data Automated Blast Hole Volume Analysis A more accurate shot volume calculation that allows users to optimize shot designs to achieve more even powder factor across the bench.
data How Drone Data is Empowering Boretracking Operations Traditionally, the logistical challenges of boretraking have made it impractical for many companies to implement across all of their sites. Maine Drilling & Blasting has leveraged drone data and Strayos' AI to overcome these challenges and expand their bore-tracking program.
data 4 Ways Your Data Protects You When things go wrong, and they will, you need to be able to show that you did everything you could to prevent the disaster- otherwise its your assets on the line. Data is your insurance policy.
computer vision Finding the Seam: Auto Detecting Geology with Drones to Optimize Blasting Bench geology is easier than ever to add to your blast design. With automated detection and modeling you can optimize your blast. Prevent ore loss, reduce dilution, avoid flyrock, and more.
blasting Connecting the Solutions- Why Mining & Quarrying Companies Need an AI Powered Dashboard Data silos are a well known obstacle for the quarrying industry. Ravi Sahu and Kevin Vonesh have an answer- an AI powered Solutions Dashboard.
3D model TLDR- AI's Explosive Impact in Drill and Blast Mining Magazine EMEA editor Craig Gutherie spoke with Strayos CEO Ravi Sahu about the need for AI to assist drillers and blasters with creating the best shot possible.
customer story Accuracy When it Matters Most Maurer & Scott's Zach Tobias shares 3 stories of how drones and Strayos helped him pull off tricky shots that could have gone horribly wrong- but thankfully didn't.
customer story Customer Spotlight Maurer & Scott In 2017 many companies offered drone 3D photogrammetry solutions. Zach Tobias had to find the best. What he found in Strayos blew his mind.
photogrammetry How Maurer & Scott Helped their Client Prevent a Fly Rock Disaster using Strayos Maurer & Scott's Technical Specialist Zach Tobias shares the story of how using drones with Strayos'3D Blast Profiling tools they were able to help their client avoid a fly rock disaster.
drone surveying How Maurer & Scott Increased Production 10x for Their Client By incorporating drones and Strayos into our workflow, we were able to increase production at this quarry 10x.
drones Drones, Drills, & Data Three technologies enabling massive improvements in drilling are Drones, AI, and smart drills. Used individually, they give a huge advantage, but when combined, they allow the modern driller to accomplish a level of insights never before seen.
webinar Strayos' Flagship Webinar Was a Fantastic Success The Untapped Potential of Drone Data in Drilling & Blasting Strayos, in collaboration with Maurer & Scott, hosted its first Webinar on September 29, 2020. It was an amazing success. There were more
pit analysis How AI is Making Pit Analysis Faster, Easier, and Safer Operations at mines are often planned based on a theoretical design that rarely matches reality. To optimize operations, you need to know what you are working with. Periodic Pit Analysis are Needed In
team Employee Spotlight- Shuo Zhong Strayos is proud to present... Shuo Zhong! Shuo aka Thor is our Computer Vision and Machine Learning Engineer, located in our Buffalo, New York office. Thor- Strayos' God of Deep Learning, pausing in
drones Best Drones for Drilling & Blasting 2020 Best Drones for Drilling & Blasting 2020 Drone use in the drilling and blasting industry has increased dramatically in recent years. As companies seek to improve their blasting practices, for example, by adding
team Employee Spotlight- Jon Introducing.... Jon Lewis! Jon Lewis is a Strayos Star, one of our exceptional employees dedicated to making your experience with Strayos amazing. Jon is our Solutions Engineer and is based in our Buffalo,
mining Thinking Outside the Rocks: Using Hyperspectral Imaging to Locate Ore After a Blast What if locating your ore post-blast, was as easy as flying a drone? One of the biggest problems a mine faces is locating ore after a blast- particularly for narrow deposits with a
fragmentation How to Get the Fragmentation you Want A recent survey of quarry companies attending Quarry Academy found that a whopping 60% of quarries feel their muck pile fragmentation could be better. Only 2% felt the quality of their muck pile fragmentation was excellent.
internship Intern Spotlight - Akash Adhikari Strayos is proud to introduce... Akash Adhikari! One of Our Brightest Stars and an Epic Person. Akash is studying Mining Engineering at South Dakota School of Mines and Technology Why did you choose
internship Intern Spotlight - Aamir Azam Strayos is proud to introduce... Aamir Azam! One of Our Shining Stars and a Brilliant Person. Aamir is pursuing an MBA at Boston University's Questrom School of Business Why did you choose to
artificial intelligence Making Depleted Deposits Profitable by Increasing Extraction Efficiency Better extraction methods create better yields. As ore deposits become increasingly depleted and of lower quality, mines must become more efficient at accessing the remaining ore in order to maintain profitability while keeping commodity costs low enough to feed demand.
mining Influence of Front Row Burden on Mining Front row burden optimization improves the mean fragment size by 25% and reduces equipment cycle time by 20%.
internship Intern Spotlight - Richard Amoako Strayos is proud to introduce... Richard Amoako! An All Star Team Member and Awesome Guy Richard is studying Mining Engineering at South Dakota School of Mines and Technology Lab Session: Preparing sample for
Quarry Digital Geology: A Key to improve blast performance Importance of Rock Mass properties Rock mass properties have a substantial influence on blasting outcomes. Blasting outcomes including fragmentation is sensitive to geological conditions. Large scale features such as bedding planes, joints, faults,
Quarry Power of analytics in improving rock fragmentation Blasting is the most economical technique to achieve rock fragmentation in mines and quarries. The main objective of blasting is to realize the fragmentation in the desired size. Analytics can be of help in several considerations by providing a better understanding of the process.