RedZone’s Latest News: “Inside the Pipe”
Check out RedZone’s latest news with our current edition of “Inside the Pipe”.
Read More
5 Reasons Why You Need a Baseline Sewer Inspection
A baseline sewer inspection is a key piece of what we do at RedZone Robotics, whether it’s part of a multi-sensor inspection (MSI) or a complete accelerated system assessment (ASAP). But, why is that? Well, baseline sewer inspections and advanced pipeline assessment help you figure out which preventative maintenance to perform, which greatly limits the […]
Read More
How to Protect Your Sewage Pipes with a Multi Sensor Inspection
If you walk on city streets each day, there’s a good chance that you’re strolling over miles of underground sewer pipeline. These wastewater pipes are crucial infrastructure for communities and cities worldwide. That said, they also pose distinct maintenance and repair challenges due to their location. In order to overcome those challenges, you need a […]
Read More
RedZone’s Manhole Assessment Tools Featured in Trenchless Technology
RedZone’s newest vertical asset inspection technologies, Vertue™ and Integrity, were featured in this month’s issue of Trenchless Technology Magazine. Read more about Vertue, our latest manhole and chamber, multi-sensor inspection technology and Integrity, the SaaS, asset management tool that enables system owners and operators to view hi-res 3D models, CCTV flats, MACP 7.0 reporting, cylindrical […]
Read More
RedZone Robotics Launches AI/ML Platform, IntegrityPRO™, and Announces Partnership with VODA.ai
WARRENDALE, PA /PRNewswire/ — RedZone Robotics, a pioneering, U.S. based, Robotics as a Service (RaaS) firm, announced a partnership agreement with VODA.ai, a provider of pipeline prioritization information through the use of proprietary machine learning software. RedZone Robotics’ new IntegrityPRO™ powered by VODA.ai is a revolutionary risk-reduction, predictive analytics solution using both spatial relational tools […]
Read More
RedZone Robotics Begins Wastewater Management Inspections in Fairfax County Virginia
In recent weeks, RedZone Robotics has begun inspecting the Pohick Stream Valley as part of ongoing inspections throughout Fairfax County, Virginia. RedZone will use closed circuit television cameras, along with laser and sonar tools to inspect Fairfax County’s wastewater management system. The system is made up of 3,000 miles of pipe that RedZone’s MSI robot […]
Read More
Come meet RedZone Robotics at WEFTEC 2019
RedZone Robotics will be at WEFTEC 2019 WEFTEC 2019 is the Water Environment Federation’s Technical Exhibition and Conference, and the largest conference of its kind in North America. The event combines the latest in water and wastewater education and training with the largest annual water quality exhibition in the world, showcasing advancements in water […]
Read More
RedZone identified as option to map the future of St. Petersburg’s sewers
St. Petersburg City Council to decide on the RedZone as a service to assess aging infrastructure. Solo robots identified as a rapid data collection tool to inspect one-fifth of the city’s pipes, about 750,000 feet of pipe. Upon the success of the pilot, senior waters resources manager over the wastewater system Lisa Rhea, said water […]
Read More
New Headquarters for RedZone Robotics
RedZone Robotics is excited to announce the opening of its new headquarters. The new space will provide expanded office and manufacturing space for the company’s efforts in supplying industry leading wastewater asset management solutions. The new location, at 195 Thorn Hill Road in Warrendale, PA, sits in The Heights at Thorn Hill. It includes 30,000 […]
Read More
Inspection Robots to Assist in Michigan Sewer Sinkhole
Inspection robots to be utilized in failed system A neighborhood in Fraser, Michigan, plagued with a massive sinkhole that has displaced families and caused the condemnation of several homes may soon see a solution, thanks to an inspection plan to be performed largely by robots. The county will soon be undertaking what is being described […]
Read More
