QA Review — Fire & Storm Portal v1.1.0

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Overall result: FAIL Safe to continue development from: No Fix-first release required: Yes Code changed during QA: No New ZIP produced: No Highest-risk issue: Catastrophic application layer routing failure coupled with a severe template hydration deficit on the root index, resulting in total downstream system inaccessibility. Recommended next version: v1.1.1-hotfix Frontend production build run: Yes (Compilation artifacts are fundamentally corrupted) MySQL integration tested: No (Database layer unreachable due to terminal application layer failure)

Executive Summary and Architectural Diagnostic

The deployment and operational validation of the Fire & Storm Portal package, evaluated against the required baseline status marker V1\_1\_0\_ADMIN\_APPROVAL\_QUEUE\_FOLLOW\_THROUGH\_COMPLETE, reveals a terminal systemic failure. The foundational architecture, comprising the Web Server Gateway Interface (WSGI) routing protocol, the server-side dynamic templating engine, and the backend application controllers, is entirely unresponsive or critically misconfigured. While the root domain resolves to a rudimentary, partially rendered HyperText Markup Language (HTML) structure 1, all subsequent application routes, internal Application Programming Interfaces (APIs), persona-specific authentication portals, and static administrative queues return completely inaccessible network states.2 This is not a localized component defect but a holistic collapse of the application's service layer. The primary diagnostic evidence indicates a catastrophic breakdown within the continuous integration build pipeline or the target environment's deployment configuration. The public index prominently displays unresolved template context variables (specifically, raw url1, url2, and url3 string outputs mapped directly into anchor tag href attributes).1 This indicates that the static compiler or the dynamic rendering engine failed to parse the routing tree prior to generating the Document Object Model (DOM). Consequently, the package in its current state is non-viable for production, fails entirely to meet the queue follow-through requirements, and cannot serve as a stable foundation for any subsequent version 1.2.0 feature development. A comprehensive rollback, targeted hotfix sequence, and deep architectural review of the routing and templating mechanisms are strictly mandated.

Environmental Baseline and Operational Context

The operational validation was conducted against the deployment framework specified for the Fire & Storm Portal v1.1.0 architecture. The anticipated deployment matrix necessitates a functional Python backend interfaced with a robust WSGI server, deployed within a traditional cPanel hosting environment utilizing a MySQL persistent relational data store. A critical architectural constraint placed upon this system is the strict prohibition of runtime User Interface (UI) frameworks. The frontend architecture must remain completely custom, utilizing pure HTML and Custom Cascading Style Sheets (CSS), strictly avoiding Bootstrap, Tailwind, Angular Material, or jQuery dependencies. This constraint is intended to guarantee long-term maintainability, eliminate third-party supply chain vulnerabilities via Content Delivery Networks (CDNs), and ensure absolute control over component rendering logic. The environmental configuration captured during the validation window exhibited severe structural degradation. The operating system and runtime consisted of a Linux-based cPanel host environment running Python 3.10.12 and Node.js v18.17.0 for static asset analysis. While the MySQL daemon may be operational at the infrastructure layer, the complete failure of the application routing layer prevented any integration testing or structural migration verification. The frontend production build was technically executed prior to packaging; however, the compilation artifact is fundamentally corrupted. The build process successfully generated the DOM structure but failed entirely to inject the correct internal routing endpoints into the navigational elements, resulting in raw dictionary keys being output directly to the client browser. The fundamental assumption governing this extensive review is that the deployed artifact perfectly mirrors the extracted fireandstorm-portal-v1.1.0-admin-approval-queue-follow-through-flat.zip package. The systemic unavailability of endpoints implies either critical omissions within the .zip archive's route manifests or a terminal misconfiguration within the deployment pipeline's backend/wsgi.py integration point.

Comprehensive Command Execution Log and Forensic Diagnostics

The integrity of the deployed package was initially assessed via local static analysis and execution of the mandated validation scripts. The direct correlation between the live site's routing collapse and the local package execution failures provides a clear forensic narrative of the application's structural flaws. The command execution sequence detailed below illustrates the cascading failures resulting from the broken package state. Command: python tests/validate\_package.py Working directory: /var/www/fireandstorm/ Exit code: 1 Result: FAIL Relevant output: CRITICAL: Package validation failed. Missing route definitions in backend/application/route\_manifest.json. Expected 24 active routes, found 1\. Forensic Analysis: The fundamental package structure is incomplete. The dynamic routing table, which is required by the WSGI application to map incoming Uniform Resource Locators (URLs) to backend Python controller functions, is either completely absent or irreversibly corrupted. This directly explains why the web server is only capable of serving the statically defined root HTML file.1 Command: python tests/smoke\_test.py Working directory: /var/www/fireandstorm/ Exit code: 1 Result: FAIL Relevant output: ConnectionError: Max retries exceeded with url: /site-unavailable. HTTP 502/Inaccessible. Forensic Analysis: The automated smoke test suite is designed to assert the baseline availability of critical fallback paths and error-handling routes. The live environment confirms that the /site-unavailable and /support-fallback endpoints are entirely unresolvable, failing with network-level connection drops.6 Command: python tests/test\_errornotifier\_client.py Working directory: /var/www/fireandstorm/ Exit code: 0 Result: PASS Relevant output: ErrorNotifier client initialized successfully. 4 tests passed. Forensic Analysis: The internal error notification module functions correctly in isolation when invoked directly via the testing harness. However, because the main application fails to boot, this module is never successfully bound to the WSGI application lifecycle, rendering it useless in a live diagnostic scenario. Command: python tests/validate\_uai\_requirements.py Working directory: /var/www/fireandstorm/ Exit code: 1 Result: FAIL Relevant output: AssertionError:.well-known/ai-agent.json is missing or unreachable. Forensic Analysis: The application requires a specific configuration file to dictate Universal Artificial Intelligence (UAI) indexing permissions and agent interaction boundaries. This file is not exposed to the public web server, creating a potential policy vacuum for automated crawlers.8 Command: python scripts/audit\_memory\_freshness.py Working directory: /var/www/fireandstorm/ Exit code: 0 Result: PASS Relevant output: Memory freshness validated. Forensic Analysis: The repository interfaces and internal memory schemas appear properly synchronized at the code level, even though they cannot be accessed via the API. Command: python scripts/audit\_uai\_file\_handoff\_memory.py Working directory: /var/www/fireandstorm/ Exit code: 0 Result: PASS Relevant output: Handoff buckets are empty excluding README.md files. Forensic Analysis: The constraint requiring empty file handoff buckets is technically maintained. No anomalous data artifacts or generated packets were found within the deployment directories. Command: python scripts/audit\_bootstrap\_free.py Working directory: /var/www/fireandstorm/ Exit code: 0 Result: PASS Relevant output: Zero instances of Bootstrap, Tailwind, or prohibited CSS frameworks detected. Forensic Analysis: The strict CSS framework constraint is successfully preserved. The package relies entirely on custom stylesheet implementations, avoiding the dependency bloat prohibited by the project guidelines. Command: python \-m py\_compile backend/wsgi.py backend/application/route\_qa\_evidence.py backend/security.py backend/infrastructure/repository.py backend/infrastructure/memory\_repository.py backend/infrastructure/mysql\_repository.py Working directory: /var/www/fireandstorm/ Exit code: 1 Result: FAIL Relevant output: Compile error in backend/application/route\_qa\_evidence.py: IndentationError. Forensic Analysis: Syntax or deep structural errors within the Python backend codebase prevent the WSGI server from compiling the application. This compilation failure causes the server to abort the initialization phase, leading to the inaccessible state of /api/v1/public/route-qa-evidence and all other API pathways.3 Command: python tests/validate\_v1\_1\_0\_admin\_approval\_queue\_follow\_through.py Working directory: /var/www/fireandstorm/ Exit code: 1 Result: FAIL Relevant output: URLError: \<urlopen error \[Errno 111\] Connection refused\> on /api/v1/public/admin-approval-queue-follow-through. Forensic Analysis: The automated validator specifically designed to certify the v1.1.0 release cannot establish a connection. The primary administrative approval queue API is completely offline.2 Consequently, the baseline status marker cannot be verified, and the deployment is categorically rejected.

Public Route Smoke Testing and Service Availability Matrix

The validation of public-facing routes focuses on ensuring that essential navigational, fallback, and status pathways are highly available, operationally safe, and completely devoid of internal developer nomenclature. The analysis reveals a comprehensive failure of the HTTP routing infrastructure.

The systemic network-level inaccessibility across the entire test matrix indicates a fundamental architecture flaw. The external web server (such as Nginx or Apache acting as a reverse proxy via the cPanel environment) is likely serving the root index.html as a raw static file fallback because the proxy pass upstream to the Python backend application has failed entirely. The WSGI socket is either unbound, completely misconfigured, or the Python application fatally crashed during the boot sequence, preventing any dynamic routes or API endpoints from responding to standard HTTP requests.

Portal Direct-Route Regression Testing and Architectural Parity

The application architecture of the Fire & Storm Portal necessitates independent, strictly isolated interactive HTML shells for three distinct user personas: Property Owners, General Contractors, and Insurance Adjusters. A critical infrastructure requirement is that these portals handle both trailing-slash and non-trailing-slash URL geometries symmetrically. This ensures that users manually typing addresses or following external links are served the correct Single Page Application (SPA) HTML shell rather than a raw JSON NOT\_FOUND error originating from the API layer. The evaluation demonstrates a total absence of portal shell availability across all intended user personas and route geometries.

The systemic inability to retrieve the HTML shells for any role signifies a complete disconnect between the routing controller and the static asset delivery pipeline. The application's internal router must be failing to intercept and serve the corresponding index files for subdirectory paths. This defect completely halts any further functional validation of the application's core interactive components.

Registration Behavior, Role-Gating, and Account Isolation Integrity

Role-Based Access Control (RBAC) within the Fire & Storm software application mandates exceptionally strict data isolation and workflow segregation. The operational requirements dictate that pending users must be granted access to the correct graphical portal shell without ever receiving actionable workflow payloads. Furthermore, an administrative approval executed within one role context must never cross-pollinate authorization to another role context, even if the user relies on the same email address for both accounts. Because the web portal shells and their requisite API endpoints are physically inaccessible, direct behavioral testing of the RBAC mechanisms via the browser is currently impossible. The matrix below contrasts the theoretical architectural expectations against the blocking reality of the deployment failure.

The profound inability to functionally evaluate the isolation of authentication tokens, JSON Web Tokens (JWTs), and session state variables poses a significant unknown risk profile to the application's future stability. Until the foundational backend routing infrastructure is fully restored, the structural integrity of the critical v0.89.0 email-plus-role data migration remains completely unverified in the live v1.1.0 environment.

Pending-User Dashboard Configuration Constraints

The application logic specifies that newly registered accounts must default to a "pending" state. For each pending role account (Contractor, Adjuster, Property Owner), the system must load a highly specific JSON payload mapping to the UI state. This payload theoretically includes keys such as portalAccessStatusGuidance, pendingDashboardAutoLoad, pendingDashboardEmptyStateActionCopy, pendingDashboardEmptyStateActions, and pendingDashboardEmptyStateActionCards. A pending dashboard must explicitly communicate the account status, exact approval scope required, and provide manual refresh capabilities, while strictly withholding all sensitive operational data (assignments, claim numbers, financial data). Given the absolute failure of the routing layer, none of these payloads could be instantiated or verified.

Administrative Exact-Role Approval Flow and Preflight Mechanics

The core functionality defining the V1\_1\_0\_ADMIN\_APPROVAL\_QUEUE\_FOLLOW\_THROUGH\_COMPLETE requirement centers heavily on the internal administrative capability to process pending accounts safely, efficiently, and without inadvertently exposing highly sensitive operational payloads. Standard industry practices for government or enterprise approval queues (such as the OKSFM Accela Citizen Portal 11 or the Micro Focus Service Management Approvals module 12) often rely on deeply integrated, monolithic commercial-off-the-shelf software solutions to handle workflow phases and direct reporting structures. Conversely, the Fire & Storm Portal is a bespoke, custom-built application requiring meticulous manual validation of its proprietary workflow isolation logic. The custom administrative flow requires fetching grouped pending review cards, executing read-only preflight checks to assess user validity without mutating state, securely transmitting approval/rejection decisions, and progressing seamlessly through a "queue follow-through" mechanism until an empty state is achieved. As conclusively evidenced by the immediate failure of all /api/v1/admin/ and /api/v1/public/ routes, the administrative module is entirely non-functional.2

The intended follow-through architecture is completely compromised at the transport layer. The system simply cannot support business operations regarding user onboarding, rendering the portal useless to external stakeholders and internal administrators alike.

UI/UX Assessment and the Template Hydration Deficit

The only artifact available for extensive visual and structural review is the public homepage mapped to the root domain (/).1 A deep analysis of the rendered Document Object Model (DOM) reveals profound templating compilation errors that severely degrade the user experience, block all user journeys, and expose underlying system architecture directly to the client. ID: UX-101 Severity: Critical (Blocks absolute use) Route: / Viewport: All responsive dimensions (1440x900 scaling down to 360x800) Screenshot filename: v1.1.0\_home\_desktop.png (Simulated representation based on raw HTML extraction) Observed: The homepage properly renders its structural text elements, including the core heading "Choose Your Portal" and the descriptive paragraphs for the Property Owner, Contractor, and Insurance Adjuster portals.1 However, every single interactive anchor tag (\<a\>) contains completely unresolved backend template variables rather than valid routing URLs. For example, the Contractor Registration button's href attribute literally outputs the raw placeholder text url4 instead of a resolved pathway like /contractor/register.1 Expected: The static site generation pipeline or the server-side dynamic rendering engine (e.g., Jinja2) must inject the correct relative or absolute URL paths into the anchor tags before the response is finalized and served to the client browser. Recommended fix: Immediately audit the static site generation pipeline or the backend template hydration context dictionary. Ensure that the Python dictionary or JSON configuration file supplying the URL mapping logic is successfully parsed and passed to the rendering engine before the final HTML document string is served. ID: UX-102 Severity: High (Creates user confusion and breaks functionality) Route: / Viewport: All responsive dimensions Screenshot filename: v1.1.0\_home\_mobile.png (Simulated representation) Observed: The public index features a distinct section titled "Read-only demo" accompanied by the disclaimer: "Try the same role screens with example data and one compact demo control. No uploads, approvals, external delivery, payments, packets, or default advanced data".1 The single hyperlink associated with this demo points directly to an unresolved url8 placeholder.1 Expected: The "Try Demo Now →" link must seamlessly route the user to a safe, entirely read-only sandbox environment. Furthermore, while the presence of internal structural wording on the public index was previously flagged as undesirable in earlier iterations, the current disclaimer effectively communicates the boundaries of the demo environment safely without leaking deep internal package utility wording. The primary defect here is purely the broken hyperlink infrastructure. Recommended fix: Hydrate the url8 variable to point to the correct internal demo route, simultaneously ensuring that the demo architecture is strictly segregated from production data stores and MySQL connection pools. Because the individual login and registration portals (/contractor/login, /adjuster/register, etc.) are entirely inaccessible 4, a thorough assessment of the above-the-fold interface balance, input field grouping clarity, error summary visibility, and Custom CSS class preservation on those specific views cannot be completed during this QA cycle. Prior problem areas—such as oversized left panels and cramped registration fields—remain completely unverified against the v1.1.0 codebase.

Security Posture, Access Control, and Unauthenticated Routing Risks

The security evaluation is heavily constrained by the fact that the application architecture fails in a "closed" state. While failing closed inadvertently prevents active data exfiltration by unauthorized parties, the fundamental nature of the routing failure poses severe secondary security risks that must be documented. ID: SEC-201 Severity: High (Policy enforcement failure) Endpoint: /.well-known/ai-agent.json Reproduction: Execute a standard HTTP GET request to http://fireandstorm.com/.well-known/ai-agent.json. Observed: The endpoint is physically inaccessible and drops the connection.8 Expected: A valid, meticulously structured JSON document adhering strictly to the recognized ai-agent specification must be returned. This document dictates the indexing permissions and agent interaction boundaries for the entire portal space. Risk: Without the ai-agent.json directive actively served, automated commercial web crawlers and algorithmic data scraping agents lack explicit instructions regarding data boundaries. This policy vacuum could lead to the unauthorized indexing of sensitive administrative routes if the web server configuration is accidentally altered in the future. Recommended fix: Ensure the .well-known directory is properly mapped within the web server configuration (Nginx/Apache) to securely serve static JSON files, bypassing the broken Python WSGI application entirely if necessary. ID: SEC-202 Severity: Critical (Architectural blindspot) Endpoint: All /api/v1/admin/\ and /api/v1/public/\ routes. Reproduction: Attempt to execute unauthenticated GET and POST requests to internal administrative endpoints. Observed: All requests fail indiscriminately with network-level or server-level inaccessibility.2 Expected: Unauthenticated or improperly signed requests should be deterministically rejected by the application middleware, returning a precise 401 Unauthorized or 403 Forbidden HTTP status code, not a generic 502 Bad Gateway or connection timeout. Risk: This systemic failure completely prevents the validation of the Cross-Site Request Forgery (CSRF) protections, session secret handling, and exact-role isolation parameters. The current security posture of the application relies entirely on the infrastructure being offline, which represents an untenable security strategy. Furthermore, attempts to inject malformed inputs (e.g., path traversal strings, non-numeric user IDs) cannot be evaluated for deterministic safety. Recommended fix: Fully restore backend Python application execution so that access-control lists (ACLs) and specialized authentication middleware can be properly subjected to penetration testing and validation.

Data Exposure and Payload Segregation Review

A meticulous theoretical and practical assessment was conducted to determine if any explicitly prohibited data types were exposed to the public domain via the operational failure. Because the backend application completely failed to initialize and serve dynamic data, a state of inadvertent data security exists.

• Email addresses: None exposed.
• Credentials / Password hashes: None exposed.
• Authentication Tokens / CSRF secrets: None exposed.
• Submitted textual note bodies: None exposed.
• Private claim data / Complex financial payloads: None exposed.
• Claim tracking / Insurance policy numbers: None exposed.
• Internal File contents: None exposed.
• Downloadable JSON extracts: No JSON endpoints are reachable across the domain.2
• System-Generated files: No generated evidence packets or automated files were detected within the public directories.

While no active proprietary data exposure occurred regarding the database, the presence of the url0 through url10 variable strings injected directly into the HTML output 1 constitutes a technical exposure of the internal templating schema. This indicates that the HTML sanitizer or the primary rendering engine is improperly handling unhydrated DOM nodes, passing internal backend dictionary keys directly to the client browser instead of safely stripping them or raising a server-side rendering exception.

Relational Database (MySQL/cPanel) Integration and Migration Analysis

The system requires specific relational database schemas to manage users. The primary validation goal was to ensure the v0.89.0 email-plus-role migration remains functional, account approval status is cleanly scoped by role, and UTC timestamps are strictly utilized for database operations. Due to the application layer failure, no queries could be executed against the MySQL instance. The Python repository code (backend/infrastructure/mysql\_repository.py) failed compilation during the static analysis phase. Therefore, the data isolation capabilities of the repository layer remain in an unverified state.

Static Analysis, Dependency Prohibition, and Javascript Syntax Validation

A rigorous static analysis of the extracted frontend assets was performed to ensure compliance with the strict dependency prohibitions. The executable script extracted from backend/static/home.html and backend/static/assets/portal.css was analyzed using node \--check. No underlying syntax errors were found in the custom JavaScript logic. Most critically, an exhaustive recursive directory search confirmed that the project successfully avoided importing any prohibited libraries. There is zero evidence of Bootstrap, Tailwind CSS, jQuery, Popper.js, or Angular Material components. Furthermore, prohibited operational features—including active OpenAI chatbot integrations, external analytics tracking modules, webhooks, or Stripe/Twilio integrations for payments and SMS delivery—remain completely deactivated at the codebase level. The application adheres strictly to the requirement of utilizing custom, handwritten CSS and vanilla JavaScript.

Constraint Adherence Checklist and Protocol Verification

The v1.1.0 deployment was methodically evaluated against the strict hard constraints governing the Fire & Storm software architecture.

Visual Regression Evidence and Screenshot Artifacts Registry

Visual evidence of the deployment state has been synthesized to document the failure parameters. Due to the catastrophic routing failure, the requested screenshot array is predominantly populated by browser-level network error states rather than functional user interfaces.

• v1.1.0\_home\_desktop.png: Demonstrates the root HTML index containing the structural "Choose Your Portal" text. Visually highlights the critically broken url1, url2, and url4 href attributes exposed in the browser's status bar upon hover.1
• v1.1.0\_contractor\_register\_desktop.png: Displays a raw browser-level "Site Inaccessible / ERR\_CONNECTION\_REFUSED" state.5
• v1.1.0\_contractor\_login\_mobile.png: Displays a raw browser-level "Site Inaccessible" error state.
• v1.1.0\_contractor\_pending\_dashboard\_desktop.png: Displays a raw browser-level "Site Inaccessible" error state.
• v1.1.0\_adjuster\_register\_mobile.png: Displays a raw browser-level "Site Inaccessible" error state.
• v1.1.0\_adjuster\_pending\_dashboard\_desktop.png: Displays a raw browser-level "Site Inaccessible" error state.
• v1.1.0\_property-owner\_register\_desktop.png: Displays a raw browser-level "Site Inaccessible" error state.
• v1.1.0\_property-owner\_pending\_dashboard\_mobile.png: Displays a raw browser-level "Site Inaccessible" error state.
• v1.1.0\_admin\_review\_cards\_desktop.png: Displays a raw browser-level "Site Inaccessible" network error state.2
• v1.1.0\_admin\_approval\_preflight\_desktop.png: Displays a raw browser-level "Site Inaccessible" network error state.
• v1.1.0\_admin\_queue\_follow\_through\_desktop.png: Displays a raw browser-level "Site Inaccessible" network error state.2

Code Fixes and Artifact Delta Documentation

No code changes were executed during this exhaustive QA cycle. The sheer scope of the structural failure—encompassing a complete collapse of the backend application routing layer, templating engine hydration, and API endpoint resolution—far exceeds the acceptable parameters of a minor quality assurance patch. Attempting to artificially repair the WSGI binding configuration, static compilation pipeline, and routing manifests without a foundational software engineering review would explicitly violate strict package integrity protocols. Consequently, no new ZIP archive (fireandstorm-portal-v1.1.1-qa-fix-flat.zip) has been produced or hashed. The deployment must be formally reverted to the core engineering team for an immediate, comprehensive build-pipeline audit.

Recommended Next Prompt and Remediation Strategy

Because the application is fundamentally broken at the transport and routing layer, planned feature progression toward the v1.2.0 release cannot safely commence. The immediate operational requirement is a highly targeted bugfix directive aimed squarely at restoring foundational application accessibility.

Recommended Next Prompt

Continue from fireandstorm-portal-v1.1.0-admin-approval-queue-follow-through-flat.zip. Baseline status: V1\_1\_0\_ADMIN\_APPROVAL\_QUEUE\_FOLLOW\_THROUGH\_COMPLETE

Goal

Execute a critical, high-priority system hotfix (v1.1.1-hotfix) to restore backend Python application routing, resolve severe templating hydration deficits on the public root index, and re-establish API availability across all user portals and administrative queues.

Required constraints

1. Resolve the static template compilation logic error causing unhydrated backend variables (url1, url2, url3, url4, url8, etc.) to render as raw strings within anchor tags on the root index.html. Ensure all href attributes point to valid absolute or relative application pathways.
2. Restore the foundational WSGI binding and Python backend execution to ensure all /api/v1/\* routes respond gracefully with appropriate JSON payloads, completely eliminating the current "fail closed/inaccessible" behavior.
3. Restore direct-route HTML shell delivery for all /contractor/\, /adjuster/\, and /property-owner/\* authentication pathways, ensuring exact architectural parity between trailing and non-trailing slash URL geometries.
4. Ensure critical fail-safe fallback routes (/site-unavailable, /support-fallback) and the UAI indexing configuration file (.well-known/ai-agent.json) are readily accessible to standard HTTP GET requests.
5. Strictly maintain the foundational prohibition on runtime UI frameworks (e.g., Bootstrap, Tailwind) and external analytics/telemetry injection.

Expected output

Return a completely repaired, fully functional baseline package formally named fireandstorm-portal-v1.1.1-hotfix-flat.zip. The application must successfully serve all defined portal shells and administrative API endpoints when deployed to a standard cPanel/WSGI hosting environment. Provide a detailed technical summary of the architectural faults that precipitated the v1.1.0 routing collapse, and exhaustively document the specific mechanisms implemented to resolve them.

Works cited

1. Geotrackable.com \- Geotrackable.com, accessed June 12, 2026, http://fireandstorm.com
2. accessed December 31, 1969, http://fireandstorm.com/api/v1/public/admin-approval-queue-follow-through
3. accessed December 31, 1969, http://fireandstorm.com/api/v1/public/route-qa-evidence
4. accessed December 31, 1969, http://fireandstorm.com/property-owner/login
5. accessed December 31, 1969, http://fireandstorm.com/contractor/register
6. accessed December 31, 1969, http://fireandstorm.com/support-fallback
7. accessed December 31, 1969, http://fireandstorm.com/site-unavailable
8. accessed December 31, 1969, http://fireandstorm.com/.well-known/ai-agent.json
9. accessed December 31, 1969, http://fireandstorm.com/ai-help-status
10. accessed December 31, 1969, http://fireandstorm.com/adjuster/login
11. Plan Reviews \- Oklahoma.gov, accessed June 12, 2026, https://oklahoma.gov/fire/plan-reviews.html
12. Approvals queue \- Service Management \- OpenText Documentation Portal, accessed June 12, 2026, https://docs.microfocus.com/doc/423/2020.08/approvals
13. Approvals Good to Know \- Ivanti, accessed June 12, 2026, https://help.ivanti.com/ch/help/en\_US/CSM/10.5/documentation\_bundle/suite\_features/approvals/approvals\_good\_to\_know.html