Malware Analysis - Securiglobe

Malware has evolved dramatically from simple viruses to polymorphic ransomware, fileless

attacks, and AI-generated malicious code that evades signature-based detection. In 2024, India

saw a sharp rise in targeted malware attacks against BFSI, healthcare, and government

sectors.

Key Benefits

•Static analysis: code structure, obfuscation techniques, and embedded indicators

•Dynamic analysis: sandbox execution to observe live malware behavior

•C2 (command and control) infrastructure identification and IOC extraction

•YARA rule creation for future detection across your environment

•Executive and technical reports for incident response and legal purposes

What We Do

Securiglobe’s Malware Analysis service provides both static and dynamic examination of

malicious code dissecting its behavior, communication channels, persistence mechanisms,

and intended payload. Whether you’ve encountered a suspicious file or suffered an active

infection, our analysts provide clarity on exactly what the malware does and how to fully

eradicate it.

How It Helps Your Business

When malware is found in your environment, every hour of uncertainty is costly. Securiglobe’s

malware analysis turns an unknown threat into a fully documented, contained, and understood

incident giving your team a clear path to recovery.

Analysis Types

Analysis of the file without executing it file structure, strings, imports, code disassembly, obfuscation techniques, and embedded artefacts

Controlled execution in an isolated sandbox environment network connections, file system changes, registry modifications, process injection, and C2 communication

Analysis of memory dumps to identify injected code, unpacked malware, running malicious processes, and encryption keys

Deep disassembly and decompilation of compiled malware to understand algorithm logic, evasion techniques, and custom capabilities

Identification and classification of the malware family, variant, and threat actor attribution where possible

Creation of custom Yara detection rules based on the analysed sample for use in your security tooling

Our Process

Secure, encrypted sample submission with chain of custody documentation. We accept files, memory dumps, email attachments, and disk images

File header analysis, string extraction, import table review, entropy analysis, and code disassembly to understand structure without execution.

Controlled execution in an isolated, monitored environment. All network traffic, file system, and registry activity is captured.

For complex or obfuscated samples, our researchers conduct manual reverse engineering using IDA Pro, Ghidra, and other industry tools.

Extraction of all indicators of compromise — file hashes, IP addresses, domains, registry keys, file paths, and mutex names.

Full analysis report delivered with executive summary, technical findings, MITRE ATT&CK mapping, IOC list, and Yara rules.

Frequently Asked Questions

Do you need live access to our firewall management console?

We can work from exported configuration files alone, which is our preferred method for minimising operational risk. Where live access would add value, we use read-only credentials.

Which firewall vendors do you support?

We support all major enterprise firewall platforms including Palo Alto Networks, Fortinet FortiGate, Cisco ASA and FTD, Check Point, Juniper SRX, and Sophos.

How many rules can you analyse?

We have analysed rulesets containing tens of thousands of rules. We use a combination of automated tooling and expert review to handle large rulesets efficiently.

Deliverables

Malware analysis report (executive summary and full technical analysis)
MITRE ATT&CK technique mapping
Indicators of Compromise (IOC) package — hashes, IPs, domains, file paths
Custom Yara detection rules
Threat actor attribution and malware family classification (where possible)
Remediation and defensive recommendations

Who Is This For?

Security and IR teams that have discovered a suspicious file or binary during incident investigation
SOC analysts who need to understand whether a flagged sample is genuine malware or a false positive
Organisations that have experienced a breach and need to understand attacker capabilities and persistence
Threat intelligence teams building IOC databases or malware signature libraries
Companies that need malware analysis evidence for regulatory reporting or legal proceedings