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Built to take a beating: ContiTech brings Shield Survivor to Australia after Americas use, with 42 percent lower abrasion loss in laboratory testing. article image

Built to take a beating: ContiTech brings Shield Survivor to Australia after Americas use, with 42 percent lower abrasion loss in laboratory testing.

ContiTech’s new Shield Survivor conveyor belt arrives in Australia’s underground hard-rock market with a 42 percent lower laboratory abrasion-loss result than FR Tuff 2G and applications already in the Americas.

Your mine wants the data out. Hackers want a way back in. Why one-way thinking could become mining’s next cyber-security advantage article image

Your mine wants the data out. Hackers want a way back in. Why one-way thinking could become mining’s next cyber-security advantage

As mining operations push more production data into remote operations centres, cloud platforms and analytics systems, the industry faces a deceptively simple problem: how do you get useful data out of an operational network without creating another pathway back in? Chris Rule, General Manager Defence, Security and Resilience at GME, says the answer starts with knowing exactly how your mine is connected, who has access and which connections genuinely need to work both ways.

Built to take a beating: ContiTech brings Shield Survivor to Australia after Americas use, with 42 percent lower abrasion loss in laboratory testing. article image

Built to take a beating: ContiTech brings Shield Survivor to Australia after Americas use, with 42 percent lower abrasion loss in laboratory testing.

ContiTech’s new Shield Survivor conveyor belt arrives in Australia’s underground hard-rock market with a 42 percent lower laboratory abrasion-loss result than FR Tuff 2G and applications already in the Americas.

Your mine wants the data out. Hackers want a way back in. Why one-way thinking could become mining’s next cyber-security advantage article image

Your mine wants the data out. Hackers want a way back in. Why one-way thinking could become mining’s next cyber-security advantage

As mining operations push more production data into remote operations centres, cloud platforms and analytics systems, the industry faces a deceptively simple problem: how do you get useful data out of an operational network without creating another pathway back in? Chris Rule, General Manager Defence, Security and Resilience at GME, says the answer starts with knowing exactly how your mine is connected, who has access and which connections genuinely need to work both ways.

Built to take a beating: ContiTech brings Shield Survivor to Australia after Americas use, with 42 percent lower abrasion loss in laboratory testing. article image

Built to take a beating: ContiTech brings Shield Survivor to Australia after Americas use, with 42 percent lower abrasion loss in laboratory testing.

ContiTech’s new Shield Survivor conveyor belt arrives in Australia’s underground hard-rock market with a 42 percent lower laboratory abrasion-loss result than FR Tuff 2G and applications already in the Americas.

Your mine wants the data out. Hackers want a way back in. Why one-way thinking could become mining’s next cyber-security advantage article image

Your mine wants the data out. Hackers want a way back in. Why one-way thinking could become mining’s next cyber-security advantage

As mining operations push more production data into remote operations centres, cloud platforms and analytics systems, the industry faces a deceptively simple problem: how do you get useful data out of an operational network without creating another pathway back in? Chris Rule, General Manager Defence, Security and Resilience at GME, says the answer starts with knowing exactly how your mine is connected, who has access and which connections genuinely need to work both ways.