Bechtel Approved to Launch Drone Program for Construction Management

The FAA has granted Bechtel permission to use unmanned aircraft system technology on construction projects in the United States. Bechtel’s application says that this “virtual project delivery” approach will significantly enhance the construction process.

Bechtel’s Manager of Construction Mike Lewis says, “The use of UASs is crucial to continued innovation in engineering and construction. We teamed with Skycatch to explore innovative ways of integrating drones into our execution systems, particularly on the megaprojects Bechtel is building around the world.” Lewis says that “this technology helps improve safety and quality of project delivery by providing real-time data and analysis to project teams so they can act in a timely manner.”

According to company CEO Christian Sanz, Skycatch’s fully autonomous UAV data collection system “has pioneered the space of automating machines for massive data retrieval at scale. In doing so, we are able to provide hi-res data at an incredibly fast, safe and efficient rate for companies all over the world. Our uniquely talented team of engineers, designers, and operations staff is excited to continue to push forward with Komatsu, as we both share the same passion to unleash this innovative technology to their thousands of active global jobs sites.”

The FAA granted authorization for drone usage under the Section 333 provision of the 2012 FAA modernization and Reform Act, which was passed to facilitate the use of cutting-edge UAS technology and platforms such as Skycatch which leverage drone data. Skycatch gathers and analyzes data in real-time, which increases the efficiency of large-scale construction projects. Especially innovative is Skycatch’s automated power system which recharges during drone operation, which allows drones to fly for extended periods of time. High-definition cameras, infrared imaging, thermal sensors, and radiation monitors are some of the measurement instruments that are installed on each Skycatch drone.

“We have put a lot of thought into our drones and their operation, heavily focused on the safe and efficient use of the technology,” adds Sanz, “we developed a unique platform connected to a Cloud for real-time analytics, and with pre-programed geographic controls for safe operation and compliance with flight announcements.”

Skycatch and Bechtel collaborated in 2013 to enrich the UAS platform and integrate it into Bechtel’s systems and processes. Drone data can now be stored and analyzed in the cloud, and viewed on multiple devices by team members and stakeholders from any location. The technology’s feasibility was proven during the construction of the largest LNG project in Australia, where Bechtel collected environmental data to ensure the safety of the project operations, surveyed terrain that was otherwise inaccessible, and track the construction process in real-time.

BIM Drives Efficiency in Building Construction & Maintenance

3D modeling technology is gaining ground as a means to drive efficient, green construction efforts. Use of 3D modeling as a design tool improves the quality of technical information that builders can get from tech specs.

Higher-quality information will help builders greatly reduce production time, waste in offcuts, abortive work, and bring an end to chronic over-ordering of building materials. When laid out in the 3D Building Information Model (BIM), new build properties can be tested before implementation, a move that can reduce the cost of property development by 20% or more.

Even better, 3D modeling can help reduce waste and costs for remodeling and refurbishing existing buildings, too. This is especially important for historic preservation efforts, where detailed historic architectural information must be overlaid with the more recent infrastructural information as well as the proposed renovations and alterations.

3D BIM begins by scanning the building inside and outside with a tripod-mounted laser scanner that is calibrated to millimeter accuracy. The laser scanner charts all building surfaces as coordinate points along an x-y-z graphical plain. The laser scans are repeated from multiple angles to make sure that nothing is missing or left out. The laser data is then uploaded to the computer and rendered to link the coordinates from each of the scans, which process creates a detailed 3D digital model of the building.

Regardless of whether it’s built from scratch or made from scans of an existing building, once constructed, the 3D model is attached to a number of cross-indexed databases, which allows for a number of different stakeholders to access real-time updates and alterations that have been made to the 3D model.

In addition to the 3D structural model, 3D models of the water, electrical, gas, HVAC, and other utility infrastructure can be superimposed on the existing model. These infrastructural renderings are also uploaded to the shared database. This allows stakeholders to easily and quickly access the specific information about particular plumbing and power junctures without having to trawl through masses of renderings and information. It also allows designers to test green technology retrofits and improvements virtually to measure the benefits before those improvements are implemented.

KB Home Opens Community in New Braunfels

As HBW subscribers in the San Antonio market could tell you, business in booming in New Braunfels, with the opening of KB Homes’ new West Village neighborhood in the Creekside development. The neighborhood will offer two customizable home design collections featuring multiple floorplans and a full range of amenities.

Proximity to the I-35 corridor and Highway 46 as well as the blue-ribbon Comal school district and the burgeoning Town Center at Creekside make West Village a very desirable location. The Town Center district will also soon be home to the largest healthcare center between San Antonio and Austin. Major employers along the I-35 corridor include Randolph Air Force Base, Sysco, and Texas State University.

Brett Dietz, president of KB Home’s San Antonio division says, “both homebuyers and realtors have been waiting for West Village at Creekside to open because its prime location provides a trifecta of commuting, educational and commercial/recreational benefits.”

Recreational opportunities abound in the area as well. Mere minutes from Buc-ees and historic downtown New Braunfels, West Village is also nearby the Guadalupe River, the renowned Landa Park water park, and the premiere live entertainment venue, Gruene Hall. The neighborhood itself will have a private park with landscaped pool and children’s playscape, a picnic pavilion, and walking trails.

There are 27 adaptable one- and two-story floor plans with two-car garages and stucco, brick, and stone exteriors as standard features. Homes from the Heritage collection range from 1,340 to 2,708 square feet, and Classic Collection homes range from 1,792 to 3,699 square feet. Prices start in the $170K’s. All homes are Energy Star certified to be more water- and energy-efficient than the area’s other new-built homes, which means lower monthly utility bills for homeowners.

HBW serves builders in Florida, Georgia, Alabama, Texas, and Oklahoma. In addition to our Building Trend Activity for Residential Construction Reports, HBW can create a number of custom reports for any need you might have. We also offer exclusive White Paper Reports to help you market your business. White papers start by giving an overview of the trends in your area and then advice on how to turn your weekly building permit information subscription into successful business leads. To show you how we can help your business succeed, HBW is glad to provide you with complementary building data report or one of our specialized White Paper Reports. Contact us today and start making your business more profitable!

Miami/South Florida Housing Market Tops in Nation

HBW subscribers in South Florida aren’t surprised to discover that the Miami housing market is rated tops nationwide. In the most recent update of the Case-Schiller Home Price Index, the Miami and Denver housing markets were singled out as top performers. Home prices in both markets rose more than 8 percent during the past year, a growth rate unparalleled by any other city tracked by the index. According to the index, “Denver and Miami reported the highest year-over-year gains, as [home] prices increased by 8.4% and 8.3%, respectively, over the last 12 months.” National prices averaged a 4.5 percent increase in January 2015 as compared with the year-over-year percentage of 2014.

The Miami/South Florida real estate market rose by 8.3 percent in 2015, which was the second-largest gain of any city in the index. The Miami market was also a top performer on a month-by-month basis, with prices increasing 0.7 percent between November and December 2014, and increasing again by 0.7 percent from December 2014 to January 2015. The gains are due to the rapidly dropping housing inventory in the Miami metro area, combined with the steady demand for housing during the beginning of 2014, which rose significantly later in the year.

 

Graph Courtesy of the Home Buying Institute

housing index

With new construction and stabilizing pressure applied by the tapering-off of the job market, supply and demand are better balanced in the housing sector. According to Realtor.com’s recent report, the total number of Miami homes listed declined by 3 percent over the last 12 months, while other metros experienced a decline of 20 percent or more. The Miami housing inventory of newly-built and pre-existing homes has been relatively stable over the past year.

Miami’s stable housing market is predicted to slowly cool off during 2015, with South Florida reflecting the same trend more broadly. Current trends indicate that the market will make more modest gains for the coming year. In Zillow’s 12-month forecast for the Miami-Fort Lauderdale metro area, home prices are projected to rise only 1.3 percent, as compared with the 11.7 percent gains of last year.

Demand for housing is projected to remain steady as low mortgage rates and an improving job market continues fo fuel home sales in the Miami housing market. Miami’s unemployment rate was 5.5 percent in January of 2015, which is half of the recession peak of 11 percent in 2010. The market’s home buyers are more well established than they have been in recent years. Long-term mortgage rates are languishing well below 4 percent, which makes home loans attractive to potential buyers. Long-term mortgage rates are expected to remain low for the foreseeable future.

HBW serves builders in Alabama, Georgia, Texas, Florida, and Oklahoma. In addition to our Building Trend Activity for Residential Construction Reports, HBW can create a number of custom reports for any need you might have. We also offer exclusive White Paper Reports to help you market your business. White papers start by giving an overview of the trends in your area and then advice on how to turn your weekly building permit information subscription into successful business leads. To show you how we can help your business succeed, HBW is glad to provide you with complementary building data report or one of our specialized White Paper Reports. Contact us today and start making your business more profitable!

Florida Hurricane Building Codes Lose Ground in 2015 Ratings

2015 saw the state of Florida slip to second place in the Insurance Institute for Business and Home Safety’s ratings of hurricane building codes. The 2015 update of the original report came during the opening session of the National Hurricane Conference that took place last week in Austin, Texas. According to Eliot Kleinberg, the IBHS has found that states shown as having strong building codes in the original report have updated their codes or are in the midst of doing so. Florida scored 94 out of 100 points in the 2015 update, just one point shy of Virginia’s 95 points. In 2012, Florida and Virginia tied for first place with 95 points.

Florida lost a point because its codes have not yet been updated to meet the 2012 International Residential Code standards. The IRC was published in 2012 by the Washington, D.C.-based International Code Council, an organization which seeks to streamline international building rules by creating a single, shared set of codes. The IRC is updated every 3 years, and IBHS President Julie Rochman confirms that the state of Florida is in the process of making the necessary updates to its hurricane building code.

Distressingly, some states have chosen not to update their codes. In a recent release, the Rochman explains that “unfortunately, a number of states took no action to improve their code systems, and a few have weaker systems in place now than in 2012.” In the face of natural disaster, “communities with strong, well-enforced building codes fare better than those with weak or no codes.” Stronger, more resilient buildings greatly reduce property damage, which means that “home and business owners are able to recover faster, the local economy and tax base are maintained, and the amount of government disaster aid is decreased.”

Florida’s mandatory programs for code official certification, training, and CE along with the required licensing of general, plumbing, mechanical, electrical, and roofing contractors were particularly commended in the 2012 hurricane building codes study, which was the first state-by-state assessment of its kind. 1992’s Hurricane Andrew prompted the first major overhaul of Florida’s building codes, which began in Miami-Dade county and spread to become the uniform code statewide. Damage surveys after 2004’s Hurricane Charley in 2004 demonstrated how the modern codes reduced insurance losses by 42 percent, and the frequency of insured losses by 60 percent. The 2015 study assessed the Gulf coast and Atlantic states’ progress in hurricane code development following the 2012 report.

Rochman thinks that strong building codes are the bare minimum that responsible states should do to prepare for hurricanes. “In no other aspect of your life would you accept the minimum,” says Rochman. “We’re spending tens of billions in some years to rebuild structures that were damaged by Mother Nature.”

Summary of LEED v4 BD+C Credits: Residential Green Building

As the industry ramps up to adopt the LEED v4 building codes, it’s good to get a quick review of the credits and categories that apply to different projects. Today we’ll take a look as the LEED Building Design + Construction certification requirements and the credits needed to achieve it. The LEED BD+C standard is for single family homes and low-rise and mid-rise multifamily projects up to eight stories in height.

The LEED v4 standard for residential construction is meant to ensure that a home is a healthy and has clean indoor air, safe and sustainably created building materials, plenty of natural light and views of nature. Money-saving energy and water conservation are also key goals for BD+C certified homes. In many markets, LEED certification has become a very desirable selling point for newly-built homes, and they retain a higher value at resale than non-LEED homes.

This chart outlines the prerequisites and credits for LEED v4 BD+C, including the maximum number of points you can earn for each credit:

Credit/Prerequisite Name

Homes (Points)

Multifamily Midrise (Points)

Integrative Process (C)

2

2


Location and Transportation

Credit/Prerequisite Name

Homes (Points)

Multifamily Midrise (Points)

Floodplain Avoidance (P)

Req’d

Req’d

LEED for Neighborhood
Development (C)

15

15

Site Selection (C)

8

8

Compact Development (C)

3

3

Community Resources (C)

2

2

Access to Transit (C)

2

2


Sustainable Sites

Credit/Prerequisite Name

Homes (Points)

Multifamily Midrise (Points)

Construction Activity
Pollution Prevention (P)

Req’d

Req’d

No Invasive Plants (P)

Req’d

Req’d

Heat Island Reduction (C)

2

2

Rainwater Management (C)

3

3

Non-Toxic Pest Control (C)

2

2


Water Efficiency

Credit/Prerequisite Name

Homes (Points)

Multifamily Midrise (Points)

Water Metering (P)

Req’d

Req’d

Total Water Use (C)

12

12

Indoor Water Use (C)

6

6

Outdoor Water Use (C)

4

4

Energy and Atmosphere

Credit/Prerequisite Name

Homes (Points)

Multifamily Midrise (Points)

Minimum Energy Performance (P)

Req’d

Req’d

Energy Metering (P)

Req’d

Req’d

Education of the Homeowner,
Tenant or Building Manager (P)

Req’d

Req’d

Home Size (P)

Req’d

n/a

Annual Energy Use (C)

29

30

Efficient Hot Water
Distribution System (C)

5

5

Advanced Utility Tracking (C)

2

2

Ative Solar-Ready Design (C)

1

n/a

HVAC Start-Up Credentialing (C)

1

n/a

Building Orientation
for Passive Solar (C)

3

n/a

Air Infiltration (C)

2

n/a

Envelope Insulation (C)

2

n/a

Windows (C)

3

n/a

Space Heating &
Cooling Euipment (C)

4

n/a

Heating & Cooling
Distribution Systems (C)

3

n/a

Efficient Domestic Hot
Water Equipment (C)

3

n/a

Lighting (C)

2

n/a

High-Efficiency Appliances (C)

2

n/a

Renewable Energy (C)

4

n/a


Materials and Resources

Credit/Prerequisite Name

Homes (Points)

Multifamily Midrise (Points)

Certified Tropical Wood (P)

Req’d

Req’d

Durability Management (P)

Req’d

Req’d

Durability Management
Verification (C)

1

1

Environmentally
Preferable Products (C)

4

5

Construction Waste
Management (C)

3

3

Material-Efficient Framing (C)

2

n/a

Indoor Environmental Quality

Credit/Prerequisite Name

Homes (Points)

Multifamily Midrise (Points)

Ventilation (P)

Req’d

Req’d

Combustion Venting (P)

Req’d

Req’d

Garage Pollutant Protection (P)

Req’d

Req’d

Radon-Resistant Construction (P)

Req’d

Req’d

Air Filtering (P)

Req’d

Req’d

Environmental
Tobacco Smoke (P)

Req’d

Req’d

Compartmentalization (P)

Req’d

Req’d

Enhanced Ventilation (C)

3

3

Contaminant Control (C)

2

2

Balancing of Heating & Cooling
Distribution Systems (C)

3

3

Enhanced
Compartmentalization (C)

1

3

Enhanced Combustion
Venting (C)

2

2

Enhanced Garage
Pollutant Protection (C)

2

1

Low-Emitting Products (C)

3

3

No Environmental
Tobacco Smoke (C)

n/a

1


Innovation

Credit/Prerequisite Name

Homes (Points)

Multifamily Midrise (Points)

Preliminary Rating (P)

Req’d

Req’d

Innovation (C)

5

5

LEED AP for Homes (C)

1

1


Regional Priority

Credit/Prerequisite Name

Homes (Points)

Multifamily Midrise (Points)

Regional Priority (C)

4

4

For more details about LEED credits and requirements, check out the LEED credit library.

Gearing Up For Summer: Pool Filtration Options

Summer is around the corner, which means the number of swimming pool permits has skyrocketed. In previous years, pools were simple, rounded-or rectangular-shaped concrete lagoons that graded from shallow to deep.  Nowadays, pool installers are building Sea World in people’s backyards. But with all the focus on fantastic design and innovative materials, it’s easy to overlook one critical decision that pool builders have always wrestled with: filtration. Choosing the right filtration system is essential to keeping your pool healthy and clean.

The most common pool filter is the sand filter. It is easy to maintain, inexpensive to replace, and it lasts seven years before it has to be changed out. On the other hand, it requires weekly or bi-weekly backwashing to keep the filter clean, and backwash valves are probably the most inefficient pieces of equipment in a swimming pool system and often have leaks. Another problem with weekly backwashing is that it can throw your pool’s pH off-balance. Although it is more cost-effective in the long-term, sand is the least effective filtration method because it only catches particles that are 20 microns or larger. Sand filters are best for larger pools that receive moderately frequent use by a family of five or smaller.

Diatomaceous earth (DE) is a fine powder made from the exoskeletons of fossilized diatoms, which were hard-shelled algae that lived during the Pleistocene era. DE filters are composed of grids coated with DE powder which the pool water is washed through. The DE coating catches all the debris and particulate matter. DE filters are cleaned on a weekly basis and a bit more DE powder is added with each cleaning to “recharge” cleansing system. For best results, the DE filter should be totally disassembled, hosed off, and recharged with fresh powder each season. The DE filtration system is more expensive and time-consuming than sand and cartridge filtration, but it filters particles of 2-3 microns in size and results in superior water clarity. DE systems are best for larger groups, families the swim frequently, and night swimming. The superior water clarity is easier to appreciate when the pool lights are on.

Cartridge filters are the second most common pool filters. The cartridge filter works an awful lot like the water filters that people attach to their kitchen sinks. The average cartridge filter is between 100 and 300 square feet, so they have a huge filtration surface area. As a result, cartridge filters don’t get clogged as often as sand filters and require less water pressure to work. Some cartridge filters are made of inexpensive materials and meant to last only two or three seasons, but the higher-end filters can last up to five seasons.  Cleanup is a cinch because instead of backwashing, the filter is just taken out and hosed off once or twice per season. Cartridge filters clear out debris of 5-10 microns in size. Cartridge filters can handle a larger volume of frequent swimmers than sand filters and are good for those who entertain often. The larger the pool is, the more cartridges are needed to keep it clean. In places where sand and DE are outlawed, cartridge filters are the only option.

Knowing how frequently the pool will be used, how effective the filtration needs to be, what the filter’s maintenance needs are, how much real estate homeowners want taken up on the pool’s equipment pad are the key considerations for choosing a pool filter. As soon as that’s decided, pool builders can get back to the bigger concern: creating a backyard paradise for their clients’ enjoyment.

Waco’s White-Hot Housing Market

Mike Copeland of Waco Tribune online reports that the Waco housing market is white-hot. January and February of 2015 saw a 20% jump in home sales over 2014’s numbers, and many homes sold were on the market for less than a week.

Schroder notes that the economic improvements have led Texans to “feel we’re out of the recession.” Solid employment with several Capterpillar manufacturing facilities and the SpaceX plant in nearby McGregor are big draws for transplants seeking relocation to Waco. The new McLane Stadium at Baylor University, and the development of Lake Brazos into a premiere recreation destination have also contributed to the rise in Waco’s national profile.

Kathy Schroeder, vice president of residential services at Coldwell Banker Jim Stewart Realtors, acknowledges the popularity of HGTV’s popular “Fixer Upper” program for some of the demand. The show tracks the home remodeling adventures of Waco entrepreneurs Chip and Joanna Gaines, which has inspired people nationwide to inquire about the available real estate in Waco.

In its March 6 report, Realtor.com listed Waco as the Number 1 fastest-rising housing market nationwide, beating out Boulder, Colorado; Dallas/Fort Worth/Arlington; Hartford, Connecticut.; San Francisco/Oakland, California; and Fort Wayne, Indiana, for the honor. Rankings are determined by the ratio of listing views to number of listings on Realtor.com. Schroeder also credits “Fixer Upper” for some of the increased website traffic.

Though some see the spike in interest as part of a national trend in improving real estate markets, Trammell Kelly, a residential sales specialist at Kelly Realtors, believes that Waco is finally being discovered as a solid, enjoyable community for folks looking to settle down. “Our quality of life and affordability come to mind,” he said. “We’re smack in the middle between Dallas and Austin, and we have assets such as Baylor University, Texas State Technical College and McLennan Community College. Waco is unique, and people are realizing that.”

Whatever the draw, Kelly is very pleased with the currently brisk pace of the local housing market. “I’m seeing people from Temple and Austin making trips up here to buy property,” said Kelly, who added that homes in the upper $100,000 to $200,000 range are popular.” The market is purring along well ahead of the busy summer sales season. “If anybody is thinking about selling, now is the time,” said Kelly.

Georgia Seeks to Ban LEED in State Projects

Last Friday, a bill passed in the Georgia congress that would effectively ban state-owned construction projects from employing the LEED green building standard. This move is a serious blow to the major cities of Savannah and Atlanta, which have seen tremendous market growth in LEED-based development. The bill requires that only green certification programs which deem Georgia-grown timber as sustainable can be used for state-owned buildings. LEED’s current forestry standards, created by the internationally-adopted Forest Stewardship Council, do not include timber produced in Georgia among the list of sustainably-produced products.

Georgia’s antipathy towards LEED is somewhat perplexing in that of the 110 points allotted to each project for LEED certification, only 1 is granted for FSC-approved lumber. Projects need a minimum of 40 points to be LEED-certified, with 50 points garnering the bronze level, 60-79 points garnering the gold level, and 80+ points garnering the platinum level, which is the highest LEED certification. It is entirely possible to gain the 40 minimum necessary points without FSC-approved timber products. For example, combining water conservation, energy optimization, energy-production, building life-cycle consideration, and daylight incorporation measures with the use of LEED-certified project leaders would be adequate to gain the points needed for basic LEED certification.

The bill’s opponents argue that state-owned buildings can still achieve LEED certification by using local lumber or alternate materials. This has been the rule since the governor-issued executive order in 2012. Nonetheless, Senator Dean Burke, R-Bainbridge, claims that LEED “The program basically discriminates against 97 percent of the wood grown in Georgia.” Bill co-sponsor, Representative Mike Cheokas, R-Americus, describes the measure as “a fairness and ‘protect Georgia jobs bill,’ to be honest with you.”

Green design expert Lloyd Alter reports that the lack of FSC approval is actually perceived by Georgia businessmen as an unpleasant reflection upon the Georgia lumber industry rather than as an actual impediment to business. Much of the pine lumber in Georgia is grown on plantations and destined to become pulpwood. While the FSC has provisions for lumber plantations under Principle 10, it “promotes the restoration and conservation of natural forests,” in part by placing limits on clear-cutting to “ensure that forest managers provide adequate habitat for species associated with large trees or decaying trees and dead wood. The expectation applies to all stands, silvicultural systems, and harvest objectives.”

There are a number of reasons that the FSC will not register the bulk of Georgia timber as sustainable. The FSC prefers lumber harvested from naturally mixed woodlands. Provision 10 measures aside, the FSC discourages the sort of plantations and clear-cutting employed by Georgia lumber producers because they are not sustainable practices. FSC also addresses labor relations within the company, how the community’s interests and welfare are preserved, and how much timber can be clearcut at a time. Extraordinary market conditions notwithstanding, the maximum limit is 40 acres. Georgia pine plantations cannot profit in 40-acre increments; neither could they enjoy the advantage of rapid tree maturity spurred by forced harvesting of vast swaths over an extended period of time. In short, the FSC expects trees to be treated like a part of the forest ecosystem, and Georgia timber plantations treat trees like a crop, harvested by temporary workers, that has no bearing on the local community’s ecosystem.

The bill, which proponents expect will shortly become law, is part of a larger effort to encourage contractors to build with locally-produced wood. Construction Dive’s Sharon O’Malley reports that only 32,000 of the state’s 20 million acres of lumber meet the FSC standard. 4.7 million have been certified under other standards which do not meet the FSC requirements. Although over 100 of the state’s buildings are LEED-certified, the bill requires state agencies seeking green building certifications to use Georgia-sourced lumber that qualifies under alternative building standards which register non-FSC lumber as sustainable.

SupplyPro Creators Launch SKU Database to Automate Home Construction Supply Chain

Last Friday, Hyphen Solutions, LLC announced the launch of their new residential item master database, “SkuSphere.” The new SkuSphere catalog has been designed to easily integrate into existing bidding, sales, procurement, selections, CAD, and enterprise-planning systems. SkuSphere will automate the integration of product, takeoff, and SKU-level details on all appliances, equipment, materials, and product assemblies that are specifically utilized in the residential construction industry.

The idea for SkuSphere actually began ten years ago with the debut of SupplyPro, which Hyphen designed to integrate homebuilders’ back-office systems with their trade partners’. The two-way communication portal enabled suppliers and builders to collaborate regardless of the specific project management system a builder uses. The need for a coherent master item catalog shared by all parties in the supply chain became glaringly obvious within the first few months.

The integration of automated purchasing functionality with the other back-office functions was impeded by the lack of SKU-level information on system-generated purchase orders. In order to complete supply requisitions, builders and suppliers have had to reference and enter the data by hand for each form. The confusing plethora of SKUs available has left builders and suppliers struggling to keep their master master item lists current and consistent. SkuSphere solves this problem by providing coordinated master list data to all supply chain participants–free of charge.

According to Hyphen Solutions chair David B. Deniger, “this industry-wide, free catalog should help bridge the supply chain impediments which arise from conflicts in nomenclature among thousands of manufacturers, distributors, installers and builders.” The catalog, which will be shared across all parties in the supply chain, “will add clarity and reduce transaction costs for builders, installers, distributors and manufacturers, while providing specificity of items purchased and installed.”

“SkuSphere will enhance our SupplyPro Connect customers’ fulfillment,” said Felix Vasquez, President and CTO of Hyphen Solutions, LLC. Hyphen Solutions order fulfillment currently benefits from “direct integration [with] customer builders’ ERP into vendor order entry systems [featuring] enhanced mapping of PO line item detail,” and “as the residential supply chain adopts the data feeds from the new catalog, buyer and seller technologies will perfectly integrate to include mapped manufacturer, distributor, installer, and builder nomenclature into a shareable item master complete with retail or wholesale descriptions.”

Linking the product specifications to bidding, procurement, and fulfillment systems will eliminate manual processing, thus “allowing construction automation to take a giant step forward,” adds Vasquez, a move that is in keeping with the developments in other manufacturing sectors,” adds Vasquez.

SupplyPro’s 35,000 users enjoy real-time scheduling, collaboration, and purchasing functions that include bidding tools, change orders, inspection, document sharing, electronic payment, lein releases, and warranty tracking. In 2014, SupplyPro handled more than 200,000 tasks per day and distributed over 15 million purchase orders for residential construction totaling in excess of $15 billion.