C-like pseudocode
Recover bounded function views while retaining addresses, diagnostics, and supporting binary evidence.
AlomSec / SecTools
One workspace for serious security tools.
Argus SecTools is the on-demand security processing area inside AlomSec. Its first flagship suite turns authorized binary artifacts into navigable pseudocode, structured evidence, and review-ready answers.
The backend is online; access remains gated. Applications stay PENDING ACCEPTANCE until operator review. Applying creates no payment, processing authority, or connector activation.
PSEUDOCODEDISASSEMBLYFLOW
int verify_token(uint8_t *token, size_t len) {
if (len != 32)
return AUTH_REJECT;
digest = sha256(token, len);
expected = config->token_digest;
if (constant_time_equal(digest, expected))
return AUTH_OK;
/* default denial path */
return AUTH_REJECT;
}Illustrative view. Exact recovery varies by format, architecture, compiler, optimization, symbols, packing, and obfuscation.
First suiteBinary analysis
Live backendSigned control plane
Gated accessBrowser + HTTPS API
Agent clientCLI + MCP inactive
Measured threat context
Cybercrime losses reported to IC3 rose about fivefold.
FBI IC3 complaint-reported losses rose from $4.2 billion in 2020 to $20.877 billion in 2025. The trend does not establish AI as the cause.
4.97x2020 to 2025 reported-loss increase
1,008,597IC3 complaints in 2025
2026Comparable annual total pending
AlomSec economic inference: AI can lower the skill, time, and cost needed to write malicious code, attempt exploits, personalize lures, and scale operations. That can raise attacker ROI, but it is not proof that AI caused the full rise in reported cybercrime.
IC3 complaint-reported lossesUSD billions / annual values
View chart data
| Year | Reported losses | Complaints |
|---|---|---|
| 2020 | $4.2B | 791,790 |
| 2021 | $6.9B | 847,376 |
| 2022 | $10.3B | 800,944 |
| 2023 | $12.5B | 880,418 |
| 2024 | $16.6B | 859,532 |
| 2025 | $20.877B | 1,008,597 |
| 2026 | Comparable annual data pending | |
Sources reviewed September 1, 2026: FBI IC3, 2025 annual report, and annual reports.
IC3 totals reflect complaints and reported losses, not every cybercrime. Reporting behavior and coverage influence the totals. The 2026 year remains in progress and has no comparable annual value.
First tool suite
Binary analysis from artifact to evidence.
The decompiler is the first flagship capability, not the limit of SecTools. The workflow joins code recovery with the context needed to navigate, validate, automate, and review each result.
Functions and structure
Map functions, sections, imports, strings, exports, references, and control flow into one artifact model.
Review-ready evidence
Join recovered behavior with security signals, confidence, artifact identity, and technical context.
Content-bound runs
Bind fixed profiles, reports, usage evidence, and audit records to the exact submitted bytes.
Three analysis depths
Use rapid triage, the decompiler workflow, or a deeper deterministic multi-lens analysis.
More suites later
Binary comparison, mobile, firmware, and other tools appear only after their individual release gates pass.
Deterministic path
Every stage leaves evidence.
Unsupported combinations stop with a bounded diagnostic instead of silently inventing meaning.
Identify
Hash and classify the exact bytes.
Parse
Read format and architecture structures.
Recover
Discover flow, values, and pseudocode.
Review
Correlate signals and context.
Attest
Bind output and usage to the run.
Browser, API, and agents
Use AlomSec from the tools you already work in.
The browser console and HTTPS tenant API are live for approved beta providers. Authentication and a separate processing entitlement are both required. A separately gated local CLI and STDIO MCP connector for Claude Code, Codex, and compatible hosts remains inactive. Its five fixed operations expose no worker credentials, arbitrary shell commands, server paths, or analyzer arguments.
argus_submitargus_job_statusargus_job_waitargus_report_receiptargus_usagePLANNED CONNECTOR EXAMPLE
> Analyze the authorization path in router-fw.elf
{
"tool": "argus_submit",
"profile": "decompile",
"artifact": "router-fw.elf"
}
Agent connector illustrative only. Approved providers use the browser or HTTPS API.Commercial model preview
Usage follows accepted bytes and measured worker time.
The approved beta records authenticated usage but does not collect payment or apply monetary charges. Access, quotas, retention, and processing authority are assigned during operator acceptance.
Measured beta usage
Every accepted job leaves a bounded usage record.
The control plane records accepted artifact bytes, supervisor-observed processing time, capacity holds, and nonbillable result bytes. Rejected work that never begins execution remains nonbillable. Published pricing and payment collection stay disabled until their separate release gates pass.
Provider-owned authorization model
Delivery is attributed to the security provider.
When access opens, the provider organization will contract with AlomSec, maintain its downstream authorization, and create each immutable engagement scope. Its client will not need an AlomSec account, clickwrap, or approval step.
Provider organization
Own tenant, credentials, engagement scope, and client relationship.
AlomSec control plane
Admission, artifact identity, job state, usage records, and evidence custody. No analyzer runtime.
Private workers
Fixed profiles, isolated work roots, outbound leasing, and signed operation receipts.
Bound evidence
Provider-attributed requests, immutable scope versions, and measured usage without a downstream AlomSec account.
Provider-authenticated requestsNo downstream AlomSec accountNo arbitrary commandsEvidence-bound usage
SecTools beta
Apply for a free, time-limited trial workspace.
Applications require operator acceptance. A submission creates no account, payment, upload, processing job, subscription, or connector activation.
Apply for beta access