APPLICATION SECURITY & THREAT
Build Security Into the Application, Then Test It
Application risk develops through decisions made during design, development, integration and release. Testing can identify vulnerabilities, but it cannot correct unclear ownership, weak requirements or unsafe delivery practices on its own.
Digisecuritas helps product, engineering and security teams understand credible threats, introduce controls at the right stages and verify whether those controls hold under realistic conditions.
Independent review across design, code, dependencies, delivery and production.
Secure Delivery and Threat Path
Web applications
Customer portals, internal systems and browser-based services.
APIs and integrations
Public, private, partner and machine-to-machine interfaces.
Mobile applications
Native, hybrid and supporting backend services.
Cloud-native services
Containers, serverless functions, microservices and managed platforms.
Desktop and specialist software
Locally executed applications and business-specific clients.
A secure release begins with the decisions made before the first security test.
Applications inherit risk from architecture, business logic, identity design, third-party components, cloud configuration and the delivery systems used to build them. A scanner can identify some weaknesses, but it cannot decide whether a workflow gives the wrong person too much authority or whether a business rule can be abused.
Digisecuritas combines threat analysis, technical verification and programme review to understand how an application could fail and where the development process should prevent that failure from recurring.
Design weakness
The application's trust boundaries and high-risk actions were never examined.
Implementation weakness
Code handles input, authentication, access or sensitive data unsafely.
Dependency weakness
Libraries, services or build components introduce untracked exposure.
Operational weakness
Logging, secrets, configuration or response processes fail after release.
THE SECURE DELIVERY PATH
Every release stage should answer a different security question
NIST's Secure Software Development Framework provides high-level practices that can be integrated into different software development lifecycle models. It should be used as a structure for improvement, not as a claim that one delivery model fits every engineering team. NIST SP 800-218
Threat modelling turns architecture into security decisions
The output should identify credible attack paths, affected business outcomes, required controls and the team responsible for resolving each design decision. Do not present threat modelling as a checklist of attack names.
Application security services aligned to how software is built
Application security assessment
Review application architecture, security controls, development practices, supporting infrastructure and production dependencies to establish a current-state risk view.
Typical outputs
— Application risk summary
— Control-gap register
— Prioritised remediation roadmap
Application threat modelling
Identify assets, actors, trust boundaries, abuse cases and credible attack paths before high-risk decisions become expensive to change.
Typical outputs
— Threat model
— Abuse-case register
— Security control requirements
Secure SDLC assessment
Assess how security is governed across requirements, design, development, testing, release and production maintenance.
Typical outputs
— Secure SDLC maturity view
— Process-gap findings
— Improvement roadmap
Architecture security review
Examine how application components, identities, data stores, APIs, cloud services and trust boundaries interact.
Typical outputs
— Architecture risk view
— Trust-boundary findings
— Design recommendations
Source code security review
Conduct targeted manual and tool-supported review of high-risk code paths, security controls and implementation patterns.
Typical outputs
— Evidence-backed code findings
— Root-cause observations
— Remediation guidance
Web and API security testing
Test authentication, authorisation, input handling, business logic, data exposure, session controls and abuse resistance within the agreed scope.
Typical outputs
— Verified findings
— Reproduction guidance
— Retest results where included
Mobile application security assessment
Assess the mobile client and relevant backend services, including credential use, local storage, communication, platform controls and API interaction.
Typical outputs
— Mobile security findings
— Backend dependency observations
— Remediation priorities
Where relevant, use the OWASP Mobile Application Security Verification Standard to structure mobile testing coverage.
Explore this service →CI/CD and software supply chain review
Review source control, build permissions, pipeline secrets, dependency management, artifact integrity, release controls and production deployment paths.
Typical outputs
— Pipeline threat model
— Supply-chain findings
— Delivery-control roadmap
A finding matters when it creates a path to business impact
The assessment should explain the full path where evidence supports it. Avoid assigning urgency based only on a scanner label.
Entry point
Public interface, user workflow, API, file upload or integration.
Trust assumption
The application accepts an identity, input, state or upstream response.
Control weakness
A required validation, authorisation or integrity check is absent or ineffective.
Application action
The application processes the request with more trust than it should.
Privilege or movement
The user reaches another account, function, service or administrative path.
Sensitive asset
Data, transactions, configuration, code or business operations are exposed.
Business consequence
Fraud, unauthorised access, disruption, data exposure or loss of integrity occurs.
Different testing methods answer different questions
A useful testing strategy selects methods according to the application's risk, architecture, release frequency and available evidence. More tools do not automatically produce better assurance.
Use standards to define coverage, not to replace judgement
The selected standards and verification depth must reflect the application's purpose, exposure, data sensitivity and consequence of compromise.
OWASP ASVS
Use the Application Security Verification Standard to define and communicate web application security requirements and testing coverage where appropriate.
OWASP describes ASVS as a basis for testing application technical security controls and a requirements source for secure development. OWASP ASVS
OWASP Top 10
Use the OWASP Top 10 as an awareness and risk-communication reference. Do not treat ten categories as a complete application security test plan.
The current released edition is the OWASP Top 10:2025. OWASP Top 10:2025
NIST SSDF
Use the Secure Software Development Framework to structure development practices, responsibilities and improvement activities across the software lifecycle.
NIST SP 800-218 provides high-level practices that can be integrated into different SDLC models. NIST SP 800-218
A security gate should support a decision, not create paperwork
The decision must name the risk owner, required conditions, expiry date and evidence needed to close any exception. Do not display a fictional release score.
Application security needs clear ownership inside delivery teams
Security teams should provide standards, assurance and specialist judgment. Engineering teams remain responsible for the security of the software they build and maintain.
Product and business owners
Architecture and engineering
Application security
Platform and operations
HOW WE WORK
Follow the application from business purpose to production evidence
STEP 01
Establish scope
Define the application, interfaces, environments, users, sensitive assets, integrations and testing restrictions.
STEP 02
Understand the design
Review architecture, data flows, trust boundaries, identity, high-risk actions and external dependencies.
STEP 03
Model credible threats
Identify abuse paths that could affect confidentiality, integrity, availability, customers or business operations.
STEP 04
Verify controls
Select appropriate manual and tool-supported testing methods according to risk and scope.
STEP 05
Validate findings
Confirm exploitability, affected components, business consequence and available compensating controls.
STEP 06
Prioritise improvement
Deliver immediate remediation actions and longer-term changes to design, engineering and delivery practices.
Safety statement: Testing must follow written rules of engagement. Destructive testing, denial-of-service activity and access to real customer data require separate explicit authorisation.
A useful finding explains more than the vulnerable endpoint
Group repeated findings by root cause where appropriate. Avoid producing dozens of duplicate tickets when one engineering change can address the underlying pattern.
What your organisation receives
When organisations bring Digisecuritas in
SCENARIO 01
Before a high-risk launch
A new customer platform, API, mobile application or critical workflow needs independent threat analysis and security verification before release.
SCENARIO 02
When security testing happens too late
Findings repeatedly appear near release because security requirements and design reviews are missing earlier in delivery.
SCENARIO 03
After development has scaled
More teams, repositories, cloud services and dependencies have made security coverage inconsistent and difficult to govern.
SCENARIO 04
Following an application-led incident
The organisation needs to understand the technical weakness, attack path and development-process failure that allowed the event.
Independent application assurance beyond scanner output
Threat before test volume
Testing is shaped around the application's architecture, sensitive actions and credible abuse paths.
Design and runtime evidence
The assessment connects requirements, code, dependencies, configuration and production behaviour.
Business-logic attention
Manual analysis examines whether valid features can be combined or misused in unintended ways.
Remediation that improves delivery
Findings include root causes and process changes where the weakness could otherwise return.
Related solutions
Offensive Security
Validate broader attack paths through penetration testing and adversarial exercises.
Learn more →Cloud Security
Assess the cloud services and configurations supporting the application.
Learn more →Identity & Access Security
Strengthen authentication, authorisation and privileged access.
Learn more →Data Protection & Privacy
Protect sensitive information processed by applications and APIs.
Learn more →AI Security
Assess applications that use models, agents, prompts and AI data flows.
Learn more →Application security questions, answered clearly
START WITH THE APPLICATION THAT MATTERS MOST
Find the threats that routine testing may miss
Tell us what the application does, where it is exposed and what a security failure could affect. We will help define the right review and testing scope.
Independent assessment • Evidence-led testing • Practical remediation