Delivering unparalleled high-density subsurface imaging to unlock energy production opportunities, enable safe energy transition, and maximise reservoir potential, enabled by the world’s smallest, lightest, and most affordable autonomous Nodes.
Smaller, lighter land seismic recording equipment resulting in easier, faster, and safer seismic acquisition, without compromising data quality.
At STRYDE, we’ve brought onshore subsurface imaging technology out of the dark ages for companies operating in the oil and gas sector seeking to:
The world's smallest, most affordable seismic nodes available on the market paves the way to high-density data acquisition and high-resolution seismic imaging
Reduce survey acquisition time at every stage of operations, from logistics and shipping to deployment, retrieval, and data recovery. Resulting in rapid access to ultra-high-density enabling informed decisions to be made more efficiently
Less logistics and being able to efficiently deploy thousands of nodes a day by foot reduces exposure to risk and minimises the environmental impact traditionally associated with land seismic acquisition
Assure your seismic acquisition project is sanctioned by utilising a low-cost, low risk solution that delivers complete assurance of subsurface data excellence
"There are lots of benefits to working with STRYDE’s technology. The nodes are incredibly portable and unintrusive. There’s also no complicated connection needed, which makes the whole process of deploying and retrieving the nodes effortless. And crucially for us it keeps our costs down. But most importantly, we are delighted with data we got back from this project"
The world's smallest lightest autonomous node
Find nodes and deployment locations, plus initialise and de-initialise nodes.
Wake up nodes or put them back into a sleep state.
Rugged, light and built for easy deployment.
The fast, efficient way to handle and transport nodes.
Piezoelectric sensor
Small in size (129x41mm), weighing in at just 150g
Piezoelectric sensor
Small in size (129x41mm), weighing in at just 150g
Autonomous recording
28 days with 24/7 continuous recording, and 45 days with 12 hours per day recording
Autonomous recording
28 days with 24/7 continuous recording, and 45 days with 12 hours per day recording
Charge & download time
Simultaneous charging and data harvesting within 4 hours
Charge & download time
Simultaneous charging and data harvesting within 4 hours
Daily reports
Get regular deployment updates and control survey quality.
Daily reports
Get regular deployment updates and control survey quality.
Alerts
Spot errors, and see when nodes are ready to deploy and initialise.
Alerts
Spot errors, and see when nodes are ready to deploy and initialise.
Easy to use
Step-by-step deployment and retrieval guide for operators.
Easy to use
Step-by-step deployment and retrieval guide for operators.
Portable
Just 177m x 48mm and 200g - handheld or clip to our backpacks.
Portable
Just 177m x 48mm and 200g - handheld or clip to our backpacks.
Fast
Initialise a node in under two seconds.
Fast
Initialise a node in under two seconds.
Wireless
Wake up, shut down and reset nodes, without returning to camp.
Wireless
Wake up, shut down and reset nodes, without returning to camp.
Metal arms
Room for nodes, the initialisation device, Navigator tablet and rope spools.
Metal arms
Room for nodes, the initialisation device, Navigator tablet and rope spools.
Planting Pole
For sand, soft sediment, and snow-covered terrain.
Planting Pole
For sand, soft sediment, and snow-covered terrain.
Modular
Magazines clip together into units containing 90 nodes for loading into Nests for charging and data download.
Modular
Magazines clip together into units containing 90 nodes for loading into Nests for charging and data download.
Portable
Just 177m x 48mm and 200g - handheld or clip to our backpacks.
Portable
Just 177m x 48mm and 200g - handheld or clip to our backpacks.
Easy to clean
Wash nodes in bulk without removing them from the Magazine.
Easy to clean
Wash nodes in bulk without removing them from the Magazine.
Read our latest case studies here:
