Scope
Define assets, authorization boundaries, objectives, rules of engagement, exclusions, safety limits, communication paths, testing windows, and reporting needs before testing begins.
Assessment Process
A clear path from uncertainty to validated risk reduction.
ELX uses a repeatable assessment process that gives clients confidence in what was tested, what was proven, what is at risk, and what needs to be fixed.
The process supports both penetration testing and software assurance by connecting scope, attack surface mapping, source and runtime analysis, exploitability validation, reporting, remediation planning, and retesting.
Combined Assessment Workflow
One disciplined process. Two complementary ways to reduce risk.
Penetration testing shows how an attacker could move through your environment. Software assurance shows why software and implementation weaknesses exist. Together, they give leaders and technical teams a clearer path to remediation.
| Phase | Penetration Testing Activity | Software Assurance Activity | Client Value |
|---|---|---|---|
| 1 | Scope and rules of engagement | Source, build, and environment intake | Clear boundaries, safer testing, and aligned expectations |
| 2 | Reconnaissance and enumeration | Architecture and source inventory | A practical view of exposed systems, code paths, and trust boundaries |
| 3 | Vulnerability identification | Static analysis and source review | Candidate risks are separated from background noise |
| 4 | Exploitability validation | Dynamic testing and harnessing | Findings are proven, prioritized, and tied to real impact |
| 5 | Post-exploitation impact | Root cause analysis | Stakeholders understand what is at risk and why the issue exists |
| 6 | Remediation guidance | Code-level fix recommendation | Teams receive practical steps to close the weakness |
| 7 | Retesting | Patch and regression validation | Fixes are verified with evidence, not assumed |
| 8 | Final reporting | SAR / vulnerability report support | Leadership and engineering receive a defensible final deliverable |
Process Detail
Every step is designed to make the findings useful.
ELX structures each engagement so the final report is more than a list of issues. It becomes a decision-ready record of scope, evidence, impact, root cause, remediation, and closure.
Map Attack Surface
Identify the systems, endpoints, roles, APIs, binaries, protocols, source entry points, and trust boundaries that matter most to the engagement.
Analyze
Use the right mix of manual testing, source-code review, static analysis, reverse engineering, dynamic testing, fuzzing, dependency review, and build/configuration review.
Validate
Confirm reachability, trigger conditions, affected roles, exploitability, impact, reliability, and safety using reproducible evidence within the authorized scope.
Document Root Cause
Explain whether the issue comes from unsafe logic, missing controls, implementation errors, vulnerable dependencies, memory-safety defects, configuration weaknesses, or process gaps.
Report and Retest
Deliver executive and technical findings, risk mapping, remediation guidance, retest criteria, patch validation results, and final risk disposition.
Evidence Outputs
Reports built for action, review, and closure.
ELX findings are written to help executives understand risk, help engineers fix the issue, and help stakeholders verify that remediation worked. Evidence may include attack surface maps, endpoint inventories, command output, request/response pairs, logs, screenshots, crash reproducers, sanitizer output, debugger traces, source-to-sink notes, harnesses, patch validation logs, and retest evidence.
Finding Evidence
Reproduction steps, affected assets, proof-of-impact artifacts, logs, screenshots, timestamps, request/response evidence, hashes, and validated exploitability conditions.
Root Cause and Risk
Technical root cause, weakness classification, affected trust boundaries, business or mission impact, CWE/CVE/CVSS mapping where applicable, and final risk context.
Remediation and Closure
Actionable remediation guidance, code or configuration recommendations, retest planning, patch validation results, regression notes, and closure evidence.