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According to a recent report, a 10 kilowatt-peak (kWp) floating solar farm was commissioned on Laguna Lake within Baras, Rizal province. This intended to supply the town with clean and free energy.
The project is the first floating solar farm in the Philippines, thereby opening the possibility of using energy from the sun beyond the traditional ground-based and rooftop-mounted systems.
The sustainable energy firm that launched it aims to show the technical feasibility of floating solar technology in the country.
The technology involves deploying solar photovoltaic panels on the surface of a body of water. The technology has been deployed in many other countries, such as Japan, China and the United States.
The 10kWP project is designed to last for 25 years. A connecting station was also built, allowing residents to use the power generated for charging gadgets, powering sound systems, and lighting up the river.
One of the advantages of floating solar farms over ground-mounted solar facilities is that no farm or forest lands are used. No trees are required to be cut.
Moreover, floating solar farms also mitigate water evaporation and the proliferation of algae in the lake, and may help aquatic and marine life to flourish.
The project also has the potential to improve the community and boost local tourism and economy.
Floating solar farms are more technically efficient than ground-mounted projects because the cooling effect of the surrounding water on the panels makes the panels produce more energy.
The pilot project would provide free renewable energy to the municipality of Baras. The solar farm is equipped with a battery storage system that ensures a sustainable power flow.
The pilot also forms part and paves the way for the development of a much larger and commercially-viable project, also being executed by the sustainable energy firm.
As an archipelago with inland and offshore bodies of water, the Philippines has a huge potential for floating solar farms.
This technology could also make use of lakes created by abandoned open-pit mining by deploying solar panels on top of it.
Prior to the commissioning of the solar farm, a tripartite memorandum of agreement was signed by the company, together with the town and the Laguna Lake Development Authority (LLDA), on 14 August 2018 for the pilot project.
The mission of the Laguna Lake Development Authority is to manage, develop and transform the Laguna de Bay Region into a vibrant economic zone through conservation of lake basin resources and good governance with the participation of empowered and responsible stakeholders.
In 1993, through Executive Order 149, the administrative supervision over the Agency was transferred from the Office of the President to the Department of Environment and Natural Resources (DENR).


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Assoc Prof Javier Fernandez and colleagues at the Singapore University of Technology and Design (SUTD) explored the usage of chitinous polymers as a sustainable material for engineering applications. The research team discovered how chitinous materials can adapt and change at the molecular level in response to environmental changes.
He has demonstrated that even after being extracted from natural sources, chitinous polymers retain their innate ability to link various forces, molecular organisation, and water content to generate mechanical movement and electricity without the need for an external power source or control system. Assoc Prof Javier stressed the unique properties that distinguish chitinous polymers as smart materials that are both biocompatible and energy-efficient.
Researchers’ ability to run simulations and explore the molecular properties of chitin is made possible in large part by digital technology. Using computational tools and simulations, researchers can investigate the material’s behaviour under various conditions and foresee its potential applications.
Likewise, digital technology aids in the processing and interpretation of massive amounts of data generated by experiments and simulations. This data analysis aids in identifying trends, comprehending chitin’s properties, and determining whether it is suitable for a given application.
Chitin, the second most abundant organic polymer in nature after cellulose, may be found in all ecosystems. The same SUTD research team has demonstrated that it can be easily and sustainably derived from a variety of species, including urban rubbish.
The researchers extracted chitinous polymers from discarded prawn shells to create films 130.5 micrometres thick for the current study. They investigated changes in molecular organisation, water content, and mechanical properties caused by external stressors on these chitinous sheets. Stretching the chitinous films, similar to opening butterfly wings, changed the crystalline structure; the molecules became more densely packed, and the water content decreased.
The chitinous films, which had properties like conventional plastics at first, were transformed into a plastic-like substance for use in high-end and specialised engineering. Unlike synthetic polymers, which are inert, the reorganised chitinous films may autonomously relax and contract in response to environmental changes, similar to how some insects can adapt their shell to fit diverse environments. Because of this feature, chitinous films can raise objects weighing more than 4.5 kilogrammes vertically.
The research team assembled the biocompatible films into a mechanical hand to demonstrate their engineering utility. By modulating the intermolecular water of the films through environmental changes and metabolic activities, the researchers generated enough force for the hand to demonstrate a gripping motion.
The amazing gripping force was equal to 18 kilogrammes, which is more than half of the average grab strength of an adult. The ability of chitinous films to create such force biochemically opens the door to their seamless integration into biological systems and application in biomedical applications such as artificial muscles and medical implants.
In another experiment, researchers demonstrated how to harness environmental energy and convert it into power by observing how the material responded to changes in humidity. By attaching the films to a piezoelectric material, the mechanical motion of the films in response to variations in humidity was converted into electrical currents suitable for small electronics.
Assoc Prof Javier has proof-of-concept study highlights the potential use of chitin in engineering and biological applications, demonstrating how both the intrinsic mechanical properties and embedding capabilities of chitin may be replicated. According to him, the transition to a more sustainable paradigm—which he refers to as the “biomaterial age”—requires the utilisation of materials such as chitin.
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A pioneer in advanced silicon battery technology, and a prominent Malaysia-based investment holding company specialising in various sectors, have come together in a significant milestone – the signing of a Manufacturing Supply Agreement (MSA). This collaborative endeavour marks the initiation of a strategic partnership aimed at establishing an innovative next-generation battery manufacturing facility within Penang Science Park.
At the heart of this partnership lies a transformative alliance that blends the silicon battery technology company’s cutting-edge battery technology with the investment holding firm’s diverse industrial expertise. The cooperation signifies a vital step forward, bringing advanced silicon anode battery technology to Malaysian shores. This move is anticipated to not only drive technological advancement but also cultivate local participation in the global supply chain.
The CEO of the Malaysian Investment Development Authority (MIDA) lauded the MSA. He acknowledged the establishment of the tech company’s manufacturing hub in Malaysia as a momentous stride, introducing revolutionary battery technology to the country. This collaboration, aligned with Malaysia’s National Investment Aspirations (NIA) and the New Investment Plan (NIP), is poised to invigorate the nation’s economy by fostering innovation and generating employment opportunities.
The Caretaker Chief Minister of Penang highlighted the impressive performance of Penang’s local ecosystem, encompassing multinational corporations (MNCs), large local corporations (LLCs), and small-medium enterprises (SMEs). This partnership is expected to parallel the success of MNCs in cultivating local capabilities, thereby facilitating increased participation of indigenous companies in the global supply chain. The collaboration between the two parties is anticipated to harness this ecosystem’s potential for mutual growth and advancement.
The CEO of the investment holding firm underscored the tech company’s promising battery technology, expressing confidence in its potential to emerge as a market leader. The partnership reflects the firm’s commitment to supporting the tech company’s aspirations and sharing in its achievements, thereby contributing to technological progress and economic growth.
Meanwhile, the COO of the tech company voiced enthusiasm for this pivotal milestone in the journey to expand their operations. The collaboration is set to be complemented by partnerships with MIDA, the Northern Corridor Economic Region, and InvestPenang.
By seeking investment incentives, the tech company aims to establish a robust foothold in Malaysia, leveraging the region’s skilled semiconductor engineers and manufacturing excellence. This concerted effort is geared towards fostering sustainable growth and solidifying the company’s presence in the region.
The scope of the Manufacturing Supply Agreement (MSA) involves the investment firm providing the necessary infrastructure, equipment, and labour for Fab2 and the Gen2 Autoline 1, under the guidance of the tech firm. The establishment of the tech company’s local arm earlier this year underscores the company’s commitment to expanding its operations in Malaysia. The recruitment of over 30 employees in Malaysia, including leadership positions, demonstrates the tangible impact of this collaboration on local job creation and expertise development.
In summary, the partnership heralds a new era of technological collaboration and economic growth in Malaysia. By introducing advanced silicon battery technology to the region and leveraging the strengths of both companies, this collaboration is poised to bolster Malaysia’s innovation-driven economy.
As the nation aligns with its investment aspirations and embraces cutting-edge advancements, it sets the stage for a brighter future characterised by enhanced citizen experiences, job opportunities, and sustainable economic development.
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The Centre for Development of Telematics (C-DOT), the leading telecom research and development centre under India’s Department of Telecommunications (DoT), has entered into a consortium agreement with industry partners for a Disaggregated 5G Radio Access Network (RAN) Solution.
According to a press release, the partners involved in the project are companies that specialise in radio communication products and focus on providing radio access network solutions for 5G, LTE, and other related technologies.
Under the agreement, the collaborating companies will develop a disaggregated 5G Radio Access Network (RAN) solution that adheres to ORAN standards and can operate in both FR1 and FR2 frequency bands. It is intended for use in public and private 5G networks. C-DOT will serve as a business incubator and facilitator.
C-DOT will provide funding and the necessary infrastructure to support testing, interoperability assessments, field trials, and Proof of Concept (POC). By doing so, the centre aims to ensure the availability of alternative 5G RAN domestic products.
During the agreement signing ceremony, Rajkumar Upadhyay, CEO of C-DOT, said that there is significant potential for Indian research and development in the field of telecommunications. He emphasised the significance of a collaborative approach to leverage the technical strengths across the industry. The partnership will accelerate India’s self-reliance in the 5G domain, fostering the growth of telecom players in the startup-MSME ecosystem.
He added that the creation of an indigenously designed, commercially viable, and industry-grade 5G RAN end-to-end solution will introduce healthy competition in the market, enhance India’s intellectual property, and position the country as a prominent global supplier of cost-effective 5G solutions.
Both C-DOT and the consortium partners expressed their enthusiasm and commitment to the initiative. Their shared vision is to develop indigenous capabilities that will drive the digital transformation of the country, while also aiming for global recognition and reach.
This is the second agreement established under the C-DOT Collaborative Research Programme 2022 (CCRP-2022). CCRP-2022 was established to foster innovation and development of cost-effective indigenous telecom products and solutions. By bringing together stakeholders, the programme aims to achieve breakthroughs in the telecommunications sector and strengthen India’s capabilities in developing cutting-edge telecom technologies.
In May, the Telecommunication Engineering Centre (TEC), a technical arm of DoT, signed a five-year memorandum of understanding (MoU) with an Indian product engineering and manufacturing company that works in 5G, networking, and the Internet of Things (IoT).
As OpenGov Asia reported, the MoU facilitates registered start-ups, innovators, and MSMEs working in Open Radio Access Network (ROAN) to test their products at the company’s existing labs for interoperability among ORAN components from different vendors. Components include the (remote) radio unit (RRU/RU), distributed unit (DU), and central unit (CU). Start-ups can also use the labs for radio conformance, protocol, and interface testing. Facilities are offered at a subsidised tariff, decided by both the MoU partners. The products offered for testing are certified by TEC. The testing certification intends to accelerate research, innovation, and domestic design and manufacturing.
The telecommunications markets are highly competitive and driven by technological advancements. The dynamic market demands, driven by emerging technologies such as artificial intelligence, robotics, machine learning, advanced wireless communication, cloud computing, and quantum computing, are poised to fuel tremendous growth in the telecom sector. C-DOT is reshaping its strategy through partnerships with industry players to meet India’s diverse telecommunications requirements.
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Adobe’s Future of Digital Experiences study says that Indian brands will lead the next wave of innovation in customer experiences around the world as consumers become more aware of new technologies and spend more time in virtual and immersive environments. The study said that both marketers and consumers are eager to use artificial intelligence (AI), especially generative AI, to help fuel this change in how people experience things.
The global poll of 13,000 consumers and 4,250 marketing and customer experience professionals shows how new technologies affect consumers and businesses. It also shows how living, working, and shopping online are moving to new areas.
Adobe’s Future of Digital Experiences Report says that 53% of Indian consumers and 69% of APAC consumers shop in physical stores today, but that number will drop to 44% and 40%, respectively, in two years. This change will be more noticeable in APAC than in the US, Europe, the Middle East, and Africa because consumers there expect brands to expand their digital experiences into new forms.
Most Indian (96%) and APAC (91%) consumers want to see videos of goods before they buy them, and almost 91% of Indian consumers and 74% of APAC consumers want brands to offer new ways to interact with virtual and immersive worlds.
Indian brands are planning to respond with new and innovative digital experiences, such as the ability to build virtual products and turn them into real ones (88%), offering digital tokens to trade for virtual and physical goods (85%), virtual/immersive events (87%), and VIP access to virtual influencers and celebrities (86%).
Anindita Veluri, the Marketing Director for Adobe India, talked about the report’s findings. She said, “At Adobe, we think that technology is the co-pilot to creativity.” Marketers are now some of the first people to use cutting-edge technologies like Gen AI. They use their power to push the limits and create amazing experiences.
She added that by combining technology and innovation, people can open new opportunities, make marketers’ jobs easier, and make greater profits. “Looking forward to a future where creativity and technology come together to inspire and connect with people.”
Reports added that the current state of the economy is putting pressure on brands to improve the customer experiences they offer. A deteriorating economic climate has increased the expectations of 82% of Indian consumers, according to the report.
This is especially true for younger consumers, as 70% of APAC Gen Zs say their expectations are higher in a bad economy, compared to 65% worldwide. In a tough economy, APAC consumers also put a high value on trust, ranking it above price and selection. Younger consumers feel this way even more firmly. The study also said that Indian professionals in marketing and customer service already use AI. Nearly 60% of people say AI helps them at work, and 21% call it “a miracle.”
Even more optimistic are marketing and customer experience professionals about new generative AI technologies. Nine out of ten respondents think that generative AI will help them improve the quality and quantity of their work products (95%), boost their creativity (96%), and reach more of the right customers (96%). Strong majorities also think that generative AI will help make customer experiences more personalised (94%) and that it will help find new markets and customer journeys (95%).
Also, Indian consumers know that generative AI can change how they interact with brands. Five out of six people (93%) say it will improve the customer experience, and 93% say it can improve the quality of the goods. Consumers are excited for brands to use generative AI to help them find things online (31%), make experiences more relevant and helpful (32%), and make the material they engage with more creative (26%).
The study also shows that different APAC countries have different points of view. Consumers and marketers in India, Malaysia, Singapore, and Thailand are usually more open to new digital formats, environments, and tools than those in Australia, New Zealand, and Japan.
This includes 81% of consumers in India, 70% in Malaysia, and 66% in Singapore, who, because brands have access to more data and tools, want more personalised and relevant digital experiences. In contrast, 32% of people in Australia and New Zealand and 13% of people in Japan buy goods.
These numbers show that people all over the country expect brands to give them new and different experiences. For example, 91% of people in India, 87% of people in Singapore and Thailand, and 83% of people in Malaysia expect brands to find new ways to interact with them in virtual or realistic worlds. 62% of Australians and 59% of New Zealanders feel the same way, but only 48% of Japanese people do.
When it comes to how people think generative AI could improve customer experiences or goods, people have different ideas. In Thailand (94%) and India (93%), more than nine out of ten users think that generative AI can improve customer experiences and product quality. In Australia (60%) and New Zealand (67%), this number is closer to six out of ten.
Emerging technology, consumer behaviour, and market developments are frequently covered in Adobe reports. Businesses may find this information useful in determining the direction the digital landscape will take and how to modify their plans accordingly.
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This month, the National Cyber and Crypto Agency (BSSN) launched 17 cyber incident response teams at central government agencies, commonly referred to as Computer Security Incident Response Teams (CSIRT). CSIRT is a group of cyber security professionals and experts responsible for identifying, managing, and responding to cyber security incidents within an organisation or community. The main goal of CSIRT is to detect, analyse, and handle potential or ongoing cybersecurity incidents to protect the organisation’s information systems and data.
The event began with a report by BSSN’s Deputy for Cyber Security and Crypto for Government and Human Development Sulistyo. In his presentation, Sulistyo said that the goal of strengthening and developing CSIRT in the central government sector is to declare the existence of CSIRT Organisations that are responsible for handling cyber incidents to leaders, CSIRT constituents, and the public; socialise CSIRT services, complaint procedures, and coordination channels in the event of a cyber incident; and provide a shared understanding and perception in the management and collaboration of CSIRT Organisations in the central government sector.
Hinsa Hasibuan, the head of BSSN Indonesia, said that Presidential Regulation No. 18 of 2020 on the 2020-2024 RPJMN has mandated the establishment of 131 CSIRT as one of the strategic priority projects. In his presentation, he added that BSSN had built 116 of 131 CSIRT. In addition, the establishment of CSIRT is also regulated in Presidential Regulation No. 82 of 2022 on the Protection of Vital Information Infrastructure (IIV) Article 4, which states that the IIV sector includes government administration. In Article 12, the IIV organiser forms an Organisational Cyber Incident Response Team (CSIRT).
“All CSIRTs in the 17 Ministries/Agencies are expected to be able to form a safe and conducive electronic system for each institution to support synergy, collaboration, and commitment to realise a safe and prosperous cyberspace,” explained Hinsa.
The formation of the Computer Security Incident Response Team (CSIRT) is needed because cyber incidents in government institutions are increasing. “There is no perfect AI. What’s there is continuous learning,” Hinsa said to the participants. He revealed that one of the essential factors in using AI is data security and privacy. In addition, structured data is also essential, so human involvement is needed at the beginning of deployment.
The presence of CSIRT will be a significant force in guarding the information security system in Indonesia. So the presence of CSIRT is expected to realise the resilience of information security in the Electronic Government System (SPBE). In this case, BSSN cannot stand alone, so it requires the active participation of all parties in resolving incidents quickly, accurately, and effectively. BSSN hopes that government institutions can work together with other institutions.
By fostering collaboration and implementing advanced technologies, CSIRT endeavours to create a robust framework that enables coordinated actions to mitigate and counter emerging cyber threats. The team’s mandate includes proactive monitoring, incident response, and the development of effective strategies and guidelines to ensure a resilient cybersecurity posture for Indonesia.
With the increasing number of CSIRTs formed in the government sector, this will build independence and readiness in facing the threat of cyber incidents and contribute directly to maintaining cyber security in Indonesia,” said Hinsa.
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The AI Research Centre for Community Development (AIRCoDE), the first AI research centre in the Bicol Region, was formally launched by the Camarines Sur Polytechnic Colleges (CSPC) and the Department of Science and Technology’s Philippine Council for Industry, Energy, and Emerging Technology, Research and Development (DOST-PCIEERD).
Enrico Paringit, the Executive Director of DOST-PCIEERD, praised the state college for building the facility and expressed hope that it will lead to innovations for the surrounding areas. “CSPC is gaining momentum in its pursuit of developing its research capabilities, and we have no doubt that AIRCODE will be another success story for them and for the Bicolanos,” he said.
Dr Paringit acknowledged AIRCODE’s essential contribution to the 49 labs that have been established across the country as part of the council’s Infrastructure Development Program (IDP). To date, they have invested more than two Php234.4 million (S$6.32 million) in cutting-edge lab equipment, infrastructure, specialised software, and other critical operational requirements for research and development businesses.
The importance of this facility, according to Project Leader Joseph Jessie Oñate, will aid the town of Nabua, which serves as a collect basin for floodwaters from Albay. According to the official report of the Nabua Municipal Disaster Risk Reduction Management Office (MDRRMO), in 2020, not only was the Nabua school site flooded, but 18 of the 34 villages in the town were also waterlogged, and approximately 520 families, or roughly 2,471 people, were forced to stay in evacuation camps.
The AI Research Centre for Community Development (AIRCoDE) is a new facility that is part of the Department of Science and Technology-Bicol’s (DOST-Bicol) Infrastructure Development Program (IDP). The centre is equipped with cutting-edge lab equipment and infrastructure, and it will focus on using AI to address the flooding crisis in Nabua, Camarines Sur.
As part of the facility, the research project “Project Apaw: Spatiotemporal Forecasting of River Flood using Deep Learning” will be carried out. This project will use deep learning to estimate flood levels and provide real-time notifications through websites, social media pages, and SMS. This will help to better prepare the community for calamities.
AIRCoDE will increase the research skills of AI enthusiasts, including academic members and students, in addition to addressing the urgent requirements of the Rinconada communities. Deep learning, computer vision, and other AI technologies will be used to do this.
DOST-Bicol Director Rommel Serrano said that AIRCoDE is a “game changer” for the region. The Bicol region is particularly vulnerable to typhoons due to its topographical features and location. AIRCoDE has the potential to be adopted by other towns in the region in the future, and it could set a precedent for how AI can be used to benefit the nation.
Further, leading-edge AI technologies and algorithms are being developed in research centres for AI. In addition to conducting fundamental research to expand the capabilities of AI, they take on some of the most difficult and complicated issues in a variety of fields. Researchers can examine enormous amounts of data, spot trends, and offer insightful analysis that could lead to answers for urgent global problems by utilising AI approaches.
AI research facilities also focus on improving the effectiveness, accuracy, and stability of current AI systems. This ongoing development makes sure that AI technologies are dependable and efficient when used in practical applications like the AIRCoDE.
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The HKUST Business School has unveiled a groundbreaking initiative in collaboration with a Hong Kong-based information provider aimed at catalysing Hong Kong’s tourism resurgence through advanced technology. This innovative project leverages the power of artificial intelligence (AI) to usher in a new era of predictive insights for the tourism industry.
Spearheaded by the School’s Center for Business and Social Analytics (CBSA) and the company’s cutting-edge AI platform, the Tourism Index introduces an unprecedented approach to forecasting. By harnessing the capabilities of natural language processing and machine learning, the initiative meticulously analyses an extensive dataset of over 10 million data points sourced from social media, online travel platforms, and travel forums in Mainland China.
Traditionally, the tourism sector has grappled with delayed access to vital statistics, hindering effective business planning. The Tourism Index ingeniously bridges this gap by offering forward-looking projections for key tourism metrics, including overall sector outlook, arrivals of mainland visitors, hotel occupancy rates, and average daily hotel rates.
This real-time foresight, accessible to the public, unveils a clear glimpse into the near-term trajectory of the industry. The forecasts, which are updated monthly on the 10th, draw insights from historical tourism data and over 20 influential factors tied to travel, including sentiments and desires gleaned from online and social media discourse.
The Senior Associate Dean of HKUST Business School and Director of CBSA underscored the pivotal role of technology in this initiative. With nearly 80% of visitor arrivals attributed to mainland visitors, the revival of Hong Kong’s pandemic-affected travel sector hinges on data-driven strategies.
By seamlessly merging business acumen and technological prowess, the research team has devised forward-looking indices that illuminate immediate trends in essential tourism metrics. Professor HUI’s vision extends beyond the project’s impact on the tourism realm – it stands as a testament to the boundless potential of data analytics, championing the widespread integration of robust big data technologies throughout the business landscape and beyond.
The CEO of the tech company and Tech Advisor at CBSA elaborated on the process noting that by leveraging the tech company’s extensive database of Chinese media data and an automated data processing platform, the predictive model that powers the Tourism Index executes sophisticated analysis of expansive text data sourced from digital platforms frequently engaged by Chinese travellers. This method reveals the technological underpinnings steering shifts in Hong Kong’s tourism landscape.
The Adjunct Associate Professor at HKUST Business School and Technology Advisor of CBSA noted that tourism is a peak industry. To enhance the industry’s adaptability amid dynamic shifts, the Index engineered a series of predictive tourism indices. The Tourism Index pioneers the fusion of big data text analytics and tourism forecasting, transcending conventional surveys and circumventing the lag inherent in industry statistics.
The Chairman of the Hong Kong Hotels Association (HKHA) noted that the initiative is a stride in the tech-infused tourism panorama. It underscores the two parties’ commitment to innovation and harnessing advanced technology to generate vital tourism benchmarks, fuelling economic resurgence and tourism revitalisation.
HKHA recognises the value of precise and perceptive technology-driven tourism indicators, offering hotel operators data-powered insights for astute decision-making. The Association anticipates collaborative efforts with HKUST and the tech company, propelling sustainable tech-driven growth within Hong Kong’s hospitality sector and advancing the city’s smart city metamorphosis.
The Tourism Index encompasses the Composite Index alongside its three constituent indices: the Visitor Arrivals Index, the Hotel Occupancy Index, and the Hotel Average Daily Rate Index. These components amalgamate data-powered technology, with allocated weights of 50%, 25%, and 25%, respectively, to forecast Hong Kong’s tourism landscape.







