Cybersecurity

A unified AI security platform is essential to protect GenAI apps, private models, and agent-to-agent communication. AI is no longer experimental—it’s embedded across enterprise workflows, from customer service to supply chain optimization. But as adoption scales, so does exposure. Public GenAI apps introduce unpredictable interfaces. Private models carry sensitive data. Autonomous agents interact across systems. … Read more

Consolidating cybersecurity platforms improves threat visibility, reduces cost, and eliminates legacy gaps attackers exploit. Modern adversaries don’t respect legacy boundaries. They exploit fragmentation—between tools, teams, and trust models. Yet many enterprises still rely on outdated firewalls, VPNs, and point products that were never designed to handle today’s threat landscape. The result: rising costs, shrinking visibility, … Read more

Agentic AI is expanding the attack surface. Enterprises need zero trust platforms that secure models, data, and agent interactions at the core. AI is no longer just a productivity tool—it’s now part of the threat landscape. Adversaries are using agentic AI to quickly find and map out weaknesses, generate exploits, and simulate human behavior at … Read more

Zero Trust cybersecurity platforms reduce cost, risk, and complexity—while enabling secure AI, cloud, and edge innovation. AI adoption is accelerating across every enterprise function—from customer service to supply chain optimization, to finance automation and workforce productivity. But as models proliferate and workloads shift across hybrid environments, legacy security architectures are showing their limits. Firewalls, VPNs, … Read more

VPNs expose enterprise applications to unnecessary risk. Zero Trust Security offers a safer, scalable alternative. VPNs were designed for a different era. They were built to extend access, not contain threats. Yet many enterprises still rely on them—sometimes rebranded as cloud-based firewalls or bundled into SASE offerings—as the default method for connecting users to applications. … Read more

Zero Trust Branch architecture prevents malware spread by isolating each branch—eliminating SD-WAN mesh exposure. Enterprise networks have evolved to prioritize speed and seamless access. SD-WAN mesh architectures, in particular, have become the default for connecting branch offices to data centers and cloud applications. But this convenience comes at a cost: shared trust. When one branch … Read more

Zero Trust for Users starts with isolating endpoints. Guest networks aren’t optional—they’re foundational. Enterprise security investments are rising, but so are breaches. The disconnect isn’t in the tools—it’s in the assumptions. One of the most persistent and costly is the belief that users inside the office are inherently safe. They’re not. And when their devices … Read more

Zero Trust replaces outdated VLANs and WANs with secure, scalable connectivity—making it the foundation for digital transformation in an AI-driven, distributed enterprise. Digital transformation is no longer a roadmap—it’s the daily reality across industries. But many enterprises still rely on legacy network architectures like VLANs and WANs, which were never designed to support cloud-native apps, … Read more

Legacy firewalls are no longer enough—AI-driven threats demand adaptive, identity-aware Zero Trust security. Legacy firewalls can’t keep up with AI-driven threats. Zero Trust offers real-time, adaptive protection for enterprise data and systems. The perimeter is gone. AI is rewriting how data moves, how users behave, and how threats evolve. Yet many enterprises still rely on … Read more