Introduction

Recognising that even a temporary shortage of energy supply could result in significant economic loss, or worse yet possible loss of life, the many governments around the world has identified energy as one of its critical national infrastructure (CNI) sectors.

Hackers prey on systems in desperate need of modernisation which, if penetrated, could lead to devastating consequences. Cybercriminals have identified electric utility grids as prime targets for disruption activities, the energy industry has become the recipient of a disproportionate number of cyber-related attacks. Legacy systems (such as electric power grid, oil and gas, train transportation etc) are reliable but insecure to cyber-attacks.

Cuteⁿ is an intelligent security transceiver product that is designed to enable the deployment of a safe smart grid ecosystem.

Technology Feature

CUTEⁿ is a security transceiver that acts as a Bump-in-the-Wire security device in Industrial Control System (ICS) of legacy systems and Internet-of-Things (IoT) applications. It contains homegrown and world-widely used cryptographic algorithms and cryptographic protocol to provide data confidentiality, data integrity and data-origin authentication through Encryption, Authenticated Encryption and Authentication

This innovative product has advanced security feature which involves 3 security algorithm for each security processing and is non-deterministic.

• Patent protected product with high security features
• Applicable to any legacy systems and can be upgraded to IOT applications
• Encryption-Authentication-Authenticated Encryption
• In compliance to International standard certification
• Supported by IEC 62870-5-101 and 104 protocols

Market Potential

The increasing spending by large enterprises and government organizations is driving the growth of the cybersecurity market. Additionally, the emergence of stringent regulatory compliances due to security concerns is expected to increase, impacting positively on market growth.

The infrastructure protection market is also expected to grow at a significant pace over the projected frame due to the growing adoption of IoT devices and the increasing use of email & web-based applications. In 2017, Europe accounted for a share of over 20% in the global cybersecurity industry.

The regional markets are expected to grow exponentially due to a rise in the number of government investments and public-private partnerships to enhance the cybersecurity infrastructure. Asia Pacific cyber security market is predicted to grow at a CAGR of 20% over the forecast timespan.

Extensive digitalization across multiple industry verticals and the rising number of smartphone users are factors driving the growth of the cybersecurity in the region. Cuten technology is well positioned to address the gap in this growing market.

Next Step

Protection of Intellectual Property

Introduction

An AI-implemented home energy management system (HEMS) named “GreenZ HEMS TM” developed, which converts any existing conventional premise with ordinary electrical appliances to an energy-efficient smart home. The overall power consumption of the ordinary premise is optimized to reduce energy usage without affecting any comfort. “GreenZ HEMS TM” consists of a novel smart controller and smart plugs to monitor and control the overall power consumption of the premise. This smart system can manage the operation of the electrical appliances of any premise to run either on the renewable energy (RE) system or grid on an hourly basis to comply with tariff options.

The optional battery - bank is recharged through the supply controller from RE(Solar) during day - time and from the grid during nighttime when the electricity tariff is lower.Moreover, the system can prioritize the electrical appliances based on the dweller’ s usage priority, which is defined in advance to optimize the electricity consumption to a certain limit as well as without obstructing any living comfort in the premise.

Technology Feature

• AI-based smart home energy management system supporting up to 99 appliances
• Compatible with renewable energy sources (Solar)
• Convert conventional appliances to smart ones
• GUI interface with IoT options
• Online energy controller
• Performs demand response programs (DRP) autonomously
• Low cost (controller: <100$, each plug <20$)

Market Potential

• The global smart home market size is expected to grow from USD 78.3 billion in 2020 to USD 135.3 billion by 2025, at a CAGR of 11.6% during the forecast period.
• Novel Home Energy Management System (HEMS) GreenZ HEMS TM is a cost effective solution for transforming the conventional houses to smart homes in regard to energy usage (within less than 300$).
• Potential substitution of the commercialized smart technologies such as Alexa and Google assistance, as GreenZ HEMS TM has the ability to control the energy consumption of the house autonomously.

Next Step

Protection of Intellectual Property

Introduction

Featuring a comprehensive mobile application that combines with smart IoT device called as “NodeMCU” providing THE MOST AFFORDABLE solutions for company that applied Agile working environment to book a workspace systematically and control ENERGY in electric equipments efficiently.

Technology Feature

• Energy automation for electric device using intelligent electricity cut off method by IoT.
• The ability to check or book any workspace within a minute with 100% accuracy and contactless environment.
• GUI interface administration system that support the mobile app.
• It is adaptable solution.
• Significance use for any organization that applied flexible working culture.
• Useful to any educational institution to proceed booking for lab or classroom.

Market Potential

• The global smart home market size is expected to grow from USD 78.3 billion in 2020 to USD 135.3 billion by 2025, at a CAGR of 11.6% during the forecast period.
• Can be installed in universities that allow student or lec turer to book their classroom or lab freely.
• Organization that applied flexible working culture.

Next Step

Protection of Intellectual Property

Introduction

A smart and secure encrypter application (Smart SEN^TM App) dedicated to generate a quick response (QR) code that can be used to perform so many services and tasks. There is a variety of data types that can be used as an input for the Smart SEN^TM App.

Processing of these inputs will generate highly secured patterns of QR codes. Image encryption has been used by many applications due to its importance to protect contents. Numerous techniques have been applied on images to produce an encrypted image in a different form of data that is not readable. Smart SEN^TM App can be applied as a smart key, smart lock, smart tracker, queue mana g ement tool , file - encrypted transferring tool, etc. The proposed applications can be used by many parties access smart devices and other digital devices.so that the senders can submit contents in an encrypted form while the receivers able to get it and re-use it to access smart devices and other digital devices.

Technology Feature

• Security
  • To increase the security, the encryption scheme can be performed periodically using short intervals of time; e.g., hourly or 24-hourly basis.
  • Three strong security layers are used so that unknown textual forms will be produced if an attempt of un-authorized decryption has occurred.
• Energy management:

  Smart SEN^TM app is designed in such a way to allow its code to perform encryption scheme in a less computation time to reduce processors’ computation time so that when a huge number of devices is engaged via Smart SEN^TM App, they can be managed. This feature has contributed to the energy management and our green environment.

Market Potential

The global IoT market is expected to reach a value of USD 1,386.06 billion by 2026 from USD 761.4 billion in 2020 at a CAGR of 10.53%, during the period 2021-2026.

Smart SEN^TM has a wide variety of potential applications, including:

1. Smart Lock
2. Smart Key
3. Smart Tagging
4. Smart ID
5. Encrypted File Transfer
6. Smart Tracker
7. Smart Asset Management
8. Encrypted Payment
9. Document Management & Tracking
10. Promotion & Advertisements
11. Queue Management

Next Step

Protection of Intellectual Property

Introduction

MIE is an application performing a multilayer-based image-encrypted scheme producing a strong and secure textual data format so that unauthorized decryption(s) result in an unidentifiable, unknown, and meaningless textual data. MIE’s output is applied to IoT applications as a secure digital key performing smart tasks. MIE encrypts certain contents and information based on selected conditions and criteria. The encrypted form will be further encrypted and converted to another form for more security. MIE enables users receive a digital key to be used with other Internet of things (IoT)-based applications. Using smart digital keys, applications’ security in terms of privacy and confidentiality, can be preserved. MIE App is cheap and easy-to-use with small size.

Technology Feature

• Security
  • To increase the security, the encryption scheme can be performed periodically using short intervals of time; e.g., hourly or 24-hourly basis.
  • Three strong security layers are used so that unknown textual forms will be produced if an attempt of un-authorized decryption has occurred.
• Energy management:

  MIE App is designed in such a way to allow its code to perform encryption scheme in a less computation time to reduce processors’ computation time so that when a huge number of devices is engaged via MIE App, they can be managed. This feature has contributed to the energy management and our green environment.

Market Potential

MIE has a wide variety of potential applications, including:

1. Smart Lock
2. Smart Key
3. Smart Tagging
4. Smart ID
5. Encrypted File Transfer
6. Smart Tracker
7. Smart Asset Management
8. Encrypted Payment
9. Document Management & Tracking
10. Promotion & Advertisements
11. Queue Management

Next Step

Protection of Intellectual Property