“The residential Real Estate business had an exponential growth rate in 2021, and the trend is continuing even following COVID, especially in Hyderabad,” says Mr. S.S. Reddy, Managing Director of Aparna Constructions and Estates, who was speaking about the new projects. “Housing continues to be in strong demand across all age groups despite increases in loan interest rates. Having a home is something that today’s youth understands and values highly. Customers are seeking properties that range from mid-luxury to premium. Significant demand from buyers has been generated by self-sufficient, connected communities that enable quick and simple access to places of employment. With the four new projects, Aparna Constructions hopes to meet the rising demand for residential properties in Hyderabad’s developing IT Hub, where we have seen solid sales this year,” he added.
Aparna CyberStar, Aparna CyberShine, Aparna CyberOn, and Aparna CyberHeights are located in one of Hyderabad’s fastest-growing IT Hubs, barely 5 kilometers from the ORR and 11 kilometers from the IT Hubs.
The Real Estate projects ensure the best of both worlds by maintaining harmony between the outside environment and the contemporary, integrated living spaces. All projects maintain a 24-hour power backup, security, and surveillance network, water supply, sewage treatment plant, water treatment plant, and rainwater harvesting system on-site in order to ensure maximum comfort and efficiency. These Real Estate projects retain a constant focus on resource conservation and sustainability while providing a wide range of facilities comparable to the top developments in the world.
The well-planned apartments feature airy bedrooms, fascinating sit-outs, and a well-thought-out kitchen. Every apartment is completely Vaastu compliant and is designed to retain great natural light, energy, and airflow qualities. To know further about the astounding features of these apartments and the advantages of residing or investing in these Real Estate properties, click on the link below.