Supply chain security / Workspace guide

Assess supplier software. Inspect the code.

Use AI binary assessment when inventory and vulnerability matches need deeper investigation. Inspect the code, review findings, and save corrections.

Book a technical demo Explore the product example

Agent findings beside the Windows driver code and saved research notes. — Read the agent's findings alongside the code it inspected. Select the screenshot to view it full size.

Binary analysisSaved stateHuman reviewMCP agent access

Supply chain security for firmware and binaries

Supply chain workflow

From intake to reporting.

Identify components, verify SBOMs, and investigate security findings. Monitor disclosed vulnerabilities and supplier changes across versions.

01

Component identification

Inventory the components in delivered firmware and binaries.

02

SBOM generation and verification

Generate SBOMs and check supplier inventories against the software.

03

Continuous vulnerability monitoring

Monitor newly disclosed vulnerabilities affecting identified components.

04

Binary security assessment

Investigate suspected weaknesses, injected behavior, and embedded secrets with AI-assisted analysis.

05

Version and supplier tracking

Compare deliveries for component changes and regressions.

06

EU Cyber Resilience Act reporting

Prepare SBOMs, findings, and remediation records for review.

Binary assessment example

Trace a network connection.

Task: trace how an ELF binary connects to an embedded network endpoint.

Binary assessment / Agent and analyst workflow

Available now

Tools for binary assessment.

Agents inspect code, follow references, and record findings. Analysts review and refine the saved analysis.

A function list, disassembly, decompiled code, and cross-references for a Windows driver. — Inspect functions, compare disassembly with decompiled C, and follow cross-references. Select the screenshot to view it full size.

01 / ANALYSIS

Binary analysis tools

Decompilation and disassembly with graphs, symbols, strings, cross-references, hex, notes, and findings.

Analysis. Decompilation, disassembly, graphs, symbols, strings, cross-references, hex, notes, and findings.

Agents. Use a built-in agent or connect through MCP to use session tools within your permissions.

State. Sessions preserve analysis, notes, findings, and attributed activity for humans and agents.

Runtime. Where enabled, isolated Linux x86-64 ELF debugging exposes execution, registers, memory, breakpoints, and terminal I/O.

Analysis

Code, symbols, types, and notes

One saved investigation

Agent work

Findings and attributed activity

Evidence you can review

Human review

Corrections made beside the code

Continue from the updated state

Workspace capabilities / reverser.space

Deeper binary assessment

Inspect. Investigate. Review.

Open an authorized binary in the analysis workspace. Assign a focused task to an agent and review the code behind its findings.

Set up the session

Open a binary and scope the task

Open an authorized binary workspace
Use a built-in agent or connect through MCP
Continue the saved analysis
Ask the agent to investigate a specific behavior
Follow tool activity and findings live

Review the work

Check the evidence and continue

Open the functions behind a finding
Check code, references, and recovered values
Correct names, types, notes, or findings
Inspect runtime state where debugging is enabled
Invite another analyst to review the session
Continue from the saved investigation

You bring

An analysis objective

A binary you can analyze

A question to investigate

The session keeps

Analysis and annotations

Findings and supporting evidence

Notes, corrections, and activity

Binary assessment / Inspect | Investigate | Review

How the workspace fits together

Choose your models. Control agent access.

Connect an agent over MCP. Review its work in your browser. Debug supported samples in an isolated runtime when enabled.

Your agent

Model + agent

Your model and framework

Your analysis task

MCP

controlled tools

Saved workspace

Analysis session

Analysis tools

Persistent state

Analyst review

scoped run

Optional live debugging

Isolated debugger

Linux x86-64 ELF

Registers and memory

Breakpoints and stepping

analysis + findings + evidence + correctionsSaved investigation

One session connects agent tools, analyst review, and saved state. Live debugging depends on the sample, account plan, and deployment.

01

Data isolation

Workspaces start private. Reverser Space does not use customer binaries or workspace content to train shared models.

02

Execution policy

Where enabled, live debugging uses a fresh private VM without permitted network egress. See the security guide for details.

03

Human authority

Analysts can review agent activity, correct the shared analysis, take over the debugger, and stop a run.

04

Authorized use

Only upload or run samples you own or are explicitly authorized to analyze.

Workspace / Tools and permissions

Team knowledge

Review findings with your team.

Code references and findings stay with the binary. Reopen the assessment for updates and reporting.

01

Inspect the evidence

Follow a finding into the function, address, or available runtime state that supports it.

02

Correct the analysis

Update a name, type, note, or finding in the shared session and redirect the agent.

03

Continue the work

Reconnect your agent or invite another analyst to inspect the saved code, notes, and findings.

Start analyzing

Explore Reverser Space.

Book a technical demo Explore getting started Read the token benchmark

Live debugging: native Linux x86-64 ELF samples, subject to account and deployment availability.

Evidence for review: The EU Cyber Resilience Act pack supports documentation; it does not certify compliance or submit reports.

Need a dedicated deployment? Discuss your sample handling, agent setup, and data requirements with the builder.

Reverser Space / Workspace guide