For application security program leads
who own AppSec as a discipline, not as a backlog

An application security programme platform built around the AppSec programme record

Application security program leads own the AppSec discipline across multiple applications, multiple engineering organisations, and multiple AppSec teams. The work spans the multi-year programme plan, the per-tier coverage model, the scanner stack standard, the OWASP ASVS verification level by application, the OWASP SAMM or BSIMM-style measurement cycle, the champions programme, the AppSec OKR, the capacity plan, the vendor management cycle for the AppSec tool stack, and the AppSec posture report into the CISO, the steering committee, and the audit committee. Most programmes carry this work in a portfolio spreadsheet, a coverage spreadsheet, a verification level spreadsheet, a SAMM or BSIMM tracker, a champions Confluence page, an OKR slide deck, and a vendor evaluation matrix, and pay the cost in reconciliation hours each cycle and in residual programme drift between cycles.

SecPortal gives application security program leads one workspace for engagement records per AppSec workstream, findings management with CVSS 3.1 scoring and owner-of-record across every source, code scanning via Semgrep against connected GitHub, GitLab, and Bitbucket repositories under OAuth, authenticated DAST with encrypted credential storage, external scanning across the verified perimeter, compliance tracking that covers OWASP ASVS, OWASP SAMM, NIST SSDF, ISO 27001 Annex A, SOC 2, and the other 21 supported frameworks in parallel, AI-assisted programme reporting, role-based access control with multi-factor authentication, document management for plans and OKRs and measurement evidence, and an append-only activity log that ties the trail together. The AppSec programme reads from one record rather than from a folder of spreadsheets and a deck of OKRs.

Capabilities AppSec program leads use cycle to cycle

How AppSec program leads run the discipline inside SecPortal

An AppSec programme that holds up under board review, regulatory scrutiny, and incident post-mortem operates on a small set of disciplines. The portfolio plan, the per-application coverage matrix, the verification level mapping, the measurement evidence, the OKR artefacts, the champions intake, the scanner stack standard, and the audit-evidence trail inherit each one rather than carving out a parallel operating model per artefact.

From portfolio plan to audit committee readout, on one engagement record

The AppSec programme loop is open the workstream, run the scanner coverage, land the findings, map the controls, record the exceptions, route the cross-team work, regenerate the leadership view, and read the recurring cadence. SecPortal runs a single workflow that the programme lead, the AppSec teams, the champions, the engineering owners, the steering committee, and the audit committee can all work against without re-keying state into another tool.

1. 1Open an engagement per AppSec workstream and per application that needs a structured baseline. Capture the workstream plan, the application owner, the asset tier, the in-scope repositories, the in-scope authenticated DAST targets, the verification level target, the agreed scanner stack, and the audit framework set on the engagement record. Attach the portfolio matrix, the capacity plan, the OKR target, and the champion roster as documents.
2. 2Run scanner coverage off the engagement record. Code scanning runs Semgrep-based SAST and dependency auditing across the connected GitHub, GitLab, or Bitbucket repositories. Authenticated DAST runs against pages behind the login screen with encrypted credentials. External scanning runs across the verified perimeter for the application. Every scan execution and finding lands on the engagement record for the application, so per-application coverage reads from the live record.
3. 3Land every finding on the engagement record for the application with auto-calculated CVSS 3.1 vector, severity, evidence, named owner, and remediation status. Manual third-party pentest findings, bug bounty submissions, threat model action items, and exception decisions consolidate on the same record. Findings deduplication, prioritisation, and the owner-of-record routing read from one queue.
4. 4Map findings, scanner output, and engagement records against OWASP ASVS verification levels, OWASP SAMM practices, NIST SSDF practices, ISO 27001 Annex A, SOC 2 Trust Services Criteria, PCI DSS requirements, and the other supported frameworks through compliance tracking. The ASVS verification level for the application, the SAMM practice score for the programme, and the SOC 2 CC7 evidence pack read from the same engagement record.
5. 5Capture risk acceptances, exceptions, and compensating-control decisions on the same record as the findings they cover, with linked finding, severity, compensating controls, residual likelihood, residual impact, business rationale, expiry, and review cadence. The exception register reads as a queue of dated decisions with named owners and explicit expiry rather than as a narrative document the audit committee cannot reconstruct decision chains from.
6. 6Route the work through role-based access control and multi-factor authentication. AppSec engineers see the engagements for the applications they cover, champions in product teams see the engagements for the applications they sponsor, engineering owners see the findings assigned to them, and the steering committee reads the programme posture across the portfolio without seeing the full operational backlog.
7. 7Regenerate the AppSec leadership view through AI-assisted reporting. Executive summaries, per-application status writeups, programme remediation roadmaps, OKR progress narratives, scanner coverage readouts, and compliance summaries draft from the live engagement data on demand. The programme lead edits drafts rather than writes the deck from a blank page each cycle.
8. 8Read the recurring programme cadence from the append-only activity log. Every finding update, scan run, document upload, retest run, exception decision, comment, credential rotation, and team change is recorded with the actor, the timestamp, and the action. CSV export keeps the programme trail reproducible at audit time.

Where the AppSec programme view connects to the rest of the workspace

Most AppSec programme functions adopt SecPortal in three phases: bring every AppSec workstream and every tier-one application onto an engagement record so the plan, the coverage matrix, the verification level, and the findings live on one record; layer in code scanning and authenticated DAST so per-application coverage runs off the live record rather than a coverage spreadsheet; and route the OKR and audit cadence through compliance tracking, role-based access control, and AI-assisted reporting so the CISO, the steering committee, the audit committee, and the engineering management readout all read from the same source the AppSec teams run on. The relevant capability, workflow, framework, and blog pages explain each phase in detail.

• The engagement record model that anchors every AppSec workstream is covered on the engagement management feature page, the per-application findings repository on the findings management feature page, and the plan, OKR, and measurement evidence attachment surface on the document management feature page.
• The Semgrep-based SAST and dependency auditing layer against connected repositories on the code scanning feature page, the authenticated DAST layer against pages behind the login screen on the authenticated scanning feature page, and the encrypted credential storage that authenticated DAST runs on through the encrypted credential storage feature page.
• The multi-framework control mapping a single engagement record rides on the compliance tracking feature page, the AI-assisted steering committee summary and programme report regeneration on the AI reports feature page, and the audit-grade record of every AppSec event on the activity log feature page.
• The descriptive AppSec maturity benchmark framework on the BSIMM framework page, the prescriptive AppSec maturity model on the OWASP SAMM framework page, and the verification standard that anchors per-application coverage levels on the OWASP ASVS framework page.
• The OWASP Top 10 reference layer on the OWASP framework page, the regulator-facing SSDF practice catalogue on the NIST SSDF implementation guide, and the per-tier application security testing checklist on the web application penetration testing checklist.
• The new-application onboarding workflow that seeds the per-application engagement record on the new application security onboarding use case, the per-pipeline scanning workflow on the DevSecOps scanning use case, and the authenticated DAST workflow on the web application testing use case.
• The cross-engagement remediation tracking workflow on the remediation tracking use case, the finding ownership routing workflow on the security finding ownership and routing use case, and the finding state lifecycle spine on the vulnerability finding state lifecycle use case.
• The exception register workflow that captures risk acceptances against findings on the vulnerability acceptance and exception management use case, the scanner-to-ticket handoff governance workflow on the scanner-to-ticket handoff governance use case, and the finding handoff to engineering on the SDLC vulnerability handoff use case.
• The champions programme operating model on the security champions program guide, the AppSec leadership KPI framework on the security programme KPIs and metrics framework, and the broader AppSec posture management explainer on the application security posture management explainer.
• The platform RFP artefact for AppSec tool stack evaluation on the vulnerability management platform RFP template, the scanner stack scorecard artefact on the vulnerability management programme scorecard, and the threat model artefact that seeds the per-application baseline on the threat model template.

Where the AppSec program lead role sits next to adjacent personas

Application security program leads run the discipline layer that sits between the executive sponsor (the CISO), the cross-team programme coordinator (the security program manager), the per-team practitioners (the AppSec team), the pipeline-side delivery function (the DevSecOps team), the cross-cutting product security organisation (the product security team), and the design-time control layer (the security architect). The AppSec program lead owns the AppSec discipline as a whole rather than any one of those operational shapes.

If your function is the practitioner-side AppSec team that owns authenticated DAST, SAST, SCA, pentest triage, and per-finding remediation on the engagement record the programme lead opens, the SecPortal for application security teams page covers the day-to-day operator workflow underneath the AppSec discipline layer.

If your function is the pipeline security and CI-side delivery layer that operationalises SAST, SCA, secrets scanning, and authenticated DAST in the developer flow, the SecPortal for DevSecOps teams page covers the pipeline-side operating model that pairs to the AppSec discipline layer.

If your function is the parallel leadership track that owns the developer security platform strategy (scanner stack standard, OAuth connector model, scheduled scans, encrypted credentials, gating model, OKRs and KPIs) rather than the AppSec discipline itself, the leadership-tier sister page SecPortal for DevSecOps platform leads covers the leadership reporting workflow on the developer security platform side that pairs to the AppSec discipline reporting workflow.

If your function is a cross-cutting product security organisation that sits between engineering, AppSec, vulnerability management, and incident response with PSIRT-style intake on top, the SecPortal for product security teams page covers the security review intake, security champion portal, and PSIRT lifecycle that sit alongside the AppSec programme.

If your function is the cross-team programme coordination layer above multiple security disciplines rather than the AppSec discipline specifically, the SecPortal for security program managers page covers the cross-discipline programme management view that the AppSec programme reads into.

If your function is programme-level executive sponsorship and board-level reporting rather than the AppSec discipline specifically, the SecPortal for CISOs and security leaders page covers the leadership-tier reporting workflow that sits above the AppSec programme view.

If your function is the design-time and architecture-review side of AppSec rather than the programme-coordination layer, the SecPortal for security architects page covers the threat modelling, design review, and control-to-architecture mapping workflow.

If your evaluation is between an Application Security Posture Management (ASPM) aggregation layer above an existing AppSec scanner stack and a delivery workspace that scans, records findings, generates reports, and ships through a branded portal on its own, the SecPortal vs ArmorCode comparison walks through the difference between an aggregation layer and a delivery workspace, with a side-by-side on scanning coverage, finding ownership, deliverables, and the buyer assumptions each shape is built for.

SecPortal is built for AppSec program leads who want one workspace for the plan-cover-track-map-measure-report loop: engagement records per AppSec workstream, code scanning across connected repositories, authenticated DAST against pages behind the login screen, findings management with owner-of-record across every source, multi-framework compliance tracking that covers OWASP ASVS and OWASP SAMM in parallel with NIST SSDF, ISO 27001 Annex A, and SOC 2, AI-assisted programme reporting, role-based access control with multi-factor authentication, and an append-only activity log on top. AppSec teams get one operational record per application, champions get scoped access to the applications they cover, engineering management gets a leadership view anchored to operational reality, and the AppSec program lead gets back the hours that used to disappear into reconciliation between portfolio spreadsheets, coverage spreadsheets, and OKR decks.