Why Smart and Efficient Design Matters for Renovating Homes in New York

Living in New York City is truly one of a kind. It is fast paced, space is limited, and every home has its own unique character. But renovating your home here can be a challenge!

Between tight layouts, city rules, and the need to balance style with function, smart and efficient design becomes more than a nice to have. It is what makes your renovation work for your life.

Imagine making every inch of your home count. Thoughtful planning and clever layouts can open up your space, make your daily routine easier, and bring a fresh look without losing the charm that makes your place feel like home.

In New York, where space is precious, smart design helps you live comfortably and confidently. With the right tools and expert advice, you can turn your small studio or historic brownstone into a home that fits your lifestyle perfectly.

Facing New York’s Unique Challenges with Smarter Solutions

Homes in New York are known for their quirks. Whether you live in a pre war walk up in Brooklyn or a cozy Manhattan condo, space is tight and every corner matters. Smart design is not just about looking good. It is about creating a home that feels bigger, flows better, and works for how you live.

When you make thoughtful design choices, you can enjoy more usable space, smoother movement through your rooms, and features that match your everyday needs. Tools designed for New Yorkers make this easier. They guide you through the tricky parts so you can focus on what really matters to you.

Making the Most of Your Budget in an Expensive City

Renovating in New York can be costly. Materials, permits, and labor add up quickly. That is why using your budget wisely is more important than ever. Smart renovations focus on energy efficiency, multi purpose furniture, and layouts that save space from the very start.

By planning carefully and using professional home renovation services in New York Renotive, you reduce waste and avoid surprises. Your investment works harder for you, meeting city codes while matching your style and needs.

Homes That Adapt to Your Life

The way we live has changed. Spaces now need to do more. A dining area may double as a workspace. A guest room can turn into a study zone. Designing your home to be flexible means it can keep up with your life.

Fold away desks, built in storage, and modular furniture help your home work for you without feeling crowded or cluttered. Instead of juggling multiple contractors, platforms that combine planning, budgeting, and expert advice make the renovation process smoother.

Sustainability That Saves Money and the Planet

Sustainable choices like insulated windows, LED lights, and water saving fixtures are more than good for the environment. They lower your monthly bills and boost your home’s value.

In a city like New York where energy costs add up, these upgrades make a big difference. Smart tools help you pick the changes that give you the best return on investment for your money and your home’s future.

Making Your Home Truly Yours

New Yorkers love homes that reflect who they are. Efficient design does not mean boring. With customizable cabinets, flexible lighting, and modular kitchens, your home can be as unique as you.

Whether you live in a trendy Tribeca loft or a classic Park Slope townhouse, smart planning lets you create a space that fits your style, budget, and neighborhood.

Navigating City Rules with Confidence

Renovating in New York means dealing with permits and regulations that can be frustrating. A design that works in one borough might need changes in another.

The right tools provide expert guidance and connect you with professionals who know the rules. This means you can focus on building what is possible, not just what you want.

Design That Adds Real Value

Even if you are not selling now, a smart renovation sets you up for the future. Buyers in New York want homes that make the most of their space, have modern features, and meet today’s lifestyle needs.

By working with experts who understand design and the real estate market, you create improvements that pay off over time. Efficient layouts, quality finishes, and low maintenance materials help your home stand out and increase in value.

Final Thoughts

Whether you are updating your kitchen, remodeling a bathroom, or doing a full renovation, smart and efficient design is essential. Renovating in New York comes with challenges but also amazing opportunities.

With thoughtful planning, the right tools, and a focus on both style and function, you can create a home that feels just right. Platforms designed for New Yorkers like Renotive make this process easier and smarter, helping you turn your renovation dreams into reality.

 

Building on Soft Ground: Why Geofoam Is the Engineer’s Choice

Geofoam is quickly becoming favored among engineers, particularly when building on soft ground.

 

Known for its lightweight and durable nature, geofoam is essentially a block or slab of expanded polystyrene (EPS) that can be used in various construction applications. Initially developed in the 1960s, geofoam is celebrated for its high strength-to-weight ratio and versatility. One increasingly popular use is geofoam for landscaping, which enhances the stability and aesthetic appeal. This post will explore why geofoam is a top choice for engineers with soft ground conditions.

Benefits of Using Geofoam on Soft Ground

One of the primary benefits of geofoam is its lightweight characteristic, which significantly reduces the load on soft soils. Traditional materials like soil or concrete can add tremendous weight to an already unstable surface, but geofoam mitigates this risk by being significantly lighter. This reduction in weight helps prevent issues such as soil settlement and ground instability, making it ideal for projects built on soft terrain.

Additionally, geofoam simplifies the construction process and accelerates project timelines. Its ease of handling and installation allows quick setup, reducing labor time and costs. Contractors can easily cut and shape geofoam to fit specific project requirements, facilitating a more efficient construction process. These benefits make geofoam an attractive alternative to traditional materials, especially when time and budget are key considerations.

Applications in Landscaping

Geofoam has become essential in landscaping projects where stability and aesthetics are crucial. Its lightweight composition allows for the creation of garden designs that don’t place excessive pressure on the soil. This feature is particularly beneficial for crafting intricate, multi-layered landscapes. Geofoam can be shaped to form hills, terraces, and other features that add visual interest to a landscape. This flexibility means landscape architects can realize their creative visions without being limited by the physical constraints of traditional materials. Whether it’s for enhancing a commercial property’s visual appeal or creating unique public park designs, geofoam enables innovative and efficient solutions in the landscaping industry.

Challenges and Considerations

Geofoam can pose some initial cost challenges, as it tends to be more expensive upfront than traditional materials like soil or aggregate. However, this cost is often mitigated by savings in labor and accelerated project timelines. Proper planning is essential to protect geofoam from environmental factors such as UV exposure and chemical spills. Ensuring adequate protection helps maintain the material’s integrity and longevity. Additionally, the installation requires careful attention to detail to avoid potential issues. Engineers must assess site conditions thoroughly to determine the appropriate thickness and type of geofoam needed for the project. Awareness of these considerations can help maximize the benefits of geofoam while addressing any potential drawbacks.

Future of Geofoam in Engineering

Geofoam technology is continually evolving, promising exciting advancements for its applications in engineering. Researchers are actively working on enhancing the material’s load-bearing capacity and resistance to environmental stressors, making it even more versatile and reliable for construction projects. These improvements are expected to broaden the range of uses for geofoam, allowing it to tackle more demanding engineering challenges.

In addition to its current benefits, geofoam is becoming a key player in sustainable construction practices. Its lightweight nature reduces the energy required for transportation and installation, contributing to a lower carbon footprint. As the industry shifts toward greener building methods, geofoam’s environmental advantages make it an increasingly attractive option.

Moreover, advancements in geofoam manufacturing techniques pave the way for customized solutions tailored to specific project needs. Innovations in shaping and cutting technology allow for greater precision and flexibility, enabling engineers to address unique construction challenges more effectively. This customization can lead to even more efficient use of the material, further optimizing costs and project timelines.

The incorporation of geofoam in infrastructure projects is also gaining traction. For example, its use in road and railway embankments, airport runways, and bridge abutments is expanding, thanks to its ability to provide stable support while reducing stress on underlying soils. As infrastructure demands grow, geofoam’s role in creating durable and long-lasting structures will become increasingly significant. Additionally, ongoing research is focused on improving geofoam’s resistance to fire, moisture, and other environmental factors. These enhancements will not only extend the material’s lifespan but also ensure safer and more resilient construction outcomes.

Geofoam is a revolutionary material for engineers tackling the complexities of building on soft ground. As its applications expand to infrastructure projects like roads, railways, and airport runways, geofoam’s role in creating durable and efficient structures will become increasingly critical. The continuous evolution of this material ensures that its benefits will only multiply, solidifying its place as a preferred choice for modern engineering challenges.

Differences Between Glulam and Traditional Timber Beams: Key Advantages

In construction, material selection can significantly impact a project’s cost, design, safety, and long-term performance. When choosing between glulam and traditional timber beams, builders, architects, and contractors must weigh the benefits and limitations of each.

 

Both materials are widely used in building frameworks, support structures, and architectural features, but they serve different needs based on application, cost, durability, appearance, and sustainability. In this guide, we explore the core differences between these beam types and how glulam beams offer a versatile, engineered solution across various construction areas.

What Is the Difference Between Glulam and Timber?

Traditional timber beams are cut from single pieces of wood. They’re valued for their natural appearance and rustic charm, often used in homes, cabins, or restoration projects. Glulam beams are an engineered wood product made by laminating smaller pieces of timber together with durable adhesives. This lamination process improves strength, stability, and span capabilities, making glulam a top structural choice in modern construction.

Glulam beams are designed for consistency. Their laminated structure minimizes flaws found in solid wood, like knots or cracks, and distributes load more evenly. Because of this, glulam provides enhanced support and performance in both residential and commercial buildings. It’s a sustainable solution that uses fast-growing timber species, reducing the need for old-growth harvesting, and it’s ideal for architects focused on innovation, aesthetics, and environmental impact.

Structural Strength and Load-Bearing Performance

When it comes to strength and structural integrity, glulam beams outperform traditional timber in key areas. Glulam has a higher strength-to-weight ratio, meaning it can support heavy loads while remaining relatively lightweight. This makes it ideal for long spans, open-concept designs, and complex frameworks. It eliminates the need for excess support columns, providing more flexibility in building design.

Traditional timber can’t always guarantee the same load-bearing results. Natural inconsistencies such as grain orientation, surface checks, and moisture content affect performance. Timber may be suitable for small-scale or decorative applications, but glulam offers the predictable strength needed for larger projects like roofs, trusses, driveways, bridges, and public buildings.

In engineering tests, glulam has shown to deliver up to 50% greater bending resistance compared to solid wood beams of the same size. Whether you’re supporting large roof spans, exterior patios, or indoor columns, glulam provides the reliability contractors and clients demand.

Fabrication and Assembly Processes

The difference in manufacturing and assembly is significant. Glulam production begins with the selection of high-quality timber. The wood is kiln-dried to a specific moisture content to ensure stability, then graded based on appearance and performance. Finger joints connect shorter lengths of timber into long laminations, which are glued together under pressure using industrial adhesives.

This engineered process results in a high-performance product designed for structural use across a variety of applications. The beam’s fabrication also allows for custom shapes, curves, and sizes that traditional wood cannot achieve. Installation is faster and more precise, reducing labor and equipment needs on the job site.

In contrast, traditional timber beams are milled directly from logs. Though this offers visual character, it lacks the reliability of engineered materials. Timber beams often require additional maintenance, are more prone to cracking and warping, and may need frequent inspection depending on use and climate conditions.

Durability and Maintenance Needs

Durability is one of glulam’s most important advantages. The laminated layers help prevent moisture intrusion, improve dimensional stability, and resist the cracking, twisting, or shrinking often seen in solid wood. For high-performance projects, particularly in outdoor environments or large-scale commercial buildings, this increased resilience reduces long-term maintenance and repair costs.

Glulam beams are commonly used in bridges, sports facilities, commercial driveways, public frameworks, and even residential patios—anywhere long spans and structural performance are required. Their strength and resistance to water and weather make them ideal for various climates.

Traditional timber requires more maintenance to protect against rot, pests, and moisture damage. Its surface often needs sealing or staining to extend its lifespan. While well-maintained timber can last decades and even centuries—as seen in historic buildings—it typically demands a higher upkeep cost over time.

Cost, Price, and Long-Term Value

While glulam beams may carry a higher upfront price than traditional timber, they offer greater long-term value. Their engineered properties mean fewer structural issues, faster installation, and less need for repairs. In many cases, builders using glulam report lower total project costs thanks to reduced equipment needs, fewer support materials, and faster timelines.

Traditional timber is usually less expensive per linear foot, but ongoing maintenance, material waste due to defects, and limited span options may increase overall project costs. For contractors focused on long-term results, performance, and safety, glulam is often the smarter financial choice.

Design Versatility and Architectural Innovation

One of the standout features of glulam is its versatility. These beams can be fabricated in a wide range of types, sizes, and shapes, enabling creative design elements that traditional timber simply cannot accommodate. Curved beams, arched spans, and tapered columns are just a few examples of how glulam enables architectural freedom. Its clean lines and smooth surface work beautifully in both exposed and hidden applications, enhancing the visual appeal of interior and exterior structures alike.

Glulam is used in modern schools, libraries, offices, malls, and civic buildings where visual impact and sustainability matter. Its flexibility supports custom solutions for all kinds of construction projects. Meanwhile, traditional timber beams excel in settings that prioritize character and natural appearance—such as rustic homes, barns, or historic renovations.

Aesthetic and Visual Differences

Glulam beams have a consistent, polished appearance ideal for contemporary designs. They can be stained, painted, or left natural, and their surface finish gives a clean, professional look. Some prefer the refined texture and minimalistic appeal of glulam, especially in sleek, open-concept buildings where exposed beams are part of the architectural statement.

Traditional timber beams, on the other hand, provide an organic, imperfect look with visible knots, grain variations, and age marks. This classic aesthetic is hard to replicate and suits designs that embrace traditional or country-style architecture. While not as structurally versatile, timber’s visual charm is a major reason some builders still prefer it for select applications.

Environmental Impact and Sustainability

Glulam beams are a sustainable product by design. They use smaller cuts of fast-growing timber, helping preserve old-growth forests. The manufacturing process produces less waste and lower emissions compared to concrete or steel, and the wood itself acts as a carbon sink, storing CO₂ throughout its life. As more construction projects focus on eco-friendly practices, glulam stands out as a responsible choice.

Traditional timber is also renewable, but it often relies on large, slow-growing trees. While it can be sustainably harvested, its environmental footprint may be higher depending on the source and transportation distance. When sourced responsibly, both materials can support green building initiatives, but glulam offers more efficient use of available resources.

Applications in Modern Construction

Glulam beams are widely used in modern construction for their strength, design flexibility, and long-lasting performance. They appear in all kinds of structures: from large commercial projects like stadiums, auditoriums, and shopping centers to smaller jobs like residential floors, ceilings, and patios. Glulam is also used for decorative beams, exterior trusses, and structural columns.

Traditional timber finds its place in homes, lodges, cabins, and restoration projects where natural wood is central to the design. It’s frequently used in porches, entryways, driveways, and exposed interior beams where a rustic feel is desired. While glulam is engineered for innovation, traditional timber holds strong for character-driven builds.

Making the Right Choice for Your Project

When comparing glulam beams to traditional timber, the right choice depends on your project’s specific needs—cost, design, strength, maintenance, and sustainability all play a role. Glulam offers superior performance in structural applications, creative design options, environmental responsibility, and long-term durability. It’s a solution built for today’s performance-driven construction world.

Traditional timber provides charm, character, and a classic look, making it ideal for projects where aesthetics matter more than span or strength. For those who value rich wood texture, aged appearance, and minimal engineering, timber beams may still be the right fit.

Ultimately, both products serve important roles in building design and development. With the right team and information, contractors, architects, and clients can make the best decision for each unique job. Whether your project involves large-scale commercial construction, small home renovation, or infrastructure development, glulam and traditional timber both offer distinct benefits that contribute to safety, style, and value.

Jeremy Casson: Architectural Styles of Europe

Having developed a passion for fine art at an early age, Jeremy Casson attended one of the UK’s top art conservation courses while studying at university. Today, he runs his own practice mentoring other conservators.

Beautiful street in Greece with balconies and trees.

From the Greek and Roman classic era to post-modern architecture, this article will explore a selection of European architectural styles, providing an overview of their background and key features.

Greek and Roman

Classical Greek and Roman architecture is characterised by stone posts and beam-bearing columns, with a heavy emphasis on geometry and symmetry. However, while the Greeks favoured the more rudimentary Doric column, the Romans opted to incorporate intricate decorative flourishes and ornate archways.

Running from 900 BC to the 1st century and 590 BC to the 4th century respectively, the ancient Greek and Roman architectural eras overlapped considerably, with their classic influences re-emerging time and time again in subsequent architectural styles.

Greek architecture Roman ruins and columns in Greece.

Byzantine

Adding to the Romans’ use of columns and arches with impressive domed ceilings and basilica structures, the Byzantine architectural phase continued for a thousand years, running from the 4th century to the fall of the Byzantine Empire in 1453.

Originating from the imperial capital of Constantinople, this architectural style emphasised interior decoration over exteriors, frequently incorporating gold detailing and tile mosaics.

Byzantine architecture in Europe.

Neoclassical

As the name would suggest, neoclassical architecture harks back to Greek and Roman architectural styles, with many 18th century structures somewhat resembling ancient Greek and Roman temples. With a focus on free-standing columns, elegant lines and an uncluttered appearance, buildings from this era tend to be vast, with prime examples including the White House in Washington D.C. and the Bank of England Building in Liverpool.

Neoclassical architecture in Europe, extravagant moldings on balcony.

Victorian

Constructed during the reign of Queen Victoria of Great Britain, this architectural style is not limited to a particular design and incorporates elements of the Tudor, Romanesque and Gothic eras.

Millions of Victorian buildings still survive throughout the UK today, with the style having been adopted in the construction of residential homes throughout the industrial revolution. Victorian houses are characterised by a typical ‘dolls house’ appearance, incorporating vivid colours, elaborate trims and asymmetrical designs.

Victorian architecture in England.

Modern

Popular with many architects in the first half of the 20th century, this minimalist style prioritises the simplicity of form, with a clean structure, focus on functionality and distinct lack of ornamentation. The modern style took advantage of advancements in steel, concrete and glass and was embraced by some of the world’s best-known architects, including Le Corbusier and Frank Lloyd Wright.

Modern architecture concrete office building.

Post-Modern

Launched in the 1960s, the post-modern design movement bucked the trend of rigidity and austerity promoted throughout the modern era, incorporating decorative embellishments and artistic elements. Post-modernism drew inspiration from a mix of architectural eras, culminating in a new generation of whimsical, hybrid creations.

Prime examples of the post-modern architectural era include the Dancing House in Prague and the Guggenheim Museum in Bilbao, Spain.

Post modern architecture, the dancing house in Prague.

COSTERION – Support for Builders and Developers

If you plan to build your home or start a new investment, remember that it is an opportunity to customize and create a space however you see fit!

COSTERION.com offers designs of unique and modern houses. If you are a company that needs assistance in the process of construction and brand building, Costerion offers many services to cater to your needs. Keep reading to find out more!

Planning to build a house, make it your home and take advantage of the opportunity to  customize a space that is ideally suited to everyone’s needs. After all, NEW HOME is the place to bond with those you love and entertain new friends. The house you build should be a perfect  match to the land you decide to live on. Additionally, a designed home needs to be environmentally friendly so that it meets the latest standards. Although it will cost more to implement these environmental systems at first, you will save on maintenance fees down the road.

Ready Made or Original Design 

When you commit to building a home, you will have a lot of choices, and one of the  most important selections will be to choose between a Prefabricated home or a custom  home that is special and unique to you. For each choice, you get to check out designs,  photos of the construction process, and the final product. Get some expert opinions from people who have purchased a new home, both from original designs and pre designed homes. Check discussion boards and forums for advice, tips, and  information that can help you decide on the type of home to buy. Some advantages of a predesigned home are shorter investment times, a sense of security knowing that these  homes have been tested and optimized for lower costs during construction, and that these designs have been looked over many times. Pre Designed homes have many advantages, however choosing the Original Design option has its own attractive aspects such as being able to customize your home to your needs. Before you make the choice between the two, take advantage of the project consultancy services to determine which solutions are most optimal for you.

If you are looking for an Original design, we can help! We can research and gather  the specific requirements in terms of space, planning, and the appearance of the  house tailored to your specifications. Your original design may require a plot of  land with an unusual shape or size and we are happy to accommodate you in this  venture. You will need an architect who understands your needs and listens to  every creative detail in order to develop your dream house. While an original design  can cost more than a prebuilt design, your house will be original and a space you  can really relax and entertain in, and best of all – call home.

Another more advanced solution to your new home is the adapted project.

When there are many possibilities like partitioning walls, doors, and window locations along with smaller elements, customers have the option of deciding to introduce these small changes” – says Marcin Kostka, owner of the Costerion company.

Just because you choose the predesigned option, it does not mean that you can’t change it! When selecting a premade project, always ask questions as to what extent the project can be modified. A great architect will always have the answers. To see exceptional example of both methods, you can go https://costerion.com/plans where you can purchase a plan of your future house.

Understanding Your Own Unique Needs 

The first step in designing a home is to create a checklist of ideas and decide on  what you want most. This applies to making modifications to a premade design and  to a custom home. If you are working with an architect, do not be afraid to  communicate your ideas so that you can talk about it with him and get feedback.  The size of the home can vary depending on how many people you plan to live in it  with. You don’t want to spend money on space that you don’t need. As for the  space you want, that is up to you! If you like working from home, then you can add  an executive study room to cut business expenses while creating a quiet space.  Plan on having friends and family over for long luxurious weekends? Consider  adding guest rooms to accommodate them comfortably. Utility rooms like the  laundry, pantry, and basements or sunrooms for extra entertaining space are also  necessities to consider. Remember to add a recreation room to explore your  creative pursuits. You ultimately want and need an original design that will allow for  unlimited possibilities. If you want a more simplistic approach, then a premade  design just might be the answer for you. Check out www.costerion.com/3d for more information.

Planning Your Space 

When planning your space, there are some basic principles to consider. The living  room and dining room should ideally be looked towards the south and southwest side to get a lot of natural light from the sun. When you eat your meals or spend time with friends and family it is always nice to do it in the warmth of the sun. To make sure you take advantage of the sun you would also want bigger windows, a staple of modern design, along these rooms. Another way to use the sun is to align  your solar panels towards the sun to get as much solar energy as possible. This will  save you money and help the environment.

Other factors to consider would be to divide your house into smaller zones. The day  zone consists of room like the living room, dining room, kitchen, office, guest  rooms, and bathrooms. It would be best to choose to have these rooms have  access to natural lighting. The other zone is the night zone which consists of master  bedrooms, adjoining baths, walk-in closets, kids’ room, and play areas. These rooms  do not need as much sunlight, but they need more privacy, away from activity of  potential guests. Finally, there is the communication zone that consists of rooms  that everyone in the household can be in to feel connected to each other while  enjoying the space.

We can tell you all about how to properly organize spaces, but it’s hard to visualize  how these spaces look like in the proper place. Words can only do so much to show  you the potential of your future house. To help you visualize your future house,  Costerion offers services like virtual walk throughs of the house to let you have a  visual experience with the future space. If the planning becomes too complicated,  then we can guide you through the process. For more information you can check  out https://costerion.com/3d. As a company or as an individual, Costerion is able to supply the technology and supplies to bring the building from thought to reality.

Getting the Right Materials 

One of the most crucial aspects of building a home is to use the right materials. You  want a house to last for decades, to be sturdy, and of well-built construction.  Whether or not you are looking to build a home or a company trying to get  materials for a house, it is always important to have access to the materials you  need right away. Think about the various possibilities available when choosing  construction technology. You have choices between ceramics, concrete, wood  (including wooden beams to accentuate the home), or the most expensive  materials, or use a majority of prefabricated elements which can save you money and time. The right building materials are also key to achieving optimal energy  efficiency.

An environmentally efficient home will save you money time and time again. A well  built, environmentally friendly home requires less energy to heat and cool resulting  in affordable energy bills and fewer headaches. Insulation materials can range from  mineral wool, foamed polystyrene, or polyurethane foam. The amount of material  used and the selection of the most effective in a given category is important.

All of this leads to the question of where do you find these materials? This can be a  very stressful part of the process and it can seem overly complicated, however if  you go to https://costerion.com/supplies you can buy/find building materials  dedicated to your projects all in one place.

From planning, to designing, and to construction, the whole process can seem very  convoluted with all of the different people that need to be involved. However, with  our partnership with other companies, we can make this  process very seamless and efficient for you. If you are a company looking to have a  lot of these steps done efficiently, or an individual trying to build their dream home,  then Costerion is for you.

Smart Home Technology 

Lighting adds a special touch and a sense of warmth to any home. Effectively,  illuminated elements of the house bring out the beauty and charm of the  architecture, creating an atmosphere to be desired. Lighting adds a special  ambiance in a garden, allowing you to admire and enjoy the landscaping in the  evening. It also has a special significance in keeping your home safe with lighted  driveways and garages.

When designed a modern house, there are options to add smart home elements  (IBMS or IIBMS). Modern building management systems can help to optimize  energy consumption in the home by controlling the central heating system, air  conditioning, heating elements in the floors, sprinklers, blinds, and even lighting  and alarm systems. These amazing technological wonders can allow you to manage  your home remotely to give a sense of added security and a feeling that you are  home – even when you’re away. There are very simple changes that can be done  that makes the old ways seem primitive. Examples of said changes can be smart  lighting and automation that will help with the way of living. As you enter the house,  the lights can turn on automatically or when you leave a room, the lights turn off  which can also help you save energy and money.

Building Supplies 

Aside from the materials used to construct the building, there are other aspects of the  building that are needed to give it that aesthetic finish and completion. These can be  windows, doors, and garage doors. Windows and doors are things you always go and look  in and out of, so when you go in and out you want to see beauty. With Costerion, you will  be able to handpick whatever kind of window or door you would like to add to your house.  To help you with that we also offer all of these essentials in the three-dimensional space.  We can, as said before, create rendering, visualizations, plans, and virtual tours to make  sure that your house is exactly how you want it to look.

Brand and Marketing 

If you are a company looking to build a house to sell, marketing is always important.  Costerion cooperates with a professional marketing agency that can build your company  with a marketing strategy plan from the logo to the website with online shops and social  media campaigns. If you want to check it out you can visit https://costerion.com/marketing