TACTIX Packet Analysis

Why speed matters

Why fast packet analysis matters

Seconds count when every packet could be hostile.

Cyberattacks pivot at machine speed; the longer it takes to inspect flows, the more time an adversary has to overwhelm services, move laterally, or disappear with your data. Rapid packet analysis separates legitimate spikes from malicious floods, validates protocol behavior, and surfaces covert command-and-control patterns before customers feel the impact.

TACTIX delivers expert-level analysis across volumetric, intrusion, malware, and reconnaissance arenas by pairing AI detections with packet-level evidence so security teams can respond confidently.

1. Volumetric & Service-Based Attacks

These campaigns attempt to overwhelm services with raw volume; AI tracks the pulse of every flow to flag them fast.

DDoS: Detects sudden, massive spikes from distributed sources and distinguishes them from legitimate surges.
Protocol-Based: Spots SYN floods, ping-of-death variants, and other rule-abusing bursts through abnormal packet sequences.

2. Intrusion & Evasion Attacks

When adversaries probe logins or hide inside the network, TACTIX highlights the subtle deviations they leave behind.

Unauthorized Access & Brute Force: Flags repeated failed logins or implausible successful logins across distant geos.
Lateral Movement: Surfaces accounts or hosts touching servers, files, or ports they have never accessed.
Command & Control: Exposes persistent low-and-slow connections to suspicious external infrastructure.

3. Malware & Data Theft

Behavioral analytics reveal novel malware and theft attempts even when signatures fail or traffic is encrypted.

Zero-Day & Polymorphic Malware: Identifies files modifying registries, scanning networks, or encrypting data.
Data Exfiltration: Alerts on unusual bulk transfers, odd destinations, and off-hours movement.
Malicious Encrypted Traffic: Uses metadata like packet size, timing, and frequency to reveal hidden C2 or exfil.

4. Reconnaissance & Scanning

Pre-attack activities stand out when every handshake and probe is measured against baseline behavior.

Port Scanning: Detects rapid-fire probing of many ports from a single origin.
Network Mapping: Highlights devices suddenly pinging broad internal address ranges.

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