Now analyzing · ELF · PE · Mach-O · firmware

Decode Binary.
Into Meaning.

228 deterministic engines translate compiled binaries into structured English reports. No LLM. No hallucination. Every conclusion cryptographically traceable to the source bytes.

12 phases · 8 validation gates · SHA-256 provenance chain

b2e-terminal

228

Analysis Engines

12

Sequential Phases

8/8

Validation Gates

SHA-256

Provenance

THE ANALYSIS

Five Questions. One Report.

Every analysis answers the only questions that matter about compiled software. 228 engines work in sequence to build a complete picture.

01

What Is It?

Format identification, architecture detection, section parsing, SHA-256 fingerprint

Engines 1–20

02

What Does It Do?

Behavioral profiling, API classification, protocol detection, state machine reconstruction

Engines 91–160

03

How Does It Work?

Control flow graphs, memory tracking, dataflow analysis, pointer relationships

Engines 41–100

04

Is It Dangerous?

CVE matching, malware signatures, exploit patterns, vulnerability correlation

Engines 121–140

05

How Sure Are We?

Confidence calibration, 240 QA checks, provenance validation, cross-reference verification

Engines 181–228

“Most security tools tell you what they think. We show you what we know — and exactly how we know it.”

Explore all questions in depth

THE PIPELINE

12 Phases. 228 Engines. Zero Guesswork.

Each phase feeds the next. Every engine produces a cryptographic chain block. Nothing is assumed — everything is derived.

01

Ingest

02

Decode

03

Control Flow

04

Memory

05

Dataflow

06

Semantic

07

Decompile

08

Knowledge

09

NLG

10

Calibration

11

Validation

12

Output

8/8 GATES PASSED

ANALYSIS PROFILES

One Binary. Ten Perspectives.

Each profile applies domain-specific detection items, verdict logic, and language register. Same binary, ten completely different reports.

MA

Malware Analyst

Threat Capability Assessment

Kill chain, C2, MITRE ATT&CK

20 detection checks
VR

Vulnerability Researcher

Exploitability & Risk Assessment

Exploitability, CWE, data flow

20 detection checks
FW

Firmware Engineer

Device Security Posture Assessment

Hardware security, MPU, boot chain

20 detection checks
SC

Supply Chain Auditor

Component Integrity & Provenance Report

SBOM, component integrity

15 detection checks
IR

Incident Responder

Tactical Response Intelligence

Containment, IOCs, timeline

15 detection checks
CR

Compliance Auditor

Regulatory Compliance Evidence Report

FIPS, NIST, PCI-DSS mapping

12 detection checks
IP

Competitive Intelligence

Technology & Capability Analysis

Algorithm ID, tech stack

10 detection checks
SE

Safety Engineer

Functional Safety Verification Report

WCET, determinism, ASIL/SIL

12 detection checks
TI

Threat Intelligence

Threat Actor & Campaign Intelligence

APT attribution, campaign mapping

10 detection checks
QA

QA & Build Engineer

Build Verification & Quality Report

Compiler hardening, debug symbols

10 detection checks

One Binary, Ten Perspectives

Every analysis profile runs the same 228-engine pipeline on the same binary bytes — but reorders sections, adjusts language register, applies different verdict logic, and surfaces role-specific detection items. A malware analyst sees kill chains and C2 infrastructure. A compliance auditor sees regulatory gaps mapped to NIST controls. Same evidence, different intelligence.

228

Deterministic engines

10

Analysis profiles

15

Report sections

0

LLMs in the pipeline

Summary
Standard
Deep Dive
3 depth levels per profile

SECURITY

Security Isn't a Feature. It's the Foundation.

Your binaries contain your most sensitive intellectual property. We built the platform to handle active malware — your proprietary code deserves at least that level of protection.

Three-Layer Isolation

Memory-backed quarantine, gVisor kernel isolation, and hardware resource caps. Your binary never touches our servers.

SHA-256 Provenance

Every conclusion links back to source bytes. Cryptographic chain from finding to exact hexadecimal offset.

8 Validation Gates

Each phase must pass quality criteria. 240 QA checks stand between the analysis and your eyes.

Zero Data Retention

Binary destroyed after analysis. Lives in RAM only. Report persists — you control retention.

SOC 2 Type II

Enterprise-grade compliance. TLS 1.3, AES-256, quarterly penetration testing.

HOW IT WORKS

Upload. Wait. Read.

From binary to English report in minutes. No installation, no configuration, no reverse engineering experience required.

01

Upload your binary

Drag and drop any ELF, PE, Mach-O, or firmware file. Up to 100MB. Encrypted in transit, quarantined on arrival.

02

228 engines analyze

12 sequential phases run automatically. Each engine produces a cryptographic chain block. Watch progress in real-time via WebSocket.

03

Read your report

A structured English report with 14 sections, detection verdicts, and evidence chains. Download as PDF, JSON, DOCX, or SARIF.

PRICING

Simple, Transparent Pricing

Start with a 14-day free trial. No credit card required. Cancel anytime.

Starter

$49/month

For independent researchers and small teams

  • 10 analyses/month
  • All 228 engines
  • PDF + JSON reports
  • Email support (24hr)

Professional

Most Popular
$199/month

For security teams and consulting firms

  • 100 analyses/month
  • All 10 profiles
  • All depth levels
  • Priority support (4hr)

Enterprise

Custom

For large organizations and regulated industries

  • Unlimited analyses
  • On-premises deployment
  • Custom profiles
  • Dedicated support + SLA

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.

228 engines12 phasesFull report in minutes