Description

A focused course, tailored for you

Product Security for SaaS Platform Engineering Teams

Name: Product Security for SaaS Platform Engineering Teams
Price: 199 USD
Availability: InStock

Build the threat model, the SSDLC gate, and the customer trust artefacts that hold up when an enterprise security team asks hard questions.

Every enterprise security questionnaire your sales team forwards carries the same subtext: prove that your product is trustworthy enough for our regulated data. The threat model, the SSDLC evidence, the pen test summary, the vulnerability disclosure policy, the incident response runbook. These are not one-time deliverables. They are a live portfolio that your product security function owns and updates continuously. When that portfolio is thin or stale, deals stall, audits escalate, and the product team gets pulled into firefighting instead of shipping.

$199 one-time

Tailored to your situation. Access within 24 hours. 30-day money-back.

Includes a hand-built implementation playbook delivered alongside course access, generated for your specific situation.

Why this course

SaaS platform companies selling into enterprise and regulated markets have a structural tension: the product ships fast, customers expect continuous delivery, but regulated buyers require security evidence that reads like it was produced by a mature information security programme. Product security teams at growth-stage and mid-scale SaaS companies frequently inherit a fragmented posture: a threat model written at Series B that no longer reflects the architecture, SSDLC gates that exist as policy but are not enforced at the sprint level, penetration test reports that are technically current but strategically incomplete, and a customer-facing security posture document that the sales team rewrites from memory before every major deal. The result is not a security failure. It is a documentation and process failure that looks like a security failure to an enterprise buyer. This course is the build path from that fragmented posture to a maintained, auditable, customer-ready product security programme.

What you walk away with

Produce a living threat model that the product engineering team can update each sprint without security team intervention.
Define and enforce SSDLC checkpoints that fit a continuous delivery pipeline without creating release bottlenecks.
Write a customer-facing security posture document that survives an enterprise security review without redrafting.
Build a vulnerability disclosure and patch communication process that satisfies both customer SLAs and internal engineering cadence.
Deliver an incident response runbook specific to a SaaS platform, covering customer notification, evidence preservation, and regulator contact protocols.
Produce the penetration testing brief and summary format that enterprise buyers accept as evidence of ongoing assurance.

The 12 modules

Module 1. Mapping the Enterprise Security Questionnaire Back to Your Architecture

Most enterprise security questionnaires follow a predictable structure: access control, encryption at rest and in transit, vulnerability management, incident response, penetration testing, third-party sub-processors. This module maps each question category to the specific architectural component or process in a SaaS platform that answers it, so your team builds artefacts that answer real questionnaires rather than generic frameworks. Output: a questionnaire-to-architecture map your sales engineer can use directly.

Module 2. Threat Modelling for a Multi-Tenant SaaS Platform

Threat modelling in a multi-tenant environment has three layers single-tenant models do not: tenant isolation boundaries, shared service blast radius, and misconfiguration propagation risk. This module works through STRIDE and PASTA at each layer, produces a threat model template calibrated to a SaaS architecture, and defines the update cadence that keeps the model current through architectural changes. Output: a living threat model document and the sprint-update checklist.

Module 3. SSDLC Gates That Survive a Sprint Schedule

SSDLC gates fail in practice when they are defined as policy but enforced as theatre: a checkbox no one reviews, a static analysis scan whose output nobody acts on. This module designs gates as concrete, automated, and asynchronous where possible. Specific focus on threat model review at design, SAST and SCA in the CI pipeline, and the manual review threshold that triggers a hold. Output: a gate definition document your engineering leads can sign off on.

Module 4. Vulnerability Management for a Continuous Delivery Product

A product shipping weekly cannot use a monthly vulnerability review cycle without accumulating a growing backlog of unpatched CVEs. This module builds a triage process that runs at the pace of the product: CVE feeds mapped to your dependency tree, a severity-to-sprint-slot formula that keeps P1s at 72-hour SLA, and a customer communication template for disclosed CVEs. Output: a vulnerability management runbook and the customer notification template.

Module 5. Penetration Testing: What to Scope, What to Do With the Report

Enterprise buyers read penetration test reports and executive summaries to assess two things: whether the scope was serious and whether the remediation was credible. This module defines a penetration test scope document that covers the attack surface enterprise buyers actually care about (API endpoints, authentication flows, tenant isolation), the criteria for acceptable findings versus deal-stopping findings, and the executive summary format that turns a technical report into a trust artefact. Output: penetration test scope template and executive summary format.

Module 6. The Customer-Facing Security Posture Document

A security posture document is not a marketing page and not an audit report. It is the structured answer to the question enterprise buyers ask before they send the formal questionnaire. This module writes that document from scratch: architecture overview, access control model, encryption posture, sub-processor list, certifications, and incident response commitment. Output: a complete security posture document template calibrated to your platform.

Module 7. SOC 2 Type II Readiness Without a Consultant Running the Process

SOC 2 Type II is the baseline certification most enterprise buyers require. The audit is straightforward if the evidence exists as a by-product of a functioning security programme. This module maps which artefacts from prior modules satisfy which Trust Services Criteria, what the observation period requires, and where gaps typically appear for product-led SaaS companies. Output: a SOC 2 readiness gap assessment against the artefacts you have already built.

Module 8. Incident Response for a SaaS Platform: Customer, Regulator, and Internal

A SaaS platform incident has three audiences on different timelines: customers expecting status updates within the hour, regulators expecting formal notification within 72 hours under GDPR or equivalent, and internal engineering trying to contain and root-cause under pressure. This module builds the runbook that serves all three: the severity classification matrix, the internal communication tree, the customer notification template at 1-hour and 24-hour marks, and the regulator notification letter format. Output: a complete incident response runbook with all templates.

Module 9. Third-Party and Sub-Processor Risk for a Platform That Integrates Broadly

Every sub-processor in your stack is a question on your enterprise customer's questionnaire and a potential liability in your data processing agreements. This module builds the sub-processor review process: assessing new integrations before they ship, maintaining the register, and communicating changes within DPA-required notice periods. Output: a sub-processor register template and the assessment checklist for evaluating new third-party integrations.

Module 10. Vulnerability Disclosure Policy and the Researcher Relationship

A public vulnerability disclosure policy is a signal to the security research community and a commitment to customers about how you handle reports. This module writes a policy with clear scope, response timelines, and safe harbour terms, and designs the internal process that makes those commitments real: the triage queue, researcher acknowledgement cadence, and coordinated disclosure timing. Output: a publication-ready disclosure policy and internal triage SOP.

Module 11. Communicating Security to a Sales Motion You Do Not Control

Product security teams frequently lose control of the security narrative the moment it enters a sales conversation. Sales engineers summarise the posture document inaccurately; account executives make commitments the security team cannot keep. This module builds the artefacts that fix this: a pre-approved questionnaire response library, an escalation protocol for non-standard questions, and the one-page security summary for early-stage enterprise discussions. Output: questionnaire response library and escalation SOP.

Module 12. Maintaining the Programme Through Headcount Constraints and Roadmap Pressure

Running product security with a small team means deciding deliberately what gets maintained, what gets automated, and what gets deferred without creating unacceptable risk. This module builds the programme maintenance calendar: quarterly threat model reviews, annual penetration test cycles, continuous CVE triage, monthly sub-processor checks, and the escalation criteria that signal when a deferred item has become a deal risk. Output: an annual programme calendar and a risk register format for product leadership.

How this addresses your situation

Specific modules that map to what you said you are dealing with.

Enterprise security review arriving before a major renewal: modules 5, 6, 11

New engineering team asking what the security gates actually are: modules 3, 4

SOC 2 Type II audit coming up and evidence collection has not started: modules 7, 9

Security incident in progress and the runbook does not cover the customer notification cadence: module 8

What you get with this course

12 written modules in the Art of Service learning environment, each covering a specific product security artefact or process
Downloadable templates for every output: threat model, SSDLC gate checklist, security posture document, incident response runbook, vulnerability disclosure policy, sub-processor register, questionnaire response library
The hand-built implementation playbook calibrated to your specific product architecture and customer mix, delivered alongside course access

What you will have in hand by Day 1, Week 1, Month 1

Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.

Before and after

Before

Security posture documentation exists in fragments: a threat model from a previous architectural review, SSDLC gates defined in policy but inconsistently enforced, a penetration test report that is technically current but not structured for customer consumption, and a security questionnaire response process that recreates work from scratch for every major deal.

After

A maintained product security programme with living artefacts: a threat model updated each sprint, SSDLC gates enforced automatically in the CI pipeline, a customer-facing security posture document that answers enterprise questionnaires without redrafting, and an incident response runbook with templates ready for the moment they are needed.

What happens if you do not address this

Enterprise deals that stall at security review do not recover cleanly. A buyer who receives a thin or inconsistent security posture document will ask follow-up questions that require weeks to answer, and the trust deficit from the initial response rarely closes fully before renewal. The cost is not a single failed deal. It is a ceiling on the size of customer your sales motion can close.

Who it is for

Product security engineers and managers at SaaS companies who own the customer-trust narrative. Typically responsible for threat modelling, SSDLC process, vulnerability management, customer security questionnaires, and incident response. Working at companies where the product team is larger than the security team and the enterprise sales motion is accelerating. The core tension is keeping security rigour at the pace of continuous delivery while producing the documentary evidence that regulated buyers require.

Who this is NOT for. Security operations centre analysts. Infrastructure security engineers whose work does not intersect the product build cycle. Compliance managers whose primary output is an audit report rather than a product trust artefact. Anyone looking for a general introduction to application security rather than a build-and-maintain programme for a specific product security function.

How it arrives

Text-based course in the Art of Service learning environment, plus downloadable templates and worked examples for every module, plus the hand-built implementation playbook delivered alongside course access.

Time investment. 12 modules at roughly 45 minutes each. Most learners complete the core artefact-building modules (1, 2, 3, 6, 8) in the first two weeks and use the remaining modules as reference during programme build-out.

Why $199 is the right number

Security consultancies charge $15,000 to $40,000 to produce the artefacts this course builds. The consultant's output typically sits in a shared drive and is not maintained after delivery. This course produces artefacts your team owns, understands, and can update as the product evolves. The implementation playbook is specific to your platform and customer mix.

FAQ

Is this course appropriate for a product security function that is one person or a very small team?

Yes. The course is specifically designed for product security at SaaS companies where the security team is smaller than the engineering team. Every artefact is designed to be maintainable by a small team and automated where possible.

Do I need a specific compliance certification already in place to benefit from this course?

No. The course builds from first principles and covers SOC 2 readiness as one module among twelve. If you already have SOC 2, the programme maintenance and customer-trust artefact modules are the primary value.

How specific is the implementation playbook to my situation?

The playbook is built by hand after you enroll, using the role, architecture context, and customer mix you provide. It is not a template with your name on it. It is a working document calibrated to your specific product security programme.

30-day money-back guarantee. If after a week of working through the materials this is not what you needed, reply to the receipt email and a full refund is processed. No questions, no forms.

Within 24 hours your account in the learning environment is provisioned and the tailored implementation playbook is delivered alongside it.