Great room - tropical great room idea in Miami with white walls

We used: Custom cherry cabinetry in Arts & Crafts Shaker style by Kabinart in Boulder and Espresso stains. Liberty Hardware Venetian bronze 1-1/2" cabinet knobs. KitchenAid Architect II Series 22 CF counter-depth French door refrigerator. KitchenAid Architect Series II 27" convection single wall oven. KitchenAid 36" 6-burner dual fuel freestanding commercial-style range. KitchenAid Architect II Series 24" dishwasher. Sharp Insight Pro Series 24" built-in microwave drawer (Model #KB6524PS). Crystorama Solaris 12" wide pendant lights in English bronze. Granite countertops in Brown Fantasy. 3"x6" polished marble backsplash. Paint colors: Walls: Glidden Silver Cloud 30YY 63/024 Ceilings/Trims/Doors: Glidden Swan White GLC23 Robert B. Narod Photography

This 32” x 19” handmade stainless steel single basin undermount kitchen sink combines functionality, quality, and affordability. Perfect for any kitchen space, this undermount sink is made of surgical grade 16 gauge SUS 304 stainless steel, with an optimized 18pct chromium and 10pct nickel content to provide excellent strength and hardness. The specially chosen satin finish will hide water spots and maintain a uniform patina finish as the sink ages. The extra-deep basin accommodates pots and pans easily, but it also hides dirty dishes in the sink basin and under the countertop line. The tight-0.4" radius corners are perfectly blended through an automated machine buffing system, and careful hand polished, for a luxurious finish. This beautiful stainless steel undermount sink comes with a bottom grid to protect your sink from dents and scratches. The bottom grid is cushioned by soft protective bumper. This single bowl undermount kitchen sink is equipped with soundproofing system including a protective stone guard coating and extra thick rubber pads to create overall a very quiet sink. This coat is sprayed underneath the sink to prevent water condensation as well. This single basin kitchen sink comes with a luxury basket drain strainer, which is deeper and much more functional for catching food scraps than the regular strainers. These kitchen sinks are Canadian designed and meet the highest plumbing standards for North America. For added functionality, the stainless steel kitchen sink has a drain towards the rear, for better utilization of the space under the sink cabinet. Also, sink basins have drain grooves for optimal drainage. Very easy to install, this kitchen sink come with a template and mounting brackets. Experience the luxury and functionality of this amazing stainless steel undermount single basin kitchen sink, perfect fit for any kitchen environment.

Design Consultant Jeff Doubét is the author of Creating Spanish Style Homes: Before & After – Techniques – Designs – Insights. The 240 page “Design Consultation in a Book” is now available. Please visit SantaBarbaraHomeDesigner.com for more info. Jeff Doubét specializes in Santa Barbara style home and landscape designs. To learn more info about the variety of custom design services I offer, please visit SantaBarbaraHomeDesigner.com Jeff Doubét is the Founder of Santa Barbara Home Design - a design studio based in Santa Barbara, California USA.

The light from South Arch side window is focused upon the North wall where there is a large granite fossil. A smaller version of these swimming creatures appears above. Next to these is a cave-like opening where a thyme plant meanders down the rock wall. Other interesting artifacts are included in the design. Photo credits: Dan Drobnick

Two Birds Photography
Kids' room - transitional kids' room idea in Chicago

Not all architectural imagery is created equal. Some renderings look obviously computer-generated, with flat lighting and plastic-looking materials that fail to convince viewers. Others are so precise that they are indistinguishable from photographs. That second category, realistic architectural visualization rendering, has become the standard expectation for architects, developers, and marketers who need imagery capable of withstanding close scrutiny from investors, buyers, and planning authorities. As audiences grow more visually literate, the tolerance for obviously artificial, video-game-like imagery in professional presentations continues to shrink. What Sets Realistic Visualization Apart Realistic architectural visualization goes beyond simply modeling a building in three dimensions. It requires physically accurate lighting simulation, true-to-life material properties, and careful attention to the small imperfections that make real-world photography convincing, such as subtle reflections, ambient occlusion in corners, and natural depth of field. The goal is an image that a viewer would believe was captured by a camera on-site rather than generated by software. Achieving that level of believability typically means dozens of small adjustments layered on top of one another rather than any single dramatic setting. Realistic Versus Stylized Rendering Approaches Stylized or conceptual renderings still have their place, particularly in early design phases when a looser, more artistic representation helps convey mood without locking in every detail. But once a project moves toward marketing, investment, or permitting, stakeholders need to see exactly what they are getting. Realistic visualization removes ambiguity, showing true material colors, accurate proportions, and honest lighting conditions rather than idealized abstractions. Understanding which approach a project actually needs at each stage helps clients avoid paying for a level of polish that a given milestone does not yet require. Why Realism Builds Client and Buyer Confidence Buyers and investors are understandably skeptical of overly polished or unrealistic marketing images. When a rendering looks convincingly real, it builds trust rather than raising doubts about what the finished project will actually look like. This is especially important in real estate presales, where buyers are committing significant sums based largely on visual material rather than a finished physical space. A rendering that later turns out to have misrepresented the finished product can also create legal and reputational exposure for developers, making accuracy a genuine business risk rather than just an aesthetic preference. The Technical Pillars Behind Every Realistic Scene Achieving true realism depends on several technical disciplines working together: physically based rendering engines that simulate how light actually behaves, high-resolution texture libraries that replicate real materials like stone, wood, and glass, and careful camera work that mimics real photographic lenses and exposure. Post-production adds a final layer of color grading and atmospheric effects that ties everything together into a cohesive, believable image. Each of these pillars depends on the others; even flawless material work can be undermined by lighting that behaves in a physically implausible way. Applications Across Residential, Commercial, and Institutional Projects Realistic visualization serves a wide range of building types, from single-family homes and luxury condominiums to office towers, hotels, schools, and healthcare facilities. Each typology has its own material palette and lighting expectations, and an experienced studio adjusts its approach accordingly, whether that means warm, inviting tones for a residential lobby or crisp, professional lighting for a corporate headquarters. Institutional clients such as universities and hospitals often have additional requirements around accessibility signage and wayfinding, which need to be represented accurately alongside the architecture itself. How AIMIR CG Delivers Photorealistic Accuracy Our studio specializes in realistic architectural visualization rendering that holds up under close inspection. Every project moves through a disciplined pipeline of modeling, texturing, lighting, and post-production review, with artists cross-checking material references and lighting studies against real-world photography. This attention to detail is why clients consistently describe our end product as impressive and our process as easy to work with. A dedicated quality review stage before delivery catches inconsistencies that might otherwise slip through a faster, less structured pipeline. Common Challenges in Achieving True Realism Realistic rendering is technically demanding. Common obstacles include accurately simulating how light bounces between surfaces, matching material reflectivity to real product specifications, and avoiding the uncanny, slightly artificial look that comes from over-processed images. Overcoming these challenges requires experienced artists who understand both the science of light and the craft of photography, not just software proficiency. Rushed production schedules are often the real culprit behind unconvincing renderings, since realism typically requires several iterative passes rather than a single render. What to Look for in a Realism-Focused Rendering Studio When evaluating a rendering partner, review their portfolio critically. Do the images include convincing shadow detail and material variation, or do surfaces look uniformly smooth and artificial? Ask about their revision process and how closely they work with architects to source accurate material and lighting references, since realism is ultimately the product of disciplined collaboration, not a single software setting. It also helps to ask for examples of past projects in a similar building type, since a studio's strengths can vary across typologies. Ready for Renderings That Look Real If your project deserves imagery that can stand up to the scrutiny of investors, buyers, and planning boards, AIMIR CG is ready to help. Our team combines technical precision with artistic judgment to deliver visualization that looks and feels genuinely real. Contact us to discuss how photorealistic rendering can strengthen your next presentation or marketing campaign, and let us show you examples from projects similar to your own.

Scott Shigley
Inspiration for a transitional home design remodel in Chicago

Example of a small classic 3/4 white tile and stone tile mosaic tile floor alcove shower design in Chicago with an undermount sink, recessed-panel cabinets, black cabinets, quartzite countertops, a two-piece toilet and gray walls

This article is posted here with the consent of the author. The views and opinions expressed in this article are those of the author and do not necessarily reflect the official policy, position, view, or opinion of Crestron Electronics, Inc., or of any of its employees. Crestron Electronics is not responsible for, and does not verify the accuracy of, any of the information contained in this article. By Jeff Singer The “smart” revolution began several years ago with smartphones (a.k.a phones) and has extended in recent years to thermostats, doorbells, alarm systems, and kitchen appliances. Smart devices are so ubiquitous that the term “smart” is overused to the point that it is almost meaningless. Companies are eager to jump on the bandwagon and claim their products are “smart,” and consumers proudly claim they have a smart home because they have lighting control. Misconceptions about smart homes are prevalent and create confusion in the marketplace. This can have deleterious effects on businesses and underserve consumers. Here are seven of the most popular misconceptions about smart homes: 1. Apps are smart Apps are convenient and easy to use. Yes, it seems there’s an app for everything. People expect to be able to download an app and do just about anything. App developers and many companies do not disavow consumers of this myth. On the contrary, they promote this idea with carefully worded descriptions. The promise of having the world at your fingertips for $1.99 is very enticing. Although it sounds too good to be true, it is also too good to pass up for many people. This leads to undervaluing home control and disappointment when the apps don’t work, which undermines confidence in our industry. The fact is that apps are not smart. They do not control anything. They must connect to and communicate with a control system or cloud service that processes, prioritizes, and executes commands. That’s the real magic and what most people do not understand. 2. Smart devices work together With so many smart appliances and devices on the market today, it’s understandable that the average consumer might think that they actually communicate and work together. This is simply not the case. Smart devices are not that smart. They are designed and manufactured by different, often competing, companies. There are no national or industry standards governing these products. Even if they all operate using Wi-Fi® communications, that doesn’t mean they work together. Some companies promote a home control platform, which unites different devices from different companies – in theory. The platform is yet another third-party software totally dependent on other companies developing APIs and writing control modules for their hardware to run on that piece of software. The devices are not independently compatible. Also, when updates are made to either the hardware or the software, functionality may be affected for some period. That’s a nice way of saying the device or system won’t work and there’s no way of knowing for how long. 3. It’s a DIY project Which brings us to the next myth, which is that the average person can do it themselves. Unless you are a skilled professional, I would not advise taking on a smart home project. You want to make a light turn on and off with your Alexa® or Google Assistant™ virtual assistant software, go for it. A smart home takes much more planning and expertise. I have no problem changing a light bulb or hanging a light fixture in my dining room; however, I am not going to rewire my house. I may change the flush valve in my toilet, but I’m not going to replace the pipes in my house. You get it. Integrating devices and systems, establishing different zones, creating scenes, designing the UI with a balance between control, feedback, and simplicity – all takes experience and skill. 4. Need a programmer to make changes Early adopters may have experienced the pain of trying to make a simple change or update to their home control system. Years ago, if the cable provider changed the channel line-up, the homeowner would have to call the dealer or programmer to make an appointment for them to come out to the house to reprogram the system. The system wouldn’t work as expected until it was updated, which often took several days and beaucoup bucks. Not anymore. Technology has evolved so now it’s easy for system owners to change favorite channels, create scenes, rename buttons, update images, and more. While a professional is needed for the initial installation and setup, the system is easy to manage once it’s up and running. This makes life so much easier for both dealer and customer. 5. Tech becomes obsolete quickly Similar to updating the UI, updating firmware or hardware used to be a stressful process. A smart home should be intelligent enough to update itself. Apps don’t become obsolete. Updates are constantly pushed out from the cloud, making them better all the time. The same is true for a good smart home system. New features, functions, and device support gets added in the background consistently, so the system you installed (or purchased) yesterday gets better over time. Swapping out decorative elements, such as keypads, dimmers, and touch screens is also seamless. When a new device is added, all the settings are pulled down from the cloud and it just works. No system interruptions. No sunk costs. No imposing house calls. No surprise bills. 6. Lighting control saves energy and money Lighting control is one of the most popular smart systems, but it takes more than just one system to make a home smart. On the surface, it makes sense that if you dim the lights ten percent, then you save ten percent of energy costs. If the shades are raised during the day to take advantage of sunlight so the lights don’t need to be on (or at least not 100%), but that causes the room temperature to rise a few degrees, which triggers the air conditioner to run longer and more often, was energy usage (or cost) reduced? A smart home integrates all the various systems and technology to optimize comfort, convenience, safety, and sometimes energy. 7. Home technology is easy to hack Security is at the forefront of people’s minds these days. Personal identities are stolen; email accounts hacked; private photos publicized; and more. A smart home must outsmart those who don’t respect privacy. Crestron control systems adhere to the strictest security standards. The same Crestron control system that goes into a home is also installed in secure government and military facilities, global banking institutions, hospitals, and other mission critical applications. When installed correctly by a trained professional, a Crestron smart home is the gold standard for security, comfort, and convenience.

Jane Benson
Example of a large mountain style wooden l-shaped staircase design with wooden risers

Iron Fence Painting Wicker Park Homeowners Can Trust: A Windy City Painters Case Study Wicker Park is full of architectural character — ornate 1890s greystone two-flats, vintage brick facades, and wrought iron fencing that has framed these streets for well over a century. However, what iron fence painting Wicker Park properties require is not a simple weekend job. Winters here are brutal on metal, and consequently Windy City Painters has spent years perfecting the restoration process that keeps these fences standing strong. In particular, this case study walks through a recent project completed for a classic Wicker Park property. Project Overview The property featured a full wrought iron perimeter fence that had suffered years of freeze-thaw cycling and road salt exposure. Paint had failed across most of the pickets, and oxidation had progressed into active rust at several base rails. Consequently, the homeowners needed more than a fresh coat of paint. They needed a genuine metal restoration, and that is precisely what Windy City Painters delivered. Materials Used Windy City Painters selected products specifically rated for Chicago's climate extremes: Rust-Oleum Professional Rust Inhibitor Primer Sherwin-Williams DTM Acrylic Enamel (two finish coats) 3M rust converter gel for active oxidation zones Wire brushes, angle grinders, and detail brushes for precision work The Process: How Windy City Painters Restores Rusted Iron Every iron fence painting Wicker Park project follows a disciplined, multi-stage process: Preparation. Wire brushing and angle grinding remove all loose, flaking, and compromised material. Rust converter gel is applied directly to active oxidation zones, chemically stabilizing the metal underneath. Repairs. Pitted sections and structurally weak joints are addressed before any coating touches the surface. Notably, skipping this step is the most common reason fence paint fails prematurely. Priming. A full rust-inhibiting primer coat seals every bare metal surface, preventing moisture from reaching the iron beneath. Application. Two finish coats of direct-to-metal enamel are applied by hand for even coverage across pickets, finials, and rail joints. Finishing. A final inspection confirms full coverage, sharp lines, and a smooth, uniform sheen from every angle. Furthermore, this same process protects the ornate details so common on Wicker Park fencing — decorative finials, scrollwork, and gate hardware — without losing the historic character that makes these properties special. Advice for Wicker Park Homeowners Before starting a similar project, homeowners in this neighborhood should keep a few things in mind: Never paint over active rust. Untreated oxidation will continue spreading beneath the new coating, and the paint will fail within a season or two. Always prime bare metal before applying a finish coat. Skipping primer is the single fastest path to peeling. Choose coatings rated for temperature extremes, since Chicago's freeze-thaw cycles are harder on metal than most climates. Inspect ground-contact areas each spring, as base rails typically rust fastest due to snow melt and road salt runoff. Budget for prep time. In fact, most of the labor in a quality iron fence painting Wicker Park project happens before a single coat of paint is applied. Similarly, ask whether the contractor uses rust converter on active oxidation, since skipping this step often shortens the life of the finish considerably. Moreover, historic greystone properties often have decorative ironwork that requires extra care during grinding and priming so the original detailing is preserved rather than sanded away. What to Expect: Timeline and Investment Homeowners often ask how long an iron fence painting Wicker Park project takes from start to finish. In general, prep work — wire brushing, grinding, rust conversion, and repairs — takes up the largest share of the schedule, while primer and enamel application move relatively quickly once the surface is properly stabilized. Cure time between coats also affects the overall timeline, since rushing this stage undermines durability. Consequently, Windy City Painters builds a realistic schedule around weather conditions rather than forcing the job into a tight window. In addition, investment varies based on fence length, the amount of active rust present, and whether ornate detailing requires extra hand-finishing. Homeowners considering this project should request a full on-site walkthrough rather than a rough phone estimate, since rust severity is difficult to judge accurately without seeing the fence in person. Why Wicker Park Homeowners Choose Windy City Painters Windy City Painters has become the trusted painting contractor for Chicago's North Side and Near West Side, and iron fence painting Wicker Park residents request most often reflects that reputation directly. In contrast to quick-fix contractors who paint straight over rust, Windy City Painters treats every project as a full restoration. As a result, clients get a finish that holds up through multiple Chicago winters rather than one. In addition, for related projects, Windy City Painters also offers interior painting, cabinet painting, drywall and plaster repair, and full metal refinishing services for fences, gates, and porches throughout the neighborhood. Ultimately, that range of services is what makes us a true one-stop contractor for Wicker Park homeowners. See more of our work and request a free estimate at www.windypainters.com. Ready to transform your Wicker Park home? Contact Windy City Painters for a free estimate — visit www.windypainters.com today. Proudly serving Wicker Park, West Town, Lincoln Park, Roscoe Village, Lakeview, Ukrainian Village, River North, and all of Chicago.

This modern bathroom wall is a very dark grey tile made from recycled stone dust. Its color is PB 3106 Dark Grey and is in the brushed texture.
Example of a mid-sized minimalist master gray tile and stone tile bathroom design in Miami with gray walls

Exterior, brick, lime, limewash, painted brick, architectural finish

Does your iron fence look like Chicago winters have been winning the battle for years? That slow orange spread across pickets and rails is not just an eyesore - it is active corrosion undermining the structural integrity of metalwork that frames some of Chicago's most architecturally significant residential properties. Windy City Painters addresses iron fence rust at the source, using professional-grade rust conversion chemistry and direct-to-metal coatings engineered for the specific abuse Chicago's climate delivers. PROJECT OVERVIEW This project involved a heavily rusted ornamental iron fence on a Chicago North Side residential property. Rust had progressed beyond surface oxidation into moderate pitting on lower rails, a pattern Windy City Painters sees frequently on properties within blocks of treated roadways where salt drift accelerates corrosion. The scope included mechanical descaling, chemical rust conversion, DTM priming, and a durable gloss topcoat matched to the original fence color. MATERIALS AND PRODUCTS Ospho Rust Converter: A phosphoric acid-based treatment that chemically reacts with iron oxide, converting it to iron phosphate - a stable, paintable compound. Corroseal Water-Based Rust Converter is an alternative for situations requiring lower VOC handling. Rust-Oleum Professional DTM Primer and Sherwin-Williams DTM Acrylic Coating serve as the primary coating system, formulated for direct metal adhesion with built-in rust inhibitors. For structurally compromised sections, welding is coordinated before any chemical or coating work begins. THE PROCESS Step 1 - Mechanical Preparation: Wire wheel grinding on an angle grinder removes loose rust scale, mill scale, and flaking paint. For advanced pitting, Windy City Painters deploys a needle gun descaler, which impacts the metal surface thousands of times per minute to drive scale from deep cavities. This step determines whether the fence can be coated or needs welding first. Step 2 - Chemical Rust Conversion: Ospho or Corroseal is brushed onto all remaining rust surface. These products do not simply seal rust - they react with it. The conversion process takes 24 hours to fully cure before topcoating. Skipping this step is the single most common reason iron fence paint jobs fail prematurely. Step 3 - DTM Priming: Sherwin-Williams DTM or Rust-Oleum DTM primer is applied by brush to ensure full penetration around decorative elements, picket tips, and weld joints. Spray application is used on open sections for even film build. DTM formulations bond directly to prepared metal without a separate shop primer. Step 4 - Finish Coating: A DTM topcoat in gloss or semi-gloss provides the final weather barrier. Gloss is preferred for iron fencing because the harder surface sheds water more effectively and resists dirt adhesion between maintenance cycles. Windy City Painters applies two finish coats for maximum film thickness. CHICAGO-SPECIFIC CHALLENGES Chicago's freeze-thaw cycle is the primary enemy of iron fence coatings. Water infiltrates micro-cracks in paint film, freezes, expands, and delaminate coating from beneath. Properties on the North Side and Near West Side also contend with lake-effect humidity that keeps metal surfaces damp for extended periods, slowing cure times and promoting under-film corrosion if preparation is inadequate. Greystones and Victorian brownstones typically feature ornate cast iron or wrought iron fencing with complex geometries that trap moisture and demand hand-brush application to fully coat recesses. WHAT TO EXPECT LONG-TERM A properly prepared and coated iron fence in Chicago should hold 5-8 years before requiring recoating. Annual inspection of weld joints, picket tips, and base rails closest to grade will identify early rust return. Addressing small spots with touch-up converter and primer extends service life significantly between full recoats. PRO TIPS Tip 1: Never pressure wash a rusted iron fence immediately before painting. Water drives moisture into pits and delays the surface drying needed for chemical converter adhesion. Allow 48 hours of dry weather before prep begins. Tip 2: Picket tips and rail ends are the first failure points. These end-grain equivalent areas on metal concentrate corrosion. Ask your painter to apply an extra brush coat to every tip and terminus. Tip 3: Black is the traditional and most durable color choice for iron fencing. Dark pigments absorb UV rather than reflecting it, reducing thermal cycling stress on the paint film at color change boundaries. FAQ Q: What does iron fence painting cost in Chicago? A: Most residential iron fence painting in Chicago ranges from $400 to $1,200 depending on linear footage, rust severity, prep method required, and whether structural welding is needed before Windy City Painters can coat the surface. Q: How do I know if my fence needs a welder before painting? A: If you can press a screwdriver through a rail or picket, the metal wall has failed. Windy City Painters inspects all fencing before quoting and identifies weld-required sections so repairs happen before any coating investment. Q: Is Ospho or Corroseal better for my fence? A: Both convert rust effectively. Ospho is solvent-based and fast-acting, preferred for heavy rust. Corroseal is water-based with lower odor, preferred in enclosed or residential settings where off-gassing is a concern. Windy City Painters selects based on site conditions. Q: Can iron fence painting be done in winter in Chicago? A: Application requires temperatures above 50 degrees Fahrenheit for DTM coatings to cure properly. Most iron fence painting in Chicago runs April through October, with scheduling flexibility based on extended warm stretches. Q: How do I maintain my fence between professional recoats? A: Inspect annually in spring. Sand any rust spots to bare metal with 80-grit paper, apply Ospho, let cure 24 hours, then spot-prime with DTM primer and touch up with finish coat. Windy City Painters offers maintenance inspections. Q: Do you paint courtyard building fences and coach house gates? A: Yes. Multi-unit courtyard buildings and coach houses are common in the North Side neighborhoods Windy City Painters serves. We coordinate with property managers and HOAs for larger perimeter fence projects. Q: How long after painting can I touch the fence? A: DTM coatings are typically dry to touch in 2-4 hours and hard dry in 24 hours. Full cure for maximum hardness takes 7 days. Windy City Painters advises against pressure washing or heavy contact during that cure window. Visit windypainters.com to request your free iron fence assessment and project quote.

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Example of a huge trendy metal floating open staircase design in Minneapolis

Rain water moves within the trough of perforated stainless steel and river rock. Water collects and drips like water through a large strainer, diffusing flow that ultimately collects at the base of the forest escarpment and into an existing bog. Photo Credit :Chipper Hatter

Jen Chu
Inspiration for a contemporary bedroom remodel in New York