At 9:30 a.m. on a trading day, a vulnerability alert lands in the inbox of a CISO at a large brokerage firm. The CVE flags a widely used open-source library buried deep inside a trading platform built from hundreds of vendor-supplied components.
One question surface immediately, with no room for delay. Are we exposed?
Without an SBOM platform, the answer takes days. Teams scramble, vendors respond slowly, and confidence erodes by the hour. With an SBOM platform, the answer takes minutes. Qvoyant exists to close that gap, turning a manual scramble into an automated, minutes-long lookup.
The Software Bill of Materials, or SBOM, has moved well beyond engineering hygiene. It is now a matter of executive accountability. For banks, insurers, healthcare providers, government contractors and any organisation that builds or runs software, SBOMs sit at the intersection of security, compliance and trust, across every major regulatory regime, from India’s financial sector to the US federal government and the EU.
What is an SBOM?
Let’s understand SBOM in a software cycle.
Step 1: Coding
Every application starts as code written by developers, using languages like JavaScript, Python or Go. Most of this code is not written from scratch. Developers reuse existing building blocks such as open-source libraries and modules created by others. This saves time, but it also brings hidden risk.
Step 2: CI/CD pipeline and artefact
Once developers finish their work, the code moves through an automated pipeline. If everything works, the pipeline produces a final output called an artefact – a container image, a software package, or a compressed file. This is what gets deployed, shared with customers, or installed on servers.
Step 3: The SBOM
At this stage, everything that went into the software is known. Qvoyant generates the SBOM directly from the pipeline at this point and links it to the artefact, listing every library used, every dependency pulled in indirectly, and the version of each component.
For organisations, SBOMs are no longer informal artefacts. They are shaped by clear regulatory expectations, and those expectations differ by region.
Why SBOMs matter?
The primary driver is the rapid escalation of software supply chain attacks. Since 2021, these attacks have increased by over 580 percent, and regulated sectors remain attractive targets.
Modern applications now depend heavily on external code. In many enterprises, 70 to 80 percent of the codebase comes from third-party libraries. That reality creates several risks SBOMs are uniquely positioned to address.
Managing hidden risks
Most serious vulnerabilities do not live in first-party code. They hide in transitive dependencies, several layers deep. Incidents like Log4j exposed how blind organisations can be without clear dependency visibility. Qvoyant maps these dependency chains automatically, so blind spots surface before an incident, not after.
Accelerated incident response
When a new CVE is announced, speed matters. An SBOM platform allows security teams to instantly identify affected systems, versions and vendors. Qvoyant cross-references new CVE feeds against every SBOM on file in near real time, replacing weeks of manual code review with a targeted, confident answer.
Regulatory compliance, region by region
SBOM expectations are converging globally, but the specific triggers differ by market.
- India: RBI and SEBI regulated entities treat SBOMs as standard audit artefacts. Non-compliance can trigger penalties of up to ₹1 crore, along with business restrictions and supervisory scrutiny.
- United States: Executive Order 14028 first pushed federal SBOM adoption in 2021. Attestation requirements have since been loosened: OMB Memorandum M-26-05, issued in January 2026, moved agencies toward a risk-based approach and no longer mandates a single standardised attestation form. Agencies can still require SBOMs contractually, and a separate July 2026 executive order introduced a merged hardware-and-software Bill of Materials requirement for defense supply chains. The direction of travel is toward SBOMs as a procurement expectation, even where the form varies by agency.
- European Union: The Cyber Resilience Act extends SBOM-adjacent obligations to any manufacturer placing digital products on the EU market, with phased enforcement through 2027.
The common thread across all three: SBOMs shift the conversation from justification to evidence, wherever the regulator sits.
Who must adopt SBOMs?
Guidance from financial and cybersecurity regulators identifies three groups that must take ownership of SBOM adoption.
Software consumers
Government departments and essential service providers, including banks and power sector organisations, must demand SBOMs as part of procurement. Trust can no longer be implicit. It must be documented.
Software developers and vendors
Organisations building custom or commercial software must generate and deliver accurate SBOMs alongside their products. This is becoming a baseline expectation, not a premium feature.
Regulated entities
Banks, NBFCs, healthcare providers and SEBI-registered intermediaries remain accountable for the security of their entire supply chain, extending beyond internal code to every external dependency they rely on.
Where are SBOMs implemented?
SBOM management spans the entire software development lifecycle and the wider business ecosystem.
- In development: SBOM generation is automated within CI/CD pipelines. Qvoyant hooks directly into the build process so each release or patch updates the SBOM automatically, keeping it a living artefact rather than a static document.
- In procurement: SBOM requirements are increasingly written into vendor contracts as non-negotiable deliverables, alongside SLAs and security clauses.
- In operations: Security teams integrate SBOM inventories into vulnerability management platforms and SOC workflows. Qvoyant’s enrichment layer feeds directly into this workflow, allowing faster triage and remediation as new threats emerge.
When should SBOMs be implemented?
RBI-regulated entities are expected to maintain SBOMs for critical applications and enforce SBOM obligations in all new vendor contracts. SEBI-regulated entities moved into full compliance after the August 2025 CSCRF deadline, making SBOMs an established audit expectation.
In the US, the emphasis has shifted from a fixed attestation deadline to continuous, contract-by-contract expectations set by individual agencies. In the EU, Cyber Resilience Act obligations phase in through 2027.
Across all these timelines, SBOMs need to operate continuously – embedded from design and development, demanded during procurement, regenerated with every build or patch, and monitored at runtime. This continuous approach is what detects drift, emerging vulnerabilities and new supply chain exposures in near real time, and it’s the specific gap Qvoyant’s continuous generation model is built to close, rather than a one-time scan.
How do businesses comply and implement SBOMs?
Industry guidance points to a phased maturity model supported by automation and tooling.
1. Start phase
Identify critical assets such as payment gateways and trading platforms. Decide on standard formats like SPDX or CycloneDX. Qvoyant generates both natively, so this choice does not lock you into one downstream tool. Begin acquiring SBOMs from all strategic vendors.
2. Progress phase
Assign unique identifiers such as Package URLs to components and resolve version ambiguity. Qvoyant automates this normalisation step, which is typically where manual SBOM programmes stall.
3. Advance phase
Enable runtime monitoring to detect drift between build and deployment. Qvoyant’s continuous monitoring flags this drift automatically and ingests vulnerability feeds and security advisories without manual pulls.
4. Risk mitigation
Use VEX and CSAF documents to distinguish exploitable vulnerabilities from non-issues, so remediation effort goes where it matters instead of chasing noise. Qvoyant’s risk scoring layer applies this triage automatically across every component on file.
Conclusion
SBOMs change how organisations trust software. They replace assumptions with evidence. For banks, insurers, healthcare providers and software firms operating under Indian, US or EU regulatory regimes, SBOMs now define readiness, resilience and regulatory standing.
Qvoyant is built to generate, validate, enrich and govern SBOMs at scale, so regulatory evidence is a by-product of how software already gets built, not a separate project. See how it maps your software supply chain. Request a demo.
FAQs
How do SBOMs differ from traditional asset inventories?
Traditional inventories track applications and systems. SBOMs go deeper by mapping every software component and dependency within those applications.
Are SBOMs required for legacy applications?
Regulators expect coverage for critical applications, including legacy systems, especially where third-party components are involved.
Can SBOMs be shared securely with regulators and partners?
Yes. Machine-readable formats support controlled sharing while protecting sensitive intellectual property.
Does Qvoyant support both SPDX and CycloneDX?
Yes. Qvoyant generates and validates SBOMs in both formats natively, so the choice of standard does not restrict which downstream tools or regulators you can work with.