Threat modeling and Cybersecurity Kill Chain visualization

AI Enhanced - Advanced Threat Modeling

Threat modeling is a structured process used to identify, evaluate, score, and prioritize potential security threats and vulnerabilities in a system before attacks occur. These are known as Indicators of Attack (IoA), which are significantly different from Indicators of Compromise (IoC).

Understand attacks before they succeed.

US ProTech uses the Cybersecurity Kill Chain as an intelligence-driven model to map how adversaries prepare, enter, persist, and act inside an environment—then identifies the earliest and most effective opportunities to stop them.

Combined with Anamo CDM-SIEM, this approach helps teams detect Indicators of Attack before they become Indicators of Compromise , reducing dwell time and strengthening operational resilience.

01
Model attacker behavior Understand the sequence behind reconnaissance, access, persistence, and impact.
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Place controls earlier Focus monitoring and prevention where disruption produces the greatest value.
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Detect IoA before IoC Use near-real-time host telemetry to identify suspicious behavior before compromise.
01

Defense framework

The Cybersecurity Kill Chain

The Kill Chain defines the sequential stages an attacker must progress through to achieve an objective such as data theft, disruption, privilege escalation, or unauthorized control.

Modeling each stage allows security teams to move from broad, reactive protection to specific controls tied to specific attacker actions .

Expose activity early

Recognize scanning, probing, delivery attempts, and suspicious changes before a breach is confirmed.

Align controls to behavior

Connect policies, telemetry, detection logic, and response actions to individual attack stages.

Prioritize defensive effort

Concentrate resources where interruption is most likely to prevent downstream impact.

Support layered defense

Create overlapping opportunities to detect, contain, and stop an adversary throughout the sequence.

02

Attack progression

The seven stages of the Kill Chain

Each stage represents a distinct attacker objective. Understanding the progression makes monitoring, policy design, control placement, and incident response more precise.

01

Reconnaissance

Gathering intelligence about systems, people, infrastructure, exposed services, and potential weaknesses.

Observe scanning, enumeration, and information gathering.
02

Weaponization

Preparing an exploit, malicious payload, or attack package designed around discovered weaknesses.

Use vulnerability intelligence and attack-pattern awareness.
03

Delivery

Transmitting the attack through phishing, malicious links, compromised media, exposed services, or trusted channels.

Filter, inspect, challenge, and isolate inbound content.
04

Exploitation

Triggering a vulnerability or user action to gain execution, access, or an initial foothold.

Harden systems and correlate unusual execution behavior.
05

Installation

Establishing persistence through malware, backdoors, services, altered configurations, or unauthorized accounts.

Track file, service, account, and permission changes.
06

Command & Control

Creating a communication channel for remote control, tasking, lateral movement, and exfiltration.

Identify anomalous outbound traffic and unauthorized control paths.
07

Actions on Objectives

Executing the final goal, including theft, disruption, extortion, sabotage, or privilege escalation.

Contain activity, protect critical assets, and preserve forensic evidence.
03

Defensive strategy

Stop attacks at the earliest viable point

Every stage presents an opportunity to disrupt an adversary, but some stages offer greater defensive leverage. US ProTech emphasizes controls that expose or interrupt activity before exploitation and impact.

01

Reconnaissance

Detect external scanning, enumeration, probing, and repeated attempts to identify exposed systems or accounts.

Early warning
02

Delivery

Filter, analyze, isolate, and challenge inbound content before it reaches users, applications, or infrastructure.

Entry prevention
03

Command & Control

Identify and terminate suspicious outbound connections before an attacker gains durable control or removes data.

Containment
Anamo CDM-SIEM

See Indicators of Attack before they become compromise.

Host-based forensic telemetry provides direct visibility into internal changes that conventional perimeter monitoring may miss.

Anamo CDM-SIEM tracks granular activity across users, groups, permissions, transactions, software, vulnerabilities, and system state. This helps defenders distinguish normal change from suspicious behavior and act while the attack chain is still developing.

The result is objective, factual forensic visibility that supports faster analysis, lower dwell time, and earlier disruption.

Identity changes

Add, delete, and modify events involving users, groups, roles, and privileges.

Permission activity

Changes to access rights, configurations, transactions, and protected resources.

Vulnerability change

Software, exposure, and system-state changes that alter the organization’s risk posture.

Forensic correlation

Host-level evidence connected over time to reveal sequence, intent, and attacker progression.

Design defenses around attacker behavior

Ready to apply Kill Chain–driven threat modeling?

US ProTech can map attacker pathways, identify control gaps, and use Anamo CDM-SIEM telemetry to detect Indicators of Attack before they become costly compromises.