Software Supply Chain Intelligence & Governance Platform

Five bills of materials.One verified record.

IntelliXBOM generates and validates SBOM, CBOM, QBOM, AIBOM and HBOM in one framework, then signs the result as evidence your regulator can check.

Book a demo Read a sample record

SBOMSoftwarepkg:npm/express@4.19.2
CBOMCryptographyalg:RSA-2048 · x509:*.bank.in
QBOMQuantumECDSA-P256 → ML-DSA-65
AIBOMArtificial Intelligencemodel:kyc-risk@4.0
HBOMHardwarefw:edge-gw@2.2.1 · TPM 2.0

Verified recordSigned

core-banking-api · v4.12.0

Components: 2,184
BOM dimensions: 5 / 5
CERT-In fields: 21 / 21 ✓
Policy checks: 312 passed · 3 flagged
Signature: in-toto · 26 Sep 2026 10:42
Digest: sha256:9f3a…c21e

fig. 1, five BOM streams resolved into one signed record · illustrative data

Built for environments where visibility, sovereignty and evidence matter.

BANKING
FINANCIAL SERVICES
GOVERNMENT
DEFENCE
CRITICAL INFRASTRUCTURE
HEALTHCARE
TELECOM
ENTERPRISE TECHNOLOGY

Inside the product

From posture to the CVE that needs fixing.

Two views from the IntelliXBOM console. The dashboard shows security and bill-of-materials posture across every BOM; the vulnerabilities view takes you from the full CVE inventory to a single finding, its context and its fix. Select a marker to see what each area does.

IntelliXBOM dashboard with tiles for registered assets, libraries and dependencies and total vulnerabilities by severity; cards for SBOM, CBOM/QBOM, AI BOM and HBOM; and SBOM panels for CVE breakdown, ecosystem risk and licence distribution. — IntelliXBOM console, Dashboard view. Product screenshot; figures reflect the environment that was scanned.

1
Navigation built around the work
Assets and components; licence and vulnerability views; and management tools for uploads, the BOM Inspector, BOM comparison and notifications.
2
Estate at a glance
Registered assets, libraries and dependencies, and total vulnerabilities, each with a health bar that splits critical, vulnerable and healthy counts.
3
Severity split
Every vulnerability counted by severity (critical, high, medium, low, info and unknown), so the size of the problem is clear before you open a list.
4
One card per BOM
SBOM, CBOM/QBOM, AI BOM and HBOM side by side: packages and licences; algorithms, keys, certificates and quantum readiness; models and ML pipelines; devices, manufacturers and firmware.
5
Risk called out per BOM
Each card carries its own indicators, such as CBOM/QBOM migration progress and key material, or an AI BOM risk score flagged as at risk.
6
CVE breakdown
For SBOM, a breakdown of CVEs by severity with share and count, from critical to negligible.
7
Ecosystem risk
CVE exposure by package manager, with a severity split for each ecosystem so remediation can be routed to the right team.
8
Licence risk and distribution
Open-source and commercial licences counted and classified, with the top licences by component count.

See the console on your stack How the platform works

The visibility gap

Your technology stack is larger than your security inventory.

Modern systems are assembled from thousands of parts you did not write, keys you did not issue, models you did not train and firmware you cannot see. Each layer is governed by a different tool, or by none. Security teams still need to answer:

What components are running?
Where did they come from?
Which vulnerabilities affect us?
Which cryptography are we using?
Which certificates expire?
Which AI components are present?
Which hardware is exposed?
Which systems does a regulation affect?
Can we prove our controls to an auditor?

IntelliXBOM connects the answers.

Enterprise stack · typical inventory coverageIllustrative

L1Source codeSAST / SCM

L2DependenciesPartial SCA

L3ContainersRegistry scans

L4CloudCSPM

L5CryptographySpreadsheets

L6AIUntracked

L7Hardware & firmwareCMDB, stale

L8Third partiesQuestionnaires

How IntelliXBOM works

Not an SBOM generator. A governance layer for everything you run.

BOM governance, security intelligence and compliance evidence in one system of record. Every stage feeds the next, and the loop never stops.

01
Discover
Repositories, pipelines, registries, hosts, endpoints and devices.
02
Build the BOM
SBOM, CBOM, QBOM, AIBOM and HBOM in CycloneDX and SPDX.
03
Understand risk
Vulnerabilities, exploitability, licences, EOL, weak cryptography.
04
Correlate assets
Tie every component to the application and business service it supports.
05
Map controls
Link assets and findings to framework requirements and internal policy.
06
Generate evidence
Timestamped, versioned, owner-attributed and exportable.
07
Continuously govern
Detect drift, alert owners, track remediation, re-prove.

BOM Suite

One platform. Every Bill of Materials.

Five inventories that are usually owned by five different teams, correlated in one graph so a weak algorithm, a vulnerable library and an unsupported firmware version show up against the same business service.

BOM Governance One policy engine, one owner model and one evidence trail across all five BOM types. See how it maps to controls

Product graph

From component to business impact.

A list of components tells you what exists. The IntelliXBOM graph tells you what it touches, whether it can be reached, which service depends on it and which control it puts at risk. Select any stage to follow the path.

Inventory Risk Business context Governance & evidence Illustrative example path

Risk intelligence

From “vulnerable” to “what actually matters”.

Severity alone produces a backlog. IntelliXBOM weighs each finding against reachability, known exploitation, asset criticality, licence exposure, lifecycle status and cryptographic weakness, across all five BOMs, so remediation starts where the business is exposed.

Risk · Findings · scope: production · all BOMsIllustrative dashboard

Prioritised findings showing 10

Component	Finding	Sev	BOM	Reachable	Known exploited	Asset tier	Status

Exposure factors production

Affected applications34

Reachable components67

Business-critical assets11

Exploit available9

Licence risk23

End-of-life components58

Crypto risk142

Compliance gaps17

Sample data for illustration only. CVE identifiers are real public advisories used as examples; component, application and asset names are fictional.

Continuous governance

Your BOM should never become yesterday’s BOM.

A BOM is out of date the moment a new advisory is published, a certificate is re-issued or a model is swapped. IntelliXBOM keeps every inventory current and re-evaluates it against policy whenever something changes.

Dependenciesnew, removed, upgraded

Vulnerabilitiesnew advisories, VEX

Licenceschanges, conflicts

Certificatesissuance, expiry

Cryptographyalgorithms, key sizes

AI modelsversions, sources

Hardwarenew devices, EOL

Firmwareversions, advisories

Regulationsrequirement updates

09:42SBOMpayments-api: jackson-databind 2.13.4 → 2.15.2

09:17CBOMCertificate *.corp-gw expires in 21 days, owner notified

08:55AIBOMNew model version registered without dataset provenance

08:30HBOM12 BMC firmware versions flagged end-of-support

Compliance

Turn compliance requirements into continuous evidence.

IntelliXBOM continuously maps your technology inventory, BOMs, security findings and governance controls to the frameworks that matter to your organisation, so posture is measured from live data, not assembled before an audit.

01Regulation02Control03Technology asset04BOM05Risk06Evidence07Audit report

Compliance · Posture · CERT-InIllustrative data

India

CERT-In
MeitY SBOM guidance
RBI
SEBI / CSCRF
IRDAI
DPDPA

Global

EU Cyber Resilience Act
EU AI Act
NIST SSDF & C-SCRM
NIST PQC
EO 14028
CNSA 2.0
ISO/IEC 27001
SOC 2

IntelliXBOM maps inventory and evidence to framework requirements and helps organisations address them. It does not certify compliance or replace an assessment by a qualified auditor. Posture percentages above are illustrative.

Evidence & auditability

Compliance is not a PDF. It’s evidence.

Every control in IntelliXBOM resolves to evidence you can inspect: the BOM version it came from, the asset it describes, when it was captured, who owns it and every change since. Auditors get a trail, not a screenshot.

Control→Evidence→BOM→Asset→Timestamp→Owner→Audit trail

Machine-readable evidence
Audit trails
Version history
BOM history & diffs
Evidence exports
Control mapping
Remediation tracking
Signed artefacts where supported

EV-2026-04418 · Software inventory maintainedIllustrative record

Control: SBOM maintained for critical applications
Framework: CERT-In · SEBI CSCRF
Asset: retail-payments-api
BOM: CycloneDX 1.5 · v14
Captured: 2026-09-21 14:03 IST
Owner: Platform Eng · A. Rao
Status: ● Evidence current

2026-09-21 14:03BOM v14 generated from pipeline build #2291
2026-09-21 14:04Validated against minimum field policy, 0 gaps
2026-09-21 14:062 findings linked, 1 VEX “not affected” recorded
2026-09-22 10:12Remediation ticket closed; rescan attached
2026-09-22 10:15Evidence package exported for internal audit

sha256: 9f2c…e41b · previous: 7a03…c9d2 · retained 7 yrs

Deployment · Built for data sovereignty

Your data stays where you need it.

Deploy IntelliXBOM within the environment required by your security, regulatory and data-governance policies. The platform is designed to be self-hosted, so inventories, findings and evidence remain inside your perimeter.

Integrations

Works with the tools you already use.

IntelliXBOM ingests from where software is built and runs, and exchanges BOMs in open standards so evidence moves cleanly into the rest of your security toolchain.

Developer experience

Governance that runs in the pipeline, not after it.

Engineering teams generate and validate BOMs at build time. Security and compliance teams receive the result as governed evidence, without asking anyone to fill in a spreadsheet.

Shift-left BOMs. Generate on every build and fail on policy, not on noise.
Field validation. Check minimum data fields before a BOM is accepted.
Evidence by default. Every run leaves a versioned, attributable record.

build-agent-04, conceptual CLI illustration

$ ixbom scan --target production
→ discovering components
→ resolving dependencies
→ validating BOM
→ checking vulnerabilities
→ evaluating licences
→ mapping compliance controls
✓ SBOM generated
✓ CERT-In fields validated
✓ vulnerabilities mapped
✓ evidence package created

Industries

Designed for the most regulated environments.

Where supply-chain visibility is a regulatory expectation, where data cannot leave the perimeter, and where a weak algorithm or an unsupported firmware is an operational risk.

Banking & Financial Services

Third-party and open-source governance with cryptographic assurance for payment and trading systems.

Supply-chain governance
RBI
SEBI / CSCRF
CBOM · SBOM

Government & Public Sector

Transparency into procured software, with deployment models that keep citizen data sovereign.

Procurement
Software transparency
Data sovereignty
Air-gapped deployment

Defence & Critical Infrastructure

Hardware, firmware and cryptographic inventories for long-lived systems with long migration horizons.

Hardware
Firmware
Cryptography
Quantum readiness

Healthcare

Visibility into clinical and third-party software, with evidence ready for regulators and partners.

Software supply chain
Third-party dependencies
Compliance evidence

Enterprise Technology

BOMs generated in the pipeline and governed by policy, from open-source intake to customer delivery.

DevSecOps
Open-source governance
Application security

Use cases

Built around real security questions.

Each question below is one that boards, regulators and incident responders ask. Each maps to a part of the platform that answers it from live data.

What is inside our software?SBOM Where are we using weak cryptography?CBOM Are we ready for post-quantum migration?QBOM What AI components are entering our environment?AIBOM What hardware and firmware are we running?HBOM Can we prove compliance?Compliance What changed since our last release?Continuous governance

Executive view

The posture your board asks about, on one screen.

CISOs, CIOs and compliance officers see the same data engineers act on, rolled up into visibility, risk, coverage and evidence readiness, and traceable back to every underlying component.

Executive · Digital Trust Posture · last 12 weeksProduct visualisation · illustrative data

Overall visibility92%▲ 6 pts

BOM coverage5 / 5all types active

Critical risks07▼ 5 vs last month

Compliance controls1,049across 9 frameworks

Assets governed24,821▲ 1,204

Evidence ready94%▲ 3 pts

Risk & compliance trend weekly

Open critical + high risksCompliance posture %

BOM coverage assets with current BOM

SBOM97%

CBOM89%

QBOM81%

HBOM84%

AIBOM68%

Critical changes 7 days

CRITNew known-exploited CVE in 2 services2d
HIGHTLS 1.0 re-enabled on legacy gateway3d
MEDUnapproved model source in analytics5d

Open remediation items by owner

Owner	Open	Overdue	Oldest	SLA
Payments platform	14	2	19 days	AT RISK
Core banking integration	9	0	8 days	ON TRACK
PKI & identity	21	4	33 days	BREACHED
Data science	6	0	4 days	ON TRACK

Security & trust

A governance platform has to be governed too.

IntelliXBOM holds the most sensitive map in your organisation: what you run and where it is weak. It is designed for enterprise security requirements from the deployment model up.

Designed for enterprise security requirements. Security architecture details and questionnaire responses can be requested during evaluation.

Resource centre

Clear answers on BOMs, cryptography and regulation.

93 source-cited guides organised by bill of materials, fundamentals, tools, operations, comparisons, compliance and sector guidance. Browse all resources →

SBOM18 guides

SBOM resources

Everything a security, engineering or compliance team needs to run SBOMs as a governed inventory rather than a one-time export, from fundamentals and tooling to CERT-In requirements and procurement.

All SBOM guides →

CBOM18 guides

CBOM resources

How to find, record and govern the algorithms, keys, protocols and certificates your systems depend on, and use that inventory for policy, audit and post-quantum planning.

All CBOM guides →

QBOM18 guides

QBOM resources

Standards, timelines and practical steps for quantum readiness: how to inventory quantum-vulnerable cryptography, assess exposure and plan a migration you can evidence.

All QBOM guides →

AIBOM18 guides

AIBOM resources

How to document the models, datasets, frameworks and third-party AI services in your environment, and connect that record to regulation, procurement and risk.

All AIBOM guides →

HBOM18 guides

HBOM resources

Visibility below the operating system: processors, firmware, embedded modules and their lifecycle, how to inventory them, validate supplier HBOMs and act on advisories.

All HBOM guides →

PROGRAMME3 guides

Supply chain security & regulation

Cross-cutting guidance that spans every bill of materials: operating models, metrics and regulatory reporting.

Open the resource centre →

From the blog

All posts →

QBOM17 Sep 2026 · 10 min read

Ready to see your technology differently?

Discover what is inside your software, infrastructure, cryptography, AI and hardware, and continuously prove that you have it under control.

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Enterprise deployments · On-premise · Private cloud · Air-gapped environments