Patents

Global patent portfolio

Salunda owns a portfolio of more than 140 patents globally.

Patent Totals
Pending - 14
Granted - 140
Total - 154

FINGERBOARD LATCH MONITORING (54)

AE8628 · AU2017294148 · BR112019000094-1 · CA3029116 · DE3009594 · DE3482033 · DK3460173 · DK3482033 · DK3714128 · EP3009594 · EP3460173 · EP3482033 · EP3708765 ·  EP3714128 · ES3009594 · ES3460173 · ES3482033 · ES3708765 · ES3714128 · FR3009594 · GB3009594 · GB3460173 · GB3482033 · GB3708765 · GB3714128 · GY1820 · GY1821 · GY1822 · MX401012 · MY-194252-A · NL3009594 ·  NL3460173 · NL3482033 · NL3708765 · NL3714128 · NO3009594 · NO3460173 · NO3482033 · NO3708765 · NO3714128 · SA12016B1 · SG10201507702R · SG10201809862V · SG11201811822W · SG11202004224Q · US10132660 · US10240408 · US10247586 · US10337894 · US10597953 · US10962392 · US11015403 · US11519230 · ZL201780041748.8

 

RED-ZONE MONITORING (33)

AU2019331693 · BR112020019724-6 · BR122024005879-0 · EP3775994 · EP3844531 · EP3884201 · ES3775994 · GB3775994 · GB3844531 · GB3884201 · GY1871 · GY1954 · NO3775994 · NO3844531 · NO3884201 · SG11202009153Q · SG11202100714X · UP3775994 · UP3844531 · UP3884201 · US10402662 · US10885758 · US11079464 · US11238717 · US11763653 · US12025270 · US12306290 · US12320909 · US12386056 · US12449502 · US12474464 · US12761309 · US9396398

 

INTEGRITY MONITORING (26)

AU2017357634 · AU2020249767 · CA3041945 · EP3538738 · EP3743690 · EP4217615 · ES3538738 · ES3743690 · GB3538738 · GB3743690 · GB4217615 · GY1872 · GY1891 · NO3538738 · NO3743690 · NO4217615 · SG11201904071Q · SG11202110424S · UP3538738 · UP3743690 · UP4217615 · US11402205 · US12497991 · US12644482 · ZA2021/07402 · ZL201780069210.8

 

INDUSTRIAL WIRELESS NETWORKING (10)

EP3659371 · ES3659371 · GB3659371 · GY1870 · NO3659371 · SG11202000456S · UP3659371 · US11026154 · ZL201880059356.9

 

SENSOR TECHNOLOGIES (17)

DE2574735 · DE2713137 · DE3035039 · EP2574735 · EP2713137 · EP3035039 · FR2574735 · FR2713137 · GB2495388 · GB2506424 · GB2506912 · GB2524061 · NL3035039 · US11525806 · US9030212 · US9587657 · US9739740

 

Salunda, HaloGuard, Crew Hawk, Latch Hawk and Torque Hawk are registered trademarks of Salunda Limited.  

Invention is at the heart of everything we do. Our extensive patent portfolio reflects the innovation and meticulous approach we bring to our products.

Our technology is proven in the harshest environments and is trusted by operators to significantly improve safety in Red Zone environments. In exploration settings, drillers rely on our Hawk family of safety products to protect people and assets.

This desire to invent new solutions and evolve existing products through continuous R&D ensures our customers benefit from our in-house engineering and problem-solving acumen. Our engineers specialise in developing Red Zone safety sensor equipment and software that is focused on mitigating risk while being easy to deploy, operate and maintain.

With more than a decade of experience and tens of thousands sensors deployed globally, we bring extensive insight, data and intelligence to every project.

Optical Red Zone monitoring

HaloGuard leverages optical ranging cameras and AI machine vision technology to precisely track equipment and personnel in monitored areas.

Used standalone – or in combination with Crew Hawk – HaloGuard boosts crew safety and operational efficiency.

Fingerboard latch monitoring

Latch Hawk is a fingerboard monitoring solution, which actively monitors the real-time status of latches and other safety-critical equipment, eliminating the need for a spotter or camera.

It also delivers the data-driven insights required to deliver significant improvements in fingerboard performance and reliability.

Wireless Red Zone monitoring

Crew Hawk employs advanced radio frequency technology to track the location of crew and equipment within designated areas.

Used standalone – or in combination with HaloGuard – Crew Hawk enhances operational oversight and situational awareness

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Optical / AI

  • Optical ranging & machine vision
  • High definition and time of flight cameras in single Orb
  • Exact crew location measurement
  • Unaffected by situational factors
  • Fewer units than 2D only systems