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Product and Application Security

Your product is your attack surface


For software companies the product is where risk concentrates. We assess SaaS products and business-critical in-house applications across the lifecycle: how they are designed, built, tested, and operated, and how attackers abuse them once they are live. The result is one prioritized view of product risk your engineering organization can act on directly.

Frameworks and standards in this practice

  • OWASP
  • CIS Controls

Who it is for

Three situations this practice answers

Software and SaaS companies

The product is the thing customers assess, and its security is now part of the sale.

Organizations running business-critical applications

An in-house system the business depends on has never been examined from the outside.

Companies whose customers require testing evidence

A security review or a certification asks for a penetration test report and a threat model.

What it solves

The problems clients bring to this practice

  • A customer security review asks for a penetration test report and a threat model that do not exist.
  • Scanners run in the pipeline and nobody triages what they produce.
  • Authorization is enforced in the interface rather than in the API behind it.
  • Credential stuffing and account takeover are treated as fraud rather than as security.
  • Availability commitments in customer contracts have never been tested against a denial of service attack.
  • Security findings arrive as a list engineering cannot act on.

What you receive

Named deliverables, not a summary of findings

Every engagement in this practice produces artifacts somebody outside your organization can read and rely on.

  • A product security assessment covering architecture, development practice, identity and authorization design, abuse and fraud risk, and resilience.
  • Threat models with trust boundaries and data flows, and a repeatable modeling practice your teams can run themselves.
  • A secure code review of authorization logic, authentication flows, cryptography, business logic, and untrusted input handling.
  • A tuned testing program across static, dynamic, interactive, and composition analysis, with triage workflow and remediation service levels.
  • An API inventory including undocumented endpoints, with authorization, rate limit, and data exposure findings.
  • A cloud configuration assessment against the CIS Benchmarks covering identity, network, workloads, infrastructure as code, secrets, and logging.
  • Penetration test reports scoped to your risk profile and to your certification evidence needs.
  • An abuse case catalog mapped to preventive and detective controls.

How an engagement works

The sequence, and what each step produces

Described as a sequence rather than a schedule. Duration depends on scope, and is agreed in the statement of work.

01

Map

Establish the attack surface: architecture, trust boundaries, data flows, APIs, and cloud footprint.

02

Test

Examine the running system and the code behind it, including the abuse that uses the product as designed.

03

Prioritize

Rank findings by exploitability and consequence, in the form your engineering backlog accepts.

04

Embed

Move the checks into the pipeline and the practice into the team, so the next release is assessed as it is built.

Services

19 services in this practice

Each has its own page setting out what it covers, who it is for, and what you receive.

Questions

Frequently asked questions

What is credential stuffing?

Credential stuffing is an automated attack in which criminals test large volumes of usernames and passwords stolen in other breaches against your login page, exploiting password reuse to take over accounts. Effective defense layers breached password screening, multifactor and risk-based authentication, bot detection, rate limiting, and monitoring for account takeover.

How is a product security assessment different from a penetration test?

A penetration test examines the running application for exploitable weaknesses at a point in time. A product security assessment also examines how the product is designed and built, including architecture, threat models, development practice, identity and authorization design, abuse and fraud risk, and resilience, so the causes of vulnerabilities are addressed rather than only their symptoms.

Do you assess applications that are not SaaS?

Yes. We assess in-house and customer-facing applications of every kind, including web and mobile applications, APIs, and internal business systems, wherever the organization depends on them.

Related

Practices most often engaged alongside

Certification Readiness

Reach a clean SOC 2, ISO 27001, PCI DSS, or HITRUST report without the audit becoming the project.

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AI Governance

Govern the AI you build, buy, and use, against ISO 42001, the NIST AI Risk Management Framework, and emerging state law.

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Cyber Risk and Maturity

Measure maturity against NIST CSF or CIS, quantify exposure in dollars, and know what to fix first.

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Start with a confidential conversation

Thirty minutes on where your program stands against this standard, and what would have to be true for the answer to hold up.