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“Enterprise Application Security — DZone Trend Report” is DZone’s report Enterprise Application Security: Building Secure and Resilient Applications, published December 15, 2022. It examines how teams can build security into application design, development, testing, and response—not leave it until release. It remains useful as a foundation, but it is not DZone’s latest security report or a current 2026 snapshot.
What is the DZone Enterprise Application Security Trend Report?
DZone’s Enterprise Application Security: Building Secure and Resilient Applications is a Trend Report for developers, architects, application-security teams, DevSecOps practitioners, and engineering leaders. DZone says it combines original research with expert contributions and practical guidance. The report page offers a download call to action.
Its premise is that application security is a lifecycle and organizational responsibility. Breaches, ransomware, vulnerable dependencies, and increasingly capable attackers cannot be addressed by a final security scan alone. Architecture, identity, source code, build systems, deployment, runtime operations, and incident response all affect risk.
The Tool Desk
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- Accountability: Who owns application security, how developers view their organization’s security posture, and how security decisions and resources are shaped.
- Secure-by-design architecture: Patterns and decisions that shape trust boundaries, identity flows, data exposure, service access, failure containment, encryption, and monitoring. A pattern is not secure by name alone; implementation and operations matter.
- Software supply-chain security: Dependencies, package repositories, build systems, CI/CD pipelines, container images, developer credentials, artifact integrity, and vulnerability response. Dependency inventories and software bills of materials (SBOMs) help establish what is present, but do not themselves patch or mitigate it.
- Zero trust: Principles such as verifying explicitly, least privilege, assuming breach, and evaluating identities and context continuously. Zero trust is not a single product, and network segmentation alone does not establish it.
- Mobile application security: Risks such as insecure local storage, weak token handling or certificate validation, reverse engineering, tampering, excessive permissions, vulnerable dependencies, compromised devices, and insecure APIs. Client-side controls do not replace secure server-side authorization and API design.
- DevSecOps and secure coding: Integrating security into planning, design, coding, builds, testing, deployment, and operations, including secure defaults, secrets handling, input validation, output encoding, and careful logging.
- Vulnerability management and response: The use of CVE remediation targets, penetration testing, security testing, and post-breach response, alongside questions about how teams handle legacy code and new development.
What research questions does it investigate?
The report’s prospectus lists questions about security ownership, developer attitudes, public breaches in the prior 12 months, OWASP Top 10 use, penetration-testing frequency, source-code practices, CVE remediation SLAs and turnaround times, security-first architecture, secure coding, legacy-code work, DevSecOps, testing tools, and continuous compliance automation. The prospectus describes intended research areas; it should not be mistaken for evidence that every listed topic became a quantified finding in the final report.
#1 Best Overall
DZone’s report page describes original research, but readers should distinguish survey results from expert commentary and recommendations. Do not infer percentages or universal industry norms from a topic list. A Zimperium-hosted version of the report is also available; its distribution context is relevant when weighing vendor examples. The report is useful educational material, not an independent comparative test of security products.
How to translate the themes into an application-security workflow
- Assign ownership. Define responsibilities across development, security, platform, operations, procurement, and leadership. Name owners for findings, exceptions, and risk acceptance.
- Map the application and its supply chain. Inventory services, APIs, data stores, identities, dependencies, build systems, and deployment environments. Mark internet-facing and privileged components.
- Threat-model consequential changes. Identify trust boundaries, sensitive data flows, and abuse cases. Record mitigations as work with owners rather than leaving them in meeting notes.
- Set secure coding expectations. Cover authentication and authorization, validation and encoding, secrets, error handling, dependency hygiene, secure defaults, and logs that do not expose sensitive data.
- Automate early checks. Add secret scanning, static analysis, software-composition analysis, infrastructure-as-code checks, and container or artifact scanning where they fit the stack.
- Validate running systems. Use dynamic or instrumented testing, API tests, configuration checks, and manual penetration testing for higher-risk applications. No single test method covers every flaw.
- Prioritize findings by risk. Consider exploitability, exposure, required privileges, data sensitivity, business impact, available fixes, and evidence of active exploitation—not severity labels alone.
- Set remediation targets and exceptions. Distinguish urgent, exposed vulnerabilities from lower-risk findings. Document compensating controls, approvers, and expiration dates; measure actual fix times as well as policy targets.
- Protect builds and artifacts. Maintain dependency records, review transitive packages, restrict build credentials, validate artifact provenance, and monitor for newly disclosed vulnerabilities.
- Prepare for incidents. Define escalation, evidence preservation, credential revocation, and communications. Use post-incident reviews to create specific engineering changes.
SAST, DAST, IAST, RASP, and penetration testing
The report’s prospectus names several testing approaches. They answer different questions and are complementary rather than interchangeable.
| Approach | What it does | Limit to account for |
|---|---|---|
| SAST | Analyzes source code, bytecode, or binaries for code-level weaknesses, often before deployment. | Can produce false positives and miss runtime behavior or business-logic problems. |
| DAST | Tests a running application from an external perspective, probing reachable behavior. | Has limited visibility into internal code paths and may miss functionality not exercised by tests. |
| IAST | Observes application behavior while tests run, typically using instrumentation. | Depends on suitable instrumentation and test coverage; untested paths remain unobserved. |
| RASP | Monitors or blocks certain attacks while an application is running. | Can add operational complexity and does not replace fixing vulnerable code or design. |
| Penetration testing | Uses human-led adversarial assessment to find exploitable weaknesses and chains of issues. | Periodic testing cannot cover every change, production condition, or attack path. |
Choose methods based on the risk and lifecycle stage. A SAST alert is not proof of exploitability; a clean scan is not proof of safety. Business-logic flaws, cloud misconfiguration, authorization design errors, and multi-service attack paths may require different analysis.
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What remains useful in 2026—and what needs updating
The durable value is its lifecycle view: clear ownership, threat modeling, secure coding, dependency governance, sensible automation, risk-based remediation, and incident readiness remain relevant. The report’s mobile, supply-chain, and zero-trust themes also remain useful starting points.
Rank #3
- Comes with secure packaging
- It can be a gift item
- Easy to read text
However, a December 2022 publication cannot by itself describe the 2026 threat and tooling landscape. Readers should supplement it with current guidance on AI-generated code and agents, cloud-native workload identity, software provenance and attestations, infrastructure-as-code, SBOM operations, API security, and runtime cloud exposure. These developments change implementation priorities, not the need to verify identity, limit privilege, and respond quickly to risk.
More scanning is not automatically better security: poorly tuned checks can flood teams with alerts, create backlogs, encourage bypasses, or turn security into a release bottleneck. Effective programs pair tools with ownership, context, developer-friendly remediation, and exception processes. Zero-trust labels do not guarantee sound identity governance; SBOMs are inventories, not remediation systems; and client-side mobile defenses cannot secure backend authorization.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.How it compares with DZone’s later reports
The 2022 title can be confused with newer DZone publications. DZone’s Trend Report library lists later work that broadens the coverage:
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Scan for outdated or missing drivers - takes under a minuteDriver Scan →Clear out junk files and repair common Windows errorsFree Scan →| Report | Date or period | Emphasis |
|---|---|---|
| Enterprise Application Security: Building Secure and Resilient Applications | December 15, 2022 | Application security, DevSecOps, mobile, zero trust, supply chain, and breach response. |
| Enterprise Security: Securing Applications Across the Software Supply Chain | 2023 | Broader enterprise security, including supply-chain concerns, infrastructure, threat detection, automation, and AI. |
| Enterprise Security: Reinforcing Enterprise Application Defense | August 29, 2024 | CSPM, full-stack security, SBOMs, DevSecOps, threat hunting, secrets management, and zero trust. See the official report page. |
| Security by Design: AI Defense, Supply Chain Security, and Security-First Architecture in Practice | Listed in DZone’s 2026 library | AI defense, supply-chain security, security-first architecture, and newer security concerns. |
If you want the original 2022 research, use its report page. If you want a more current DZone framing, compare it with the later publications rather than treating the 2022 report as the latest state of practice.
Who should read the report?
- Developers and DevSecOps teams looking for a broad framework for putting security checks into the delivery lifecycle.
- Engineering managers and security leaders formalizing ownership, remediation targets, and risk exceptions.
- Architects assessing boundaries, identities, data flows, and supply-chain exposure.
- Researchers and practitioners comparing how DZone’s security themes changed between 2022 and its later reports.
It is less suitable as a current benchmark of breach rates, a substitute for organization-specific threat modeling, or a vendor-selection scorecard. Before adopting any tool or control, check its current coverage, integrations, deployment model, data handling, pricing basis, and remediation workflow against your environment.
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