logo

Our Services

Tiraya Technology aim to improve existing technologies, processes, designs and marketing to solve problems, increase efficiency, reach new customers, and ultimately increase profits. We also believe that Innovation and Business Development are the balancing keys of business success

Follow Us:

Call Now! + (62) 817-588-801

 

IoT Services

What is IoT:

Simply put, the IoT starts with connecting the physical world: things, people or processes. On top of the data that we capture in the physical world, we apply a layer of intelligence, in order to trigger relevant actions or reactions back in the physical world. At the Iot on industrial level, we help our clients improve their operations and explore new business models. In short, we enable their digital transformation with the Internet of Things.

What we do on the Internet of Things Implementation:

Our job is all about making innovation a reality. We help our clients to think big, start small and scale fast. It means that we help our clients to understand what Internet of Things means for their specific business.

We think together which use cases make the most sense to them. Then we co-create from strategy, architecture, implementation and run.
For example, we are advising a client on which IoT platform to choose to enable the automation and improvement of their logistical processes.
We will get to understand our client’s short and long-term IoT strategy and we will make it into very exciting implementation.

We will take a part of the projects where we will capture and prioritize client requirements, translate these requirements into very concrete opportunities.
We can also build technical expertise on IoT architecture component selections and roll-out plans.

IoT Consulting

Analyze a Business Process

We analyze the characteristics of your business model to give you an IoT based solution that advances your process and matches your goals

Developing an IoT Security Strategy

Our experts are aware of security challenges: device security, data security, operational technology security, and more. We will make secure your data collection and use with the needed technologies in each communication level.

Desinging an IoT Architecture

We will help you choose the technology stack required to address your business needs efficiently and cost-effectively, as well as select reliable technology vendors.

Developing an IoT Solutions Roadmap

Our IoT consulting experts will break the desired deliverable into specific tasks to create a structured visual depiction of when and how an IoT solution will be implemented.

Implementing PoC (Proof of Concept)

We will assist you in validating your PoC solution. It will help you reduce time consumption and gain our experimented team performance.

Preparing IoT Solution Specifications

Working in close collaboration with your project stakeholders and potential users, our team will learn more about their demands and desired use cases, lead to feasibility studies and examine existing service to generate a comprehensive and accurate description of an IoT solution.

IoT for manufacture.

We will enable the creation of new business models by improving productivity, exploiting analytics for innovation, and transforming the workforce

Industrial IoT

Manufacturing Execution System

Our MES solutions connect, monitor and control your manufacturing system and data flows on the factory floor. In compliance with the ISA 95 standard, we ensure effective execution of the manufacturing operations and improve production output in a reduced project time.

Energy Management System

We offer a secure and customizable system that helps you make the right decision at the right time. Our Energy Management System is acknowledged as an information infrastructure to build your energy policy according to the ISO 50001 standard.

Real-time Tracking of Production KPIs

Our Manufacturing process monitoring solutions to help enterprises increase productivity by providing a real-time calculation of human resources KPIs. They also ensure close visibility into the performance of machines including OEE, TEEP, and OTIF.

Predictive Maintenance Monitoring

We support you in achieving a smooth and agile production process. With predictive maintenance solutions, you can monitor the condition of industrial equipment, forecast potential failures and schedule service maintenance before actual disruptions take place.

Automated and Fully Digitalized Quality Management Process

Our Quality management solutions make the quality control task easier. They are smoothly integrated with your manufacturing process and provide a variety of data sources

Real-time Inventory Management

We help our customers optimize warehouse management, track items and materials on the shop floor, reduce search times and bring down inventory carrying costs.

Monitoring Safety

Our safety monitoring solutions help you improve employees’ safety. With wearable sensors, workers’ locations and health conditions

Smart Farming

Precision Farming

Precision Farming is an umbrella notion for IoT-based approaches that make farming more controlled and accurate. In simple words, plants and cattle get precisely the treatment they need, determined with great accuracy.

Automation in Smart Greenhouses

IoT has driven smart greenhouse, intelligently monitors as well as controls the climate, eliminating the need for manual intervention. Various sensors are used as parameters to measure the environment according to the needs of the factory used and store it in the cloud for further processing and control with minimal manual intervention

Precision Livestock Farming

Large farm owners can use wireless IoT applications to monitor the location, well-being, and health of their cattle. With this information they can identify animals that are sick so they can be separated from the herd, and prevent the spread of disease.

Agricultural Drones

Our Quality management solutions make the quality control task easier. They are smoothly integrated with your manufacturing process and provide a variety of data sources

Consumer Electronics and Connected Cars

Vehicle Park Tracking System

Remote Monitoring and Control of Heating and Cooling Systems

Anti-theft Systems

Wearable Sensor Applications

Healthcare

Medical Instrument Tracking in Hospitals and Polyclinics

Wearable Technologies

Smart Supply Chain & Transport Monitoring System

The expansion of Internet-based collaborative systems in the 21st century plays a vital role in gaining better visibility in the supply chain & transport monitoring system. The vastly emerging IoT supply chain helps to streamline field operations, defeats inefficiencies, and delivers more beneficial insights that improve client service levels. It is worth noting that the success of the connected supply chain of the future will heavily rely on the solution, the network, and users capacity to meet key supply chain requirements such as compatibility with multiple transport modes, stakeholders, and destinations.

Online Ticket Booking and Package Shipping Services

The emerging online shopping and ticket booking era open up a tremendously exciting opportunity for everyone to purchase anything online without going to any physical store. To book the ticket online will only require the person to browse the service provider’s website on the internet, fill up the booker’s (or guest) details, choose the available service and slots (brand, date, time, seats), and proceed with the payment by entering the required details. As the equivalent of a paper ticket, they will receive a digital ticket or e-ticket (electronic ticket) from the provider instead. This seamless process provides a win-win solution for both the buyer and the service provider. The buyer enjoys the time efficiency of users purchase process. At the same time, the service provider benefits the same value plus the advantage of users operation’s efficiency as well as better insights into users business.

Package shipping services, on the other hand, are also getting immense help from the advance of internet technology. The shipping or forwarding company will only need to input the good(s) details on users website. Both customer (sender and receiver), and the company’s employees are having the same real-time tracking status update online.

GPS Tracking For Transportation and Cold Transport

IoT-enabled GPS (Global Positioning System) trackers allow companies to accurately monitor a vehicle’s location as it moves, at all times. It opens up an opportunity for them to make more informed decisions such as potential re-routes and avoiding subsequent delays. This tracking system immensely supports refrigerated vehicles as they carry time-sensitive and temperature-sensitive perishable goods. Furthermore, GPS tracking technology does also allows them to give back to the environment in reducing unnecessary CO2 emissions by choosing the fastest route possible.

Fleet Management System

The Fleet Management Systems Interface (FMS) is a standard interface to vehicle data of commercial vehicles. It may include a range of functions, such as vehicle leasing and financing, vehicle maintenance, licensing and compliance, supply chain management, accident management, vehicle telematics, driver management, speed management, fuel management, health and safety management, and vehicle re-marketing. The purpose of fleet management is to oversee all fleet performance and fleet maintenance to increase productivity. By having this system correctly implemented, the company will be able to gain real-time visibility into users operations while increasing driver satisfaction and decreasing fuel usage through predictive analytics and accurate reporting.

Smart Cities

The smart city concept is a vision to leverage the efficiency of managing modern urban areas by utilizing the most benefits of IoT integration and technologies. By the action of correctly, and meticulously managing each data point collected from the society and public facilities through the IoT network, the government will hopefully be able to quickly design the best possible future of the city, and make it happen even faster. In turn, the citizen shall be able to enjoy the benefits of well-managed traffic and transportation systems, power plants, utilities, water supply networks, waste management, crime detection, information systems, schools and formal education systems, libraries, hospitals, and other community services.

Sewage Management System

The smart city concept is a vision to leverage the efficiency of managing modern urban areas by utilizing the most benefits of IoT integration and technologies. By the action of correctly, and meticulously managing each data point collected from the society and public facilities through the IoT network, the government will hopefully be able to quickly design the best possible future of the city, and make it happen even faster. In turn, the citizen shall be able to enjoy the benefits of well-managed traffic and transportation systems, power plants, utilities, water supply networks, waste management, crime detection, information systems, schools and formal education systems, libraries, hospitals, and other community services.

Security Applications

Real-time Analysis for videosurveillance systems : automatic detection of road accidents, automatic violence detection

Remote Monitoring and Control of Solar Panel Installations

As the global demand for the solar panel is showing positive growth over the last decade, the technology to integrate digital communications, and sophisticated control strategies into the existing electricity grid has also been vastly advanced and refined over time. Wireless remote monitoring and control system is the current exciting direction to go to, as the coordination of sensing and control of the solar photovoltaic distributed generator is most effectively managed by using a wireless sensor network. It opens up the possibility to make more complex maintenance, such as predictive maintenance, which comprises localization and definition of related faults. Furthermore, the demand for using a wireless sensor network of the solar panel systems is being driven by the user’s need for efficiency. The acknowledged needs are to reduce costs associated with remote site visits, receive quick notification and act to eliminate power interruptions at a site, facilitate troubleshooting, program custom settings off-site, as well as the ability to update firmware remotely.

Remote Monitoring and Supervisory Control of Water, Electricity and Gas Distribution Network

There are two primary computer-based control systems to handle remote monitoring and supervisory control over sensitive processes within many critical infrastructures and industries: SCADA (Supervisory Control and Data Acquisition) and DCS (Distributed Control Systems). SCADA system is used to monitor and control a plant or equipment in industries such as telecommunications, water and waste control, energy, oil and gas refining, and transportation. It encompasses data transfer between a SCADA central host computer and a number of Remote Terminal Units (RTU) and/or Programmable Logic Controllers (PLCs), and the central host and the operator terminals. It opens up an opportunity to efficiently monitor and control the plant operation remotely. Furthermore, the business owner may also be able to obtain the key benefits of optimizing the time spent by streamlining all the processes involved in the supervision of various business processes, delegating work efficiently, as well as maximizing users ROI.

Air Quality Monitoring

Air quality monitoring is an operation to obtain a quantitative measurement of atmospheric substances concentration. This action is performed by citizens, regulatory agencies, and researchers. It does, however, have inevitable challenges as it requires the effective integration of multiple environmental data sources. Specialized observation equipment and tools to assess air sampling by thorough bio monitoring measurement techniques are particularly required to overcome these challenges.

The collective data points gathered along with the environment and organism health effects associated with exposure to the monitored levels will, in turn, construct the interpretation of ambient air monitoring. Once it reveals concentrations of multiple chemical compounds, a unique “chemical fingerprint” of a particular air pollution source – which can be both naturally occurring and anthropogenic – may appear from the analysis of the data.

Remote Monitoring and Control of Street Light

The main objective of having remote monitoring and control of street light is energy saving. Many countries are using computer-based automatic monitoring for this intelligent control system. There are indeed various ways of implementing this system nationwide. Two of them which widely used abroad are PLC-based networking method, and GSM short message control mode. The application of this intelligent lighting control system allows cities to lower users electricity cost, reducing the needs of labor as well as its human error consequences, and provide better safety feels to society.

Remote Watering of Public Gardens and Green Areas

Remote watering technology is another inspiring integration of IoT in daily life. This technology – with its unique, distinctive, case-by-case implementations – offers visionary solutions to overcome various challenges, issues, and limitations. This particular technology aims to solve water supply, consumption, and quality issues, humidity issue, as well as energy consumption challenge.

Remote Monitoring and Control of Heating and Cooling Systems

Remote monitoring and control of heating and cooling systems is a refinement of the existing HVAC (Heating Ventilating and Air-Conditioning) technology. Since theirs very first production in the 1980s, the manufacturers of HVAC aim to provide thermal comfort and acceptable indoor air quality for users customers. The current integration with IoT making it possible to have remote control of all home energy monitors over the internet, incorporating a simple and friendly user interface.

Anti-theft Systems

Anti-theft systems sensors is an automation technology incorporated in a personal security device. The purpose of the device is to protect valuables such as vehicles and personal property like wallets, phones, and jewelry. Locks and keys, RFID tags, and GPS locators are some models of the device. Generally, people consider users budget span, including users financial cost ratio, the threshold for theft, and the ease of use of the device before deciding to purchase one.

Relevant Study Cases

iot

Customer: An entity of Mabrouk Holding which have the highest turnover among industrial companies in Tunisia
Company size: > 1000 employees
Industry sector: Food
Company Markets: North Africa & Europe

 

1. Energy Management System EMS:
Technology : Wireless Sensor Network – IoT
The system stores, analyses, and monitors all kind of measurable variables especially related with energy consumption as well as key parameters in industrial process. Thanks to our EMS, the customer has saved 3% of annual electricity bill. In general, EMS systems provide energy-intensive manufacturers with real time monitoring of their consumption and help them detect leaks and prevent failures. Wireless solution is adopted in case of large factory which wants to minimize additional wiring

IoT-EMS

 

2. Temperature Monitoring & Incident Management system
Technology : Wireless Sensor Network – IoT
This system is tailor-made for a bacteriological analysis laboratory.It is used for two major purposes. The first goal is to monitor the temperature in ovens and refrigerators of the laboratory to ensure that all bacteriological tests are taking place in best conditions. The second one goal is to track all actions that have to be taken in case of overflow.Such application can also serve other laboratories or companies needing to monitor temperature within their process.

IoT

 

3. Manufacturing Execution System (MES)
Technology : Industrial Tablet – PLC – Automation
A computerized system to track the production process in real time and automate KPI’s calculation. In this project, we adopted an industrial touch pad based system linking between the ERP software of the company and machines on the plant floor

IoT MES

 

4. Automation project for food processing machine
Technology : Industrial Tablet – PLC – Automation
This system provides an automated way to set and process bill of material by product type. It also ensures tracking in real time the production process to preserve quality and compliance.This system communicates with stock management software (ERP) and automatically update stock quantities with raw material and finished product.

Automation project for food processing machine

Customer : Tap and sanitary fitting manufacturer
Customer size : 850 employees
Industry sector : Metal transformation
Customer market : North Africa
Turnover : > 40M $

 

1. Energy Management System :
Technology : Wireless Sensor Network – IoT
The system stores, analyses, and monitors all kind of measurable variables especially related with energy consumption as well as key parameters in industrial process. Thanks to our EMS, the customer has saved 3% of annual electricity bill. In general, EMS systems provide energy-intensive manufacturers with real time monitoring of their consumption and help them detect leaks and prevent failures. Wireless solution is adopted in case of large factory which wants to minimize additionnal wiring.

 

2. Automated system to monitor and control Air Conditioning
Technology : IoT
We have designed and developed an automated system to monitor and control air conditioning of server room. The autonomous control allow maintaining desired temperature of the room and automatically switch between air conditioners feeding the room to preserve them. Such system can be applied for physical system that needs to be automatically monitored by a sequencer.

 

Customer : Specialized in woven plastic bags
Industry sector : Plastic industry (PP)
Production Capacity : 15M Units / year
Customer market : North Africa

 

1. Manufacturing Execution System (MES)
Technology : Web applications – Mobile applications
A set of web applications to track production quantities, manage quality tests and compute performance indicators automatically. These applications communicate with the company’s ERP to update stock quantities with raw materials and finished goods. We have provided a large screen application showing daily premium for each employee.

 

Customer : Specialized in alkyd resins, polyester resins and aqueous emulsions used in paint industries
Industry sector : Polymer industry
Turnover : > 50 M USD
Customer markets : Middle East & Africa

 

1. Energy Management System :
The system stores, analyses, and monitors all kind of measurable variables especially related with energy consumption as well as key parameters in industrial process.
Thanks to our EMS, the customer has saved 3% of annual electricity bill.
In general, EMS systems provide energy-intensive manufacturers with real time monitoring of their consumption and help them detect leaks and prevent failures.
Wireless solution is adopted in case of large factory which wants to minimize additionnal wiring.
The system is mainly used to determine the effective energy cost by product family. Performance indicators (kWh / tons, Nm3 / tons, m³ / tons) for this customer are calculated automatically from the system.

 

Customer : Authorized repair center for Renault
Customer markets : North Africa

1. Automatic oil distribution system
Technology : RFID – PLC – IoT
We designed and developed an automatic system to control oil distribution by operation type on Renault trucks vehicles. The system can determine exactly the specific type of oil (engine oil, brake fluid) and its right amount for each kind of maintenance operation. This system has prevented human error and stopped oil loss which have been frequently happening in the company.

Customer :
Industrial field : Food processing
Production capacity : 60 tons / day
Customer markets : Europe & Canada

 

1. Automatic system for distributing hot water
Technology : PLC – HMI
The system ensure the heating and distribution of water used in tomato baking process. Industrial process automation may require knowledge of the physical process to be controlled other than automation. For example, if the process is a fluid treatment, then it will be necessary to know the mechanics of the fluids and may be some laws of thermodynamics. That’s why an automation project may only be developed in close collaboration with the process specialist.