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Encrypted Physical Layer Communications Using Synchronized Hyperchaotic Maps

The emergence of fifth-generation mobile communication

networks (5G) is driving the adoption of the Internet of

Things (IoT) for various industrial, medical, and mili-

tary applications. However, the reliability and security of

data is fast becoming a key bottleneck for further IoT

growth. Fig. I(a) shows an overview of a typical smart

home/building system, where multiple IoT devices are con-

nected on trusted gateways, and initially-processed private

information is uploaded into a cloud database for further data

analytics and decision making. While the wireless communi-

cation links can be encrypted for security, each device’s data

is still vulnerable to physical side-channel attacks on the node

itself (e.g., using near-field probes or power supply moni-

tors). Fundamentally, this is due to the fact that encryption is

generally not energy-efficient enough for use in short-range

The resulting security vulnerabilities are unacceptable for

IoT devices in critical systems such as aircraft, military

facilities, and hospitals. These devices thus require effective

mechanisms to ensure the confidentiality, authenticity, and

purity of board- or chip-level wired data links. However,

these requirements pose challenges for traditional private- or

public-key cryptographic schemes, since IoT devices usually

have stringent requirements on memory, cost, and processing

power. The security of alternative encryption schemes suit-

able for recourse-constrained platforms highly depends on

the effective volume of keyspace. Traditionally, static entropy

is simply generated off-chip as security keys that are stored

in a nonvolatile manner. Such key storage is well known to be

vulnerable to a wide range of software and physical attacks,

such as noninvasive probing. Some

other high-fidelity encryption methods (such as e-wallets

for cryptocurrencies) provide up to 192 bit keyspace but at the cost of high power, memory, and increasing circuit

complexity, making them hard to implement on practical IoT

devices. Physically unclonable functions (PUFs) have been

extensively explored for generating static on-chip encryp-

tion keys using chip-specific random variation [1]. Typically,

weak PUFs suffer stability issues while strong PUFs have a

low density of bits per unit area. Also, PUFs are not popu-

lar for communications due to i) the need for an expensive

enrollment (key sharing) phase before in-field operations [1],

and ii) the fact that they are non-configurable due to using

a static entropy generation mechanism. Dynamic entropy

generation by random number generators (RNGs) [2], [3]

provides another fundamental primitive to generate on-the-

fly random bits (only available during power-on condition)

for the creation of fresh session keys. While RNG-based

digital encryption does provide sufficient data security, it has

significant on-chip power and data overhead.

Recently, chaos-based encryption has emerged as an attrac-

tive alternative to the methods mentioned above due to

the highly unpredictable and apparently random nature of

chaotic signals [4], [5]. Chaotic systems are extremely sen-

sitive to changes in parameter values and initial condi-

tions, which can be used to produce a large number of

uncorrelated chaotic sequences for secure communications

[6]–[9]. A comprehensive survey of wireless chaos-based

communications systems can be found in [7]. In chaos-based

communication systems with coherent detection, chaotic sig-

nals are required to synchronized at both transmitter and

receiver side in order to recover the transmitted data. Thus,

unlike the above-mentioned RNG-based digital encryption

methods, here we utilize the extreme parameter sensitivity

of chaotic systems as private encryption keys for data com-

munications. This approach also results in a simple enroll-

ment process: security keys are shared simply by using a pair of chaotic systems with the same set of parameters,

in which case generalized synchronization methods [10], [11]

can be applied to guarantee successful data decryption. The

effects of unavoidable parameter mismatches can also be

minimized using recently-proposed adaptive synchronization

methods [4], thus improving robustness. One reported draw-

back of this approach is that low-dimensional chaotic systems

are potentially broken using known-plaintext attacks [12].

Thus, high-dimensional and hyperchaotic systems are desir-

able for encryption

In Shizz B fashion walk 2023 Official Media Partner is IIMM NEWS Delhi.

Shizz B Cosmetic India Pvt Ltd started this company is started by Geeta Dagar and its operation on 23 March 2022. Shizz B organised around 9 events of the fashion show. One of the programs is organized on 9 jan 2023 in Golden Galaxy resort Faridabad Haryana. In this fashion show Bollywood Actress Vindhya Tiwari came as a bollywood celebrity guest. She shared the life experience of how she came into the Bollywood line from TV screen to Multiplex. Instagram Influncer khushi Shaikh came as a celebrity guest khushi shaikh given a Stage Make up by Kavita Sheoran and Khushi Shaikh also showed some dance moves in Fashion walk 2023. Ruchika Dhingra Arora came as a VIP guest and jury member. Sagar Chaudhary came as a VIP Guest Sagar Chaudhary also worked in ZERO films by SRK and Disney Hotstar IILLU Series.Amit Jain Bollywood Singer from Meerut has come to ShizzB Program and sang a song Gulabi Ankhen. Shizz B got their 1 runner up Miss Haryana 2023 named Babita Malik. Shizz B 2 runner up Mrs Haryana Neha Shizz B winner Mrs Haryana Shikha verma.

some details of Shizz B

Shizz B is a new approach towards redefining beauty in the skin & makeup industry. We started by hoping Mother Nature and design intuitive and uncomplicated natural products you can live with. Our game-changing products, 100% pure and herbal-based, are designed to get back flawless skin and beauty without using harmful chemicals.

Before the launching, our in-house team used Shizz B products for months and shared their personal experience with the research & development team. Then the R&D team worked on those feedbacks and made necessary changes in the product composition considering the specific requirements of all genders and age groups. This sample testing helps us to make a final product for you that gives the desired result and revives your inner beauty.

We, at Shizz B, oppose the thought of judging people according to the norms of society’s stereotypes. Instead, we designed Shizz B for inspiring souls like you who don’t loan themselves to the society’s benchmark of being beautiful and ideal. The one who knows his/her brain and never hesitates to introduce themselves the way they are. That’s why, Shizz B skincare essentials are developed in a way that makes you look and feel glowy, dewy best before you even think about makeup. Also, our makeup products are designed to add glow and sparkle to your real look and not cover you up or turn you into someone else.

Shizz B Vision

We, at Shizz B, are building the future beauty company where everything we make is for you. Because our vision is to give you back, ‘REAL YOU’.

Rising Need for Treated Water Augmenting Wood Vinegar Consumption

For more insides:- https://www.psmarketresearch.com/market-analysis/wood-vinegar-market

Wood vinegar or wood acid or pyroligneous acid is a dark liquid, which is derived from charcoal. It is obtained by heating biomass in a closed container. The smoke generated during charcoal production is cooled into a liquid and then separated into bio-oil, tar, and wood vinegar. The dark liquid is a combination of nearly 80–90% water and over 200 organic compounds, such as acetic acid, esters, formic acid, ketones, methanol, and phenol.

Moreover, the increasing implementation of government initiatives regarding bio-based products will also ensure the large-scale adoption of wood vinegar for wastewater treatment, food, animal husbandry, wood tar, and agriculture applications. In the recent past, the agriculture sector has emerged as the largest consumer of wood vinegar due to the enormous use of bio-based fertilizers and pesticides to increase productivity. For instance, the Ministry of New and Renewable Energy, Government of India, has launched several programs in recent times to promote the use of biomass materials and bio-based products, such as wood vinegar.

The manufacturing segment of the wood vinegar market is categorized into slow paralysis, fast and intermediate pyrolysis, and others. Under this segment, the slow pyrolysis category is expected to account for the largest market share during the forecast period as slow pyrolysis provides a better yield of wood vinegar, char, and other products than other manufacturing processes. In comparison to other processes, slow pyrolysis exhibits a longer vapor resistance time and slower heating rate.

In recent years, wood vinegar producers, such as TAGROW CO. LTD., Nakashima Trading Co. Ltd., Ace (Singapore) Pte Ltd., Canada Renewable Bioenergy Corporation, Byron Biochar, and Nettenergy BV, have engaged in technological advancements to develop better and improved pyrolysis kiln methods to produce char, biochar, and wood vinegar. Additionally, the advanced pyrolysis methods help enhance the production process of wood vinegar and reduce the total manufacturing process. Further, the producers are also focusing on involving poverty-ridden people in wood vinegar production processes as the material is majorly produced in villages by using local resources and feedstock.

Geographically, the Asia-Pacific (APAC) region held the largest share in the wood vinegar market in 2015. This was on account of the presence of a vast base of end users and the existence of a large number of local producers in the region. Moreover, the surging need for clean water, owing to the booming population, will also create a huge requirement for wood vinegar in the coming years. For instance, the World Bank states that the population of India surged from 1.353 billion in 2018 to 1.366 billion in 2019.

Thus, the escalating need for treated water and surging government focus on using bio-based products will fuel the consumption of wood vinegar globally.

Education is the most powerful weapon you can use to change the world and the most effective way to break out of the cycle of poverty. Yet, millions of children remain out-of-school in India. Before the COVID-19 crisis, 6 million children were out of school. When the pandemic struck, school closures impacted the education of 247 children enrolled in elementary and secondary schools. These children are not only deprived of their right to receive a quality education, but they lose their childhood by being pushed into child labour and early marriages.

The government, through the Right to Education Act, 2009, has been making its way in enrolling and retaining children in school, especially from the marginalized sector. However, any progress made had been hampered by the pandemic. While online education replaced regular classes, students from vulnerable communities without access to smartphones and the internet were left behind. Two years of school closures in India resulted in a huge learning gap.

The Power of NGOs

Whenever there is a major imbalance, NGOs exist to balance the see-saw in times of crises. NGOs like Oxfam India play a significant role in ensuring that every child, especially those from vulnerable communities, receive the opportunity to build a better future through education. Organisations such as Oxfam India, Save the Children, World Vision, UNICEF, Cry etc in India work at the grass-root level to strengthen the education system, spread awareness about the importance of education and enrol as many children as possible so they can thrive in life.

Oxfam India is an NGO that works in states such as Uttar Pradesh, Jharkhand and Odisha to send the most vulnerable and underprivileged children back to school and empower them to break the cycle of poverty. As well as ensure that the education of children from such communities continues in the midst of the pandemic.

NGO works through contributions and you too can support an NGO and change a child's life forever. While supporting a cause, your donation is eligible up to 50% tax benefit under Section 80G of the Income Tax Act. When you donate to an NGO like Oxfam India, you help in the following ways:

Enrolment

NGOs work towards identifying the most vulnerable children in the poorest states of India. Due to unaccessibility and poverty and in times of humanitarian crisis - children miss out on school. Oxfam India helps enrol children in school under the Right to Education Act (RTE), and ensure that children who have dropped out of school as a result of the pandemic, are re-enrolled in school. As of September 2022, 1081 children have been re-enrolled in school as schools across the country start to re-open.

Awareness and Counselling

Through workshops and various activities, awareness is generated amongst parents and local communities about the importance of education. Oxfam India also conducts regular counselling sessions to encourage parents to send their children especially girls to school and help them participate in various activities