Sundar Tiwari, one of the foremost experts on agentic AI and cyber security, has introduced a highly novel framework. This new strategy aims to plug the holes laid bare by last month’s cybersecurity breach at Seattle-Tacoma International Airport. His decades of experience underscore a critical opportunity for companies to be more proactive in their security efforts. This is even more critical considering the ever-evolving nature of our cyber adversaries.
In his keynote address, Tiwari drove home the need for a holistic approach to cybersecurity. He cautioned that in the absence of robust governance adaptive agents are attractive cybercriminal prey. He pronounced the need to focus on outcomes, that legacy security frameworks are inadequate against today’s adaptive threats. Yet this urgency demands that organizations radically reimagine their cybersecurity strategies.
The Limitations of Traditional Security Models
Tiwari’s observations are informed by his most recent research, in which he chronicled substantial holes in zero-trust architectures. He made the case that you can’t still afford to just count on traditional, rule-based security systems to get ahead of advanced cyber threats.
“Relying on static defenses is akin to locking the door after attackers have already breached perimeter security,” – Sundar Tiwari
This analogy serves to illustrate just how vital it is to take a proactive security stance. Tiwari’s work indicates that many organizations remain exposed, particularly in their critical infrastructure, unless they deploy autonomous and adaptive defenses that can respond swiftly to emerging threats.
Tiwari is the Senior Product Manager at one of the top-5 cybersecurity companies in the world. He is working on applied use-cases that utilize distributed AI agents. These agents create an intelligent mesh of containment to monitor anomalies and automatically orchestrate containment efforts and help guide rapid recovery processes. Everything occurs in real-time. This new, creative approach is a big leap forward from static defenses, which never quite do the trick.
The Need for Autonomous Defenses
Recent cybersecurity incidents at Seattle-Tacoma Airport underscore critical weaknesses in our cyber security paradigms. They remind us just how fragile these systems can be. As Tiwari noted, too many companies still fail to understand the need to make adaptive defenses a part of their security practices.
“Critical infrastructure is exposed unless organizations deploy autonomous, adaptive defenses,” – Sundar Tiwari
He’s spent several years developing self-healing security systems, illustrating the promise and necessity of autonomous defenses. This study treats agentic AI as an important ingredient in the next-generation cyber defense strategy. It’s no surprise that Tiwari’s contributions have caught the eye of major industry players like NVIDIA and Microsoft. They are realizing the importance of integrating agentic defense models into their cybersecurity portfolios.
Tiwari’s insights extend beyond mere theoretical frameworks. His published works, such as “The Invisible Shield: AI-Powered Cybersecurity for Cloud-First Organizations,” have provided practical guidance for organizations aiming to bolster their cybersecurity posture.
The Future of Cybersecurity
Looking toward the future, Tiwari predicts that by 2026, solutions powered by agentic AI will become the industry norm. He hopes to see breach detection and response cycles shortened significantly. Due to the efficiency and flexibility of these systems, emissions can be cut by as much as 90%.
Tiwari’s forward-thinking approach to cybersecurity is about more than just protecting assets. It’s about proactively anticipating where threats may surface before they do. His ongoing research highlights the need to act in advance to protect both organizational integrity and public trust.
The cybersecurity threat landscape is ever-evolving. It’s Tiwari’s work that is furthering the goal of the eventual autonomous and adaptive enterprise defense mechanisms that will become the norm. His passion for improving the state of the practice through applied research is infectious. It serves as a compass for organizations in their quest to live proactively, not reactively, against cyber adversaries.
