Behavior Profiling • Detection Engineering • Incident Support

Malware Analysis

Turn suspicious code into containment, detection, and decisions.

We analyze suspicious binaries, loaders, droppers, packed payloads, and multi-stage campaigns.

Fast triage when teams need answers, not labels
Behavior mapping for engineering, DFIR, SOC, and product security
Detection outputs built for real use
Useful across endpoints, servers, and embedded systems

Request Malware Review
See Outputs

Malware becomes expensive when it stays mysterious.

The faster you convert samples into behavior, indicators, and containment logic, the more control you regain.

Best Fit

Incident response, SOC escalation, product-security investigations, and suspicious binary triage.

Static Analysis Dynamic Analysis Persistence Command and Control Packed Payloads YARA IOCs Threat Intel IR Support Detection Logic

What We Solve

Turn malicious samples into operational knowledge your defenders and engineers can use immediately.

We turn malicious samples into operational knowledge defenders and engineers can use immediately. We map what the malware does, what it touches, how it persists, how it communicates, and what to do first.

That usually shows up as unknown behavior inside suspicious files or live incident samples, packed or obfuscated payloads that hide real capability, incident response pressure with limited time and incomplete evidence, and intel fragmentation across SOC, DFIR, and engineering teams.

What You Get

Behavior profile covering execution flow, persistence, and external communication
Capability map for payload stages, evasion, propagation, and target impact
Detection outputs including YARA, IOCs, and practical observables
Containment guidance for incident, product, and infrastructure teams
Threat-intel package that is useful in operations, not just archived as PDF evidence

View Methods

Methods and Coverage

Analysis Scope

Windows, Linux, macOS, firmware, and embedded malware targets
Static, dynamic, and hybrid workflows depending on sample behavior
Multi-stage payloads, loaders, droppers, and persistence logic
Command-and-control patterns, config extraction, and protocol review

Operational Outputs

IOCs, YARA, and environment-specific observables
Behavior narratives for IR, SOC, and engineering handoff
Scope and impact notes for customer or leadership communication
Hardening recommendations based on the actual attacker path

Typical Use Cases

Live incident support and suspicious-file escalation
Product security and platform abuse investigations
Threat-intelligence enrichment and family tracking
Detection engineering and validation of defensive controls

Commercial Value

Faster containment and lower investigation time
Better customer and partner communication during security events
Stronger detection depth across products and operations
Reduced repeat exposure through evidence-backed hardening

Senior-led delivery. Clear scope. Direct technical communication.

Direct Access

You talk directly to engineers who inspect the system, name the tradeoffs, and do the work.

Bounded First Step

Most engagements start with a review, audit, prototype, or focused build instead of a giant retained scope.

Evidence First

Leave with clearer scope, sharper priorities, and a next move the business can defend under scrutiny.

Delivery Senior-led Direct technical communication

Coverage AI, systems, security One team across the stack

Markets Europe, US, Singapore Clients across key engineering hubs

Personal data Privacy-disciplined GDPR, UK GDPR, CCPA/CPRA, PIPEDA, DPA/SCC-aware

Name

Message

0 / 10000

Attachment

Choose File No file chosen