"As cyber threats grow in scale and complexity, protecting network-connected devices has become a strategic priority across industries. Network cameras, as essential IoT endpoints, must adhere to advanced security models - including zero-trust frameworks - to withstand increasingly sophisticated attacks. Robust cybersecurity measures are essential to ensuring long-term resilience in modern surveillance infrastructures. Axis Communications has embraced a cybersecurity-first design philosophy from the outset."
"With each generation of the ARTPEC chipset, security capabilities have been systematically expanded - building on foundations like secure boot, hardware-accelerated encryption, and strong authentication. ARTPEC-9, Axis' System-on-Chip (SoC) in its ninth generation, represents a pivotal step forward, introducing deeper device-level safeguards and enhanced threat mitigation to fortify modern video surveillance networks. In today's digital landscape, where security is a baseline expectation for network-connected devices, Axis' embedded architecture positions it as a leader in secure surveillance technology."
Network cameras require advanced security models, including zero-trust frameworks, to withstand increasingly sophisticated cyber threats. Axis Communications adopted a cybersecurity-first design and expanded ARTPEC chipset security across generations with secure boot, hardware-accelerated encryption, and strong authentication. ARTPEC-9, the ninth-generation SoC, introduces deeper device-level safeguards and enhanced threat mitigation to fortify modern video surveillance networks. Cybersecurity has become a business-critical priority across sectors such as logistics, retail, transportation, and data services, with 71% of organizations prioritizing cybersecurity and breach costs averaging $6.08 million in the financial sector. Device-level protection integrated with Axis OS delivers comprehensive security for high-security deployments.
Read at Techzine Global
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