Everything you need to know about how Firebot AI works.
Firebot AI automates the full lifecycle of firewall change management — from receiving a change request, through risk analysis and approval workflows, to implementation and audit logging — all without manual intervention.
Firebot AI supports all primary firewall vendors, including Cisco, Check Point, and Palo Alto Networks, allowing you to manage your existing infrastructure without switching vendors.
Firebot AI automates firewall changes end-to-end, but keeps humans in the loop — every change goes through an approval process before being deployed, ensuring your team retains full visibility and control.
A structured change management process ensures all policy changes are tracked, validated, and approved before implementation — helping maintain compliance with frameworks such as PCI DSS and reducing audit preparation time significantly.
Yes. Every change request, approval decision, and deployment is logged automatically with timestamps and user attribution — so you always have a full record of what changed, when, who approved it, and why.
Regular reviews are essential — ideally quarterly, or after any significant network change. The right frequency depends on your organisation’s risk tolerance and regulatory requirements.
Firebot AI is delivered as a SaaS solution with a plug-and-play setup — most organisations are up and running within a few days, with no lengthy infrastructure deployment required.
No. Firebot AI sits alongside your existing firewall infrastructure as a management and automation layer — it doesn’t replace your firewalls, it makes managing them faster and safer.
Firebot AI captures a configuration snapshot before every change. If a new rule causes unexpected behavior, rollback is immediate.
Every time a firewall rule needs to be added, modified, or removed, it should go through a defined process — review, approval, implementation, and documentation. Without this, organizations accumulate thousands of rules over time, many redundant or dangerously permissive, with no record of why they exist.
Even when traffic is flowing and applications are working normally, misconfigured or overly permissive rules can leave your network silently exposed. Every configuration change either moves your network toward better security or increased risk.
Even when traffic is flowing and applications are working normally, misconfigured or overly permissive rules can leave your network silently exposed. Every configuration change either moves your network toward better security or increased risk.