people's lives.

Benefits of Open-Source Standards in Smart Cities and IoT

Benefits of Open-Source Standards in Smart Cities and IoT

How open-source standards are supporting innovation and collaboration in smart cities and IoT.

Future Trends in Smart Cities and IoT

Future Trends in Smart Cities and IoT

How Smart Cities and IoT technologies are being used and how this will evolve in the future.

How the Cloud Powers Smart Cities and IoT Solutions

How the Cloud Powers Smart Cities and IoT Solutions

Overview of the role of cloud computing in smart cities and IoT projects,

Best Practices for IoT Data Security

Best Practices for IoT Data Security

Overview of the best practices for IoT data security.

The Role of Big Data in Smart Cities and IoT Implementations

The Role of Big Data in Smart Cities and IoT Implementations

Overview of how big data is used in smart city and IoT projects.

Predictive Analytics in Smart Cities and IoT

Predictive Analytics in Smart Cities and IoT

How predictive analytics is being used in Smart Cities and IoT projects.

Embracing FIWARE: The Power of Open Source in Smart City and IoT

Embracing FIWARE: The Power of Open Source in Smart City and IoT

An explanation of what is FIWARE and why open source is a good strategy for smart city and IoT implementations.

The Vital Role of Cloud Computing in Smart City & IoT

The Vital Role of Cloud Computing in Smart City & IoT

The essential role cloud computing plays in smart city and IoT projects.

The IoT Revolution in Energy Management

The IoT Revolution in Energy Management

How IoT technologies are being used in the energy sector.

The IoT Revolution in Transportation

The IoT Revolution in Transportation

How IoT is being used in the transportation industry.

The Impact of IoT on Public Safety in Smart Cities

The Impact of IoT on Public Safety in Smart Cities

How IoT is impacting public safety in Smart Cities.

IoT's Impact on Healthcare Access in Urban Centers

IoT's Impact on Healthcare Access in Urban Centers

How IoT is impacting access to healthcare in urban areas.

How IoT is Transforming Building Design in Smart Cities

How IoT is Transforming Building Design in Smart Cities

How IoT technologies are being incorporated into the design of new and existing buildings in Smart Cities.

How IoT is Revolutionizing Water Resource Management in Smart Cities

How IoT is Revolutionizing Water Resource Management in Smart Cities

How IoT technology is used in water management in Smart Cities.

IoT's Impact on Public Services in Smart Cities

IoT's Impact on Public Services in Smart Cities

How IoT technologies are being used to enhance delivery of public services in Smart Cities.

The Imperative of Cybersecurity in Smart Cities Implementations

The Imperative of Cybersecurity in Smart Cities Implementations

Overview of the importance of cybersecurity in IoT and smart cities implementations.

The 5G Revolution in Smart Cities and IoT

The 5G Revolution in Smart Cities and IoT

Ho 5G networks are facilitating the broader adoption of IoT technologies in Smart Cities.