01
Estate discovery & risk baseline
Inventory of every firewall, version, license and management path; rule base extraction, hit-count analysis and a documented risk baseline covering unsupported hardware, permissive rules and missing inspection.
Design, hardening, clustering and migration of enterprise firewall estates — Palo Alto, Check Point and Cisco ASA/Firepower — with centralized policy management, IDS/IPS tuning and VPN reliability engineering.
The program standardizes a fragmented firewall estate onto a governed platform model: next-generation firewalls at data center and internet edges, high-availability clusters at every critical site, and one centralized management plane (Panorama / Check Point SmartConsole) as the single source of policy truth.
Legacy rule bases accumulated over a decade are rationalized — any/any rules removed, shadowed and expired rules retired, objects normalized, and App-ID/User-ID enforcement replacing port-based rules so policy expresses business intent rather than protocol trivia.
Threat prevention is turned on and tuned rather than left in default: IPS, anti-malware, anti-spyware, DNS security and decryption profiles baselined per zone, with false positives burned down through staged alert-then-block cycles so security posture improves without breaking production traffic.
Remote access and site-to-site VPN reliability is engineered end to end — IKEv2 crypto standardization, tunnel monitoring, redundant peers and repeatable troubleshooting runbooks — so connectivity incidents are resolved from telemetry instead of trial and error.
01
Inventory of every firewall, version, license and management path; rule base extraction, hit-count analysis and a documented risk baseline covering unsupported hardware, permissive rules and missing inspection.
02
Reference architecture for edge, DC and branch enforcement: zone model, HA cluster topology, naming and object standards, logging design, and a change-control model the network and security teams both sign off on.
03
Panorama and SmartConsole onboarding of all devices, device groups and template stacks, shared policy hierarchy, and configuration backup plus drift detection so no device is managed by hand again.
04
Cisco ASA/Firepower and legacy Check Point migrations to next-generation platforms with rule translation, staged cutovers in maintenance windows, active/passive HA pairs and validated failover tests.
05
Rule base rationalization to least privilege with App-ID and User-ID, decryption policy rollout with exclusions, and IDS/IPS profile tuning through alert-only baselining before enforcement.
06
Recurring rule recertification, VPN and tunnel health monitoring, SIEM integration of firewall logs, and RCA-backed incident reporting with quarterly posture reviews.
Permissive any/any and port-based rules are replaced with application- and identity-aware policy, so an exposed service or compromised host no longer inherits broad egress and lateral reach.
HA clustering and validated failover at every critical enforcement point remove the standalone-firewall single point of failure that previously turned a hardware fault into a site outage.
One management plane with device groups and template stacks means a control is applied everywhere at once instead of drifting per site — and configuration drift is detected, not discovered during an incident.
IPS, anti-malware and DNS security profiles tuned per zone with staged enforcement deliver real blocking coverage without the false-positive noise that historically pushed teams to disable inspection.
Consolidating legacy ASA and end-of-life appliances onto standardized next-generation platforms reduces license sprawl, vendor support overhead and the engineering hours spent on per-device configuration.
Rule ownership, business justification, recertification history and full session logging give PCI-DSS, HIPAA and ISO 27001 reviewers the firewall change and access evidence directly from the management plane.