Description

A focused course, tailored for you

Product Security Reviews That Ship on Time

Name: Product Security Reviews That Ship on Time
Price: 199 USD
Availability: InStock

How to run security gate reviews without becoming the team that blocks engineering velocity.

Every sprint where a security review catches a design problem at the code-complete stage costs your team credibility and costs engineering a delay. The root cause is almost never the reviewer. It is the absence of a structured earlier touchpoint where security concerns can be resolved cheaply.

$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

Product security teams at enterprise SaaS companies occupy an uncomfortable position. Engineering needs to ship. Security needs to hold the line. Every time a late-stage finding delays a release, the story that spreads internally is that security slows the business down. The antidote is not faster reviews at the end of the cycle. It is structured security involvement earlier, during architecture and design, when the cost of changing a decision is nearly zero. Building that process requires buy-in from product and engineering, a threat model methodology that fits their sprint cadence, and review artefacts that are light enough that teams complete them without hand-holding.

What you walk away with

Design and implement a lightweight threat model process that engineering teams adopt without friction.
Build a tiered security review framework that matches review depth to feature risk level, reducing bottlenecks on low-risk releases.
Create design review templates that surface security requirements during architecture, not code review.
Establish a security findings triage process that translates directly into sprint backlog items engineering can act on.
Develop the internal metrics to demonstrate that earlier security involvement reduces total remediation time and release delays.
Build the working relationship with product and engineering leadership that makes security a planning input rather than a release gate.

The 12 modules

Module 1. Mapping the Review Bottleneck

Before redesigning the process, you need to understand where time is actually lost. This module walks through how to audit your current review queue: which categories of features generate the most late-stage findings, which engineering teams generate repeat patterns, and which security concerns could have been caught at a design review. The output is a bottleneck map that tells you exactly where earlier intervention would have the highest impact on release velocity and security outcome.

Module 2. Threat Modeling for SaaS Feature Development

Traditional threat modeling methodologies were designed for discrete systems, not continuous feature development in a multi-tenant SaaS environment. This module adapts STRIDE and the OWASP Threat Modeling Manifesto into a format that works within a two-week sprint: a structured 90-minute architecture review, a data flow template specific to SaaS feature patterns (new API surfaces, tenant data access, third-party integrations), and a risk classification output that engineers can carry into development.

Module 3. The Security Design Review Template

The reason design review templates fail is that they ask engineers questions security understands but engineering does not know how to answer without a security background. This module builds a template structured around engineering decision points: what data does this feature access, what new authentication flows does it introduce, what trust boundaries does it cross. The questions map to OWASP Top 10 and CWE Top 25 without naming them, so engineers complete the form without needing a security dictionary.

Module 4. Tiered Review Depth by Feature Risk

Not every feature warrants the same review effort. This module defines a three-tier classification system: cosmetic and low-data-access changes that skip review entirely, standard features that go through the self-service design template, and high-risk features requiring a synchronous architecture review. The tier definitions become the policy that engineering teams self-apply at the feature specification stage, before a ticket moves to in-progress.

Module 5. Embedding Security in Sprint Planning

Security involvement at the design stage needs a trigger inside the sprint planning workflow, not a separate gate engineers remember to invoke. This module covers how to add a security classification field to feature tickets, how to configure tools like JIRA to surface required review artefacts before in-progress, and how to establish a standing security review slot that engineering teams schedule into rather than around.

Module 6. FedRAMP and SOC 2 Continuous Monitoring at the Feature Level

New product features can introduce compliance gaps that surface in audits months later. This module covers how to build a feature-level control mapping process: which SOC 2 Trust Service Criteria and FedRAMP control families apply to a given feature, how to document that new features maintain compliance posture, and the artefacts an auditor expects when a feature change touched a controlled data category.

Module 7. Translating Security Findings into Sprint Backlog Items

A security finding visible only inside your team's queue is not actionable by engineering. This module covers the handoff process: writing findings as engineering tasks with clear acceptance criteria, classifying severity in P1/P2/P3 terms engineering already uses rather than CVSS scores they do not, and tracking remediation without becoming a follow-up burden on engineering leads.

Module 8. Bug Bounty Triage and Product Integration

Bug bounty reports reveal what external attackers find worth targeting in your actual attack surface, which is often different from what internal threat modeling surfaces. This module covers structured triage for incoming reports, using patterns across submissions to identify systemic design gaps, and closing the loop back to the threat model template so the same vulnerability class stops recurring in future submissions.

Module 9. Customer Security Questionnaire Coverage by Design

Enterprise customers probe the same design-level controls in every SaaS evaluation: tenant data isolation, least-privilege access, encryption key management. This module covers building a product security posture document that pre-answers the 40 most common questionnaire items, keeping it updated as features ship, and using it to reduce the per-deal security review burden without sacrificing accuracy.

Module 10. Security Metrics That Engineering Leadership Reads

Mean time to review, findings per sprint, late-stage findings as a percentage of total: these numbers tell a story engineering VPs understand without a security background. This module covers which metrics to track, how to instrument your review queue to produce them without manual overhead, and how to present trend data in quarterly business reviews so your team reads as a velocity enabler.

Module 11. Building the Relationship with Product and Engineering Leadership

Product security teams with sustained influence have product and engineering leads who voluntarily pull them into planning early. This module covers the standing agenda items that make your sprint planning presence valuable rather than bureaucratic, how to give engineering leads credit for security outcomes in your metrics, and how to position findings as product quality issues rather than compliance checkboxes.

Module 12. Implementing the Full Process in Your Environment

A structured rollout sequence for the full earlier-touchpoint model: the change management conversation with engineering leadership, the staged expansion (start with one high-risk feature team, measure, then expand), the template and tooling configuration steps, and the 90-day checkpoint where you assess adoption and adjust. The hand-built implementation playbook maps this sequence to your team's current tools and sprint cadence.

How this addresses your situation

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

Modules 1-2 address the diagnostic and foundational methodology: where you are losing time now, and the threat modeling format that fits your sprint cycle.

Modules 3-5 cover the artefacts and workflow integrations that move security earlier: the design template, the tier classification, and the sprint planning embedding.

Modules 6-9 address the external compliance and customer-facing dimensions: FedRAMP and SOC 2 at the feature level, bug bounty integration, and pre-answered security questionnaires.

Modules 10-12 cover sustainability: the metrics that prove value, the leadership relationships that protect the program, and the implementation sequence for your specific environment.

What you get with this course

12 written modules covering the full earlier-touchpoint product security model, from threat model methodology to implementation rollout.
Downloadable design review template, feature risk tier classification framework, and findings-to-backlog handoff template.
FedRAMP and SOC 2 control mapping worksheet for new SaaS features.
Customer security questionnaire coverage document template.
Security metrics dashboard template with the formulas for mean-time-to-review and late-stage findings rate.
Hand-built implementation playbook tailored to your role and environment, 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 review requests arrive at code-complete. Your team catches real problems but the timing means a sprint slip. Engineering leads are polite about it but the informal story is that security is a bottleneck. You spend the majority of your review time on issues that could have been caught at architecture.

After

High-risk features arrive at your design review slot with a completed threat model template. Low-risk features self-classify and skip the queue. Late-stage findings drop because the design conversation happened three weeks earlier. Engineering leads start pulling your team into planning because early involvement is now faster than a late-stage review cycle.

What happens if you do not address this

The late-stage review pattern compounds over time. Each sprint slip adds to the informal reputation that security is a constraint on delivery. Engineering teams start routing around the review process on features they privately classify as low-risk. When a bypassed review results in a customer-facing incident or an audit finding, the question is always why the security review did not catch it earlier.

Who it is for

This course is for a product security engineer or manager at an enterprise SaaS company who owns the security review process for product features and is looking to move that process earlier in the SDLC. You are comfortable with the technical side of security but spending more time than you should in late-stage review queues that could have been cleared at the design stage.

Who this is NOT for. This is not for application security engineers focused purely on penetration testing or red-team exercises. It is not for compliance managers who own certifications but are not involved in product development. It is not for teams that already have a mature threat modeling practice embedded in engineering.

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. Each module is designed for a 30-45 minute focused reading session. The full course takes approximately 8-10 hours across two to three weeks alongside a standard work schedule. The implementation templates are designed to be adapted and used immediately, not read and filed.

Why $199 is the right number

Security training courses aimed at software engineers teach developers to write more secure code. That is a different problem. Consulting engagements that review your SDLC process take months and produce a report. This course produces working artefacts your team implements in the next sprint planning cycle. Internal process documentation from peer companies is rarely available and rarely reflects your specific product architecture and compliance obligations.

FAQ

We already have a threat modeling process. Is this course still relevant?

The course is most useful if your existing threat modeling happens primarily at code-complete or just before. If threat modeling is already embedded at the architecture stage for all feature categories and your late-stage finding rate is below 10 percent of total findings, the early modules may be review. The later modules on FedRAMP feature-level compliance, bug bounty integration, and customer questionnaire coverage are typically useful regardless of SDLC maturity.

How does the hand-built implementation playbook work?

After you enroll, you receive a short questionnaire about your current review process, your primary engineering tools, and your compliance obligations. The implementation playbook is built from those answers and delivered within 24 hours alongside course access. It maps the course methodology to your specific environment rather than a generic SaaS company.

Is there a money-back guarantee?

Yes. If you complete the course and the implementation playbook does not produce a usable artefact for your environment, reply within 30 days for a full refund.

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.