Five Questions. One Report.
Every analysis answers the only questions that matter about your binary. No partial scans. No ambiguous results. Complete answers, every time.
The Framework
The Five Questions That Matter
228 engines across 12 sequential phases. Every analysis answers these five questions completely, with cryptographic proof for every conclusion.
What Is It?
Before you can understand what a binary does, you need to know what it is. A 40KB file with a .bin extension could be a Windows DLL renamed to look like firmware. Malware authors routinely disguise their payloads by manipulating file headers. B2E identifies the file format, target architecture, compiler toolchain, linked libraries, debug symbols, and embedded metadata. Within 1.2 seconds, you know exactly what you are dealing with.
What you learn
- File format (ELF, PE, Mach-O, raw firmware)
- Target architecture (x86-64, ARM, MIPS)
- Compiler and version
- Optimization level
- Linked libraries
- Debug symbol status
What Does It Do?
This is the question that keeps CISOs up at night. B2E explains every function in plain English, with decompiled pseudocode and narrative descriptions. Not just "this function calls socket()" — but the full behavioral explanation of what it is doing and why. The system produces function-by-function breakdowns with inferred types, meaningful variable names, and contextual narratives tailored to your chosen analysis profile.
What you learn
- Function-by-function behavior
- Decompiled pseudocode with inferred types
- API usage patterns
- Behavioral classifications
“The average reverse engineering report takes 40 hours to write. B2E generates it while you get coffee.”
How Does It Work?
Understanding what a program does is valuable. Understanding how it does it is where real intelligence lives. This question digs into control flow, data flow, memory layout, and state machine transitions. Every decision point is mapped, every loop is traced, every branch condition is documented. Hidden behavior surfaces here — functions that only execute on specific dates, code paths that activate on network failures, loops that trigger after 30 minutes.
What you learn
- Complete control flow graphs
- Data flow traces with taint analysis
- Memory layout maps
- Function call hierarchies
- Loop structures and nesting depth
“Most tools show you a call graph. B2E shows you the story.”
Is It Dangerous?
This is a yes-or-no question, and B2E gives you a yes-or-no answer — backed by evidence. The system checks against known vulnerability patterns, 8.7 million malware signatures, and behavioral fingerprinting for unknown threats. Every finding is classified by severity, so you know exactly what to act on first.
What you learn
- Vulnerability pattern matching
- 8.7 million malware signature comparison
- Behavioral fingerprinting for unknown threats
- Severity classification per finding
“Signatures catch yesterday's malware. Behavioral analysis catches tomorrow's.”
How Sure Are We?
Every finding comes with a per-finding confidence score backed by a cryptographic provenance chain. Confidence is a four-dimensional vector measuring Technical Precision, Structural Depth, Confidence Level, and Temporal Context. These four values always sum to 1.0, ensuring no single dimension can inflate the overall score. Every conclusion is traceable to specific bytes in the binary.
What you learn
- Per-finding confidence scores
- Cryptographic provenance chain
- Four-dimensional confidence vector
- Byte-level traceability for every claim
“In court, in audits, in board meetings — B2E's provenance chain is your evidence.”
Role-Specific Intelligence
10 Analysis Profiles
The same binary contains different intelligence depending on who reads the report. Select the analysis profile that matches your role and get a report written specifically for you.
Malware Analyst
MAFor: SOC analysts, threat hunters, malware reverse engineers
Focus: Kill chain reconstruction, C2 infrastructure, persistence mechanisms, evasion techniques
Produces reports focused on threat capability mapping and adversary tradecraft. The Malware Analyst profile traces the complete kill chain from initial access through lateral movement to data exfiltration, mapping every technique to the ATT&CK framework.
Incident Responder
IRFor: IR teams, SOC tier 2/3, crisis management
Focus: Immediate containment, IOC extraction, timeline reconstruction, triage actions
Designed for active incident response situations where time is critical. Reports prioritize actionable containment steps, extract all indicators of compromise, and reconstruct the attack timeline with precision timestamps.
Threat Intelligence Analyst
TIFor: CTI teams, attribution analysts, threat modelers
Focus: APT attribution, campaign mapping, TTP cataloging, tool identification
Focuses on attribution and campaign correlation. Reports map observed TTPs to known threat actor profiles, identify tool reuse across campaigns, and produce intelligence suitable for sharing via STIX/TAXII feeds.
Vulnerability Researcher
VRFor: Pen testers, bug bounty hunters, security researchers
Focus: Exploitability assessment, data flow traces, memory corruption, CWE mapping
Highly technical reports optimized for vulnerability discovery and exploitation assessment. Includes detailed data flow traces showing how untrusted input reaches sensitive operations, memory corruption analysis, and precise CWE/CVSS mappings.
Firmware Security Engineer
FWFor: Embedded systems engineers, IoT security teams
Focus: Hardware security, boot chain integrity, peripheral exposure, MPU configuration
Purpose-built for embedded and IoT security assessment. Analyzes boot chain integrity, memory protection unit configuration, peripheral register access patterns, and interrupt vector tables with hardware-aware context.
Safety-Critical System Engineer
SEFor: DO-178C / IEC 61508 / ISO 26262 compliance teams
Focus: Worst-case execution time, stack depth analysis, determinism verification
For safety-critical systems where software failures can cause physical harm. Analyzes worst-case execution time bounds, maximum stack depth, dead code presence, and deterministic execution guarantees with ASIL/SIL-level mapping.
QA & Build Engineer
QAFor: Release engineering, CI/CD security pipelines
Focus: Compiler hardening flags, debug symbol leakage, ABI compliance, build verification
Practical, checklist-driven reports for release engineering teams. Verifies that compiler hardening flags are enabled, debug symbols are stripped, ABI compatibility is maintained, and build reproducibility can be confirmed.
Supply Chain Auditor
SCFor: Third-party risk assessment, vendor due diligence teams
Focus: Component integrity, dependency analysis, license compliance, backdoor detection
Formal, evidence-based reports for software supply chain risk management. Generates complete Software Bills of Materials (SBOM), verifies Authenticode signatures, maps dependency trees, and identifies embedded third-party components.
Compliance & Regulatory Auditor
CRFor: FIPS validation, PCI-DSS, GDPR, NIST 800-53 teams
Focus: Cryptographic inventory, data handling verification, regulatory control mapping
Maps binary behavior to regulatory frameworks. Inventories all cryptographic operations, verifies data handling practices against compliance requirements, and produces audit-ready evidence packages for FIPS, PCI-DSS, GDPR, and NIST 800-53.
Competitive Intelligence Analyst
IPFor: Technology assessment, competitive benchmarking teams
Focus: Algorithm identification, optimization techniques, feature discovery, technology stack
Analytical, business-informed reports for understanding competitor technology. Identifies algorithms, optimization techniques, feature implementations, and technology stack choices embedded in compiled software.
Depth Control
Three Depth Levels
Choose the level of detail that matches your use case. Every depth level is available for all 10 analysis profiles.
Summary
3–5 pages
Executive overview with verdict, top findings, and key risk indicators. Get the answer in under a minute. Designed for stakeholders who need conclusions, not methodology.
Standard
15–25 pages
Full 14-section report with all detection items, decompiled code, control flow analysis, and confidence scores. The default for most security workflows.
Deep Dive
40–80 pages
Maximum forensic detail with hex dumps, assembly listings, CFG visualizations, cross-reference traces, and full provenance chains. When you need to prove every claim.
Output
Five Export Formats
Every report can be exported in the format your workflow needs. From human-readable PDFs to machine-readable threat intelligence.
Role-themed, print-ready reports with branded cover pages and embedded charts
DOCX
Editable Word documents for annotations, team review, and stakeholder distribution
JSON
Structured machine-readable output for CI/CD integration and programmatic access
SARIF
OASIS StandardStatic Analysis Results Interchange Format for GitHub, Azure DevOps, and IDE integration
STIX 2.1
OASIS StandardThreat intelligence sharing format compatible with TAXII servers and SIEM platforms
What's Hiding in Your Binary?
Right now, compiled software is running on your servers, embedded in your devices, and processing your customers' data. You didn't write it. You can't read the source code. You're trusting it because someone told you to.