VA DVS Cybersecurity Analyst at vTech Solution

Job Summary: use client; import React useEffect useMemo useState from react; import Card CardHeader CardTitle CardContent from @/components/ui/card; import Button from @/components/ui/button; import Input from @/components/ui/input; import Badge from @/components/ui/badge; import GripVertical Plus Download Trash2 RefreshCw Edit3 Check X Save from lucide-react; import Textarea from @/components/ui/textarea; import saveAs from file-saver; const APIBASE ; // Types export type OutlineNode id: string; title: string; description: string; children: OutlineNode; ; type BackendSubsection subname: string; subdescription: string; ; type BackendSection sectionname: string; sectiondescription: string; subsections: BackendSubsection; ; type BackendOutline opportunityname: string; submittedtoname: string; submittedtoemail: string; submittedtophone: string; submittedbyemail: string; submittedbyaddress: string; coverletterdate: string; coverletterclientcontact: string; coverlettersubjectline: string; coverletterbody: string; proposaltype: string; sections: BackendSection; tableofcontents: string; k: string: any; ; export type OutlineBuilderProps proposalId: string; onGenerate: (outlineText: string) > void; isLoading: boolean; ; // Generic helpers const cloneSafe (v: T): T > try return ((v)) as T; catch return v; ; const findAndRemoveNode (tree: OutlineNode id: string): OutlineNode null OutlineNode > let removed: OutlineNode null null; const walk (list: OutlineNode): OutlineNode > let changed false; const out: OutlineNode ; for (let i 0; i < ; i) const n listi; if ( id) removed n; changed true; continue; if (() && ) const newChildren walk(); if (newChildren ! ) changed true; ( ...n children: newChildren ); else (n); else (n); return changed out : list; ; const newTree walk(tree); return removed newTree; ; const insertNodeAt (tree: OutlineNode nodeToInsert: OutlineNode parentId: string null index: number): OutlineNode > if (parentId null) const safeIndex (0 ( index)); return ...(0 safeIndex) nodeToInsert ...(safeIndex); let inserted false; const walk (list: OutlineNode): OutlineNode > let changed false; const out: OutlineNode ; for (let i 0; i < ; i) const n listi; if ( parentId) const children () ... : ; const safe (0 ( index)); (safe 0 nodeToInsert); inserted true; changed true; ( ...n children ); continue; if (() && ) const nchild walk(); if (nchild ! ) changed true; ( ...n children: nchild ); else (n); else (n); return changed out : list; ; const newTree walk(tree); return inserted newTree : tree; ; const findNode (tree: OutlineNode id: string): OutlineNode null > const walk (list: OutlineNode): OutlineNode null > for (let i 0; i < ; i) const n listi; if ( id) return n; if (() && ) const f walk(); if (f) return f; return null; ; return walk(tree); ; const numberOutline (nodes: OutlineNode null prefix: number ): no: string; title: string > const out: no: string; title: string ; const arr (nodes) nodes : ; ((n idx) > const no ...prefix idx (.); ( no title: ); if () const sub numberOutline( ...prefix idx 1); (...sub); ); return out; ; const outlineToText (nodes: OutlineNode null): string > numberOutline(nodes).map((x) > $ $).join(n); const OutlineBuilder: ( proposalId onGenerate isLoading ) > const nodes setNodes useState(); const outlineJson setOutlineJson useState(null); const loadingOutline setLoadingOutline useState(true); const saving setSaving useState(false); const deleting setDeleting useState(false); const draggedId setDraggedId useState(null); const dropHint setDropHint useState(null); const selectedTemplate setSelectedTemplate useState(); const meta setMeta useState( opportunityname: submittedtoname: submittedtoemail: submittedtophone: coverletterdate: coverletterclientcontact: coverlettersubjectline: coverletterbody: ); const mapBackendToNodes (outline: BackendOutline null): OutlineNode > if (!outline) return ; const sections () : ; return ((s idx) > ( id: () title: Section $idx 1 description: children: () ((sub j) > ( id: () title: Subsection $j 1 description: children: )) : )); ; const mapNodesToBackendSections (list: OutlineNode): BackendSection > return ((list) list : ).map((n) > ( sectionname: sectiondescription: subsections: () ((c) > ( subname: subdescription: )) : )); ; const fetchOutline async () > if (!proposalId !APIBASE) return; try setLoadingOutline(true); const res await fetch($APIBASE/api/proposals/$proposalId/outline method: GET ); if (!) const txt await ().catch(() > ); throw new Error(GET failed: $ $txt); const data await (); const outline: BackendOutline data; setOutlineJson(outline); setMeta( opportunityname: submittedtoname: submittedtoemail: submittedtophone: coverletterdate: coverletterclientcontact: coverlettersubjectline: coverletterbody: ); const mapped mapBackendToNodes(outline); setNodes(mapped); catch (err) (fetchOutline error: err); alert(Failed to load outline.); finally setLoadingOutline(false); ; useEffect(() > fetchOutline(); // eslint-disable-next-line react-hooks/exhaustive-deps proposalId); const outlineText useMemo(() > outlineToText(nodes) nodes); const removeNodeById (id: string) > const newTree findAndRemoveNode(nodes as any id); setNodes(newTree as any); ; const updateTitle (id: string text: string) > const node findNode(nodes as any id); if (node) text; setNodes(...nodes); ; const updateDescription (id: string desc: string) > const node findNode(nodes id); if (node) const updatedNode ...node description: desc ; const newNodes ((n) > ( id updatedNode : n)); setNodes(newNodes); ; const addChild (parentId: string) > const newChild: OutlineNode id: () title: New Subsection description: children: ; const parentNode findNode(nodes as any parentId); const newIndex 0; const newTree insertNodeAt(nodes as any newChild as any parentId newIndex); if (newTree ! nodes) setNodes(newTree as any); ; const addRoot () > setNodes(...nodes id: () title: New Section description: ); ; const onDragStart (e: id: string) > setDraggedId(id); (text/plain id); ; const onDragOverGeneric (e: ) > (); ; const endDragCleanup () > setDraggedId(null); setDropHint(null); ; useEffect(() > const cleanup () > endDragCleanup(); (dragend cleanup); return () > (dragend cleanup); ); const findParentAndIndex (tree: OutlineNode id: string): parentId: string null; index: number null > const walk (arr: OutlineNode parentId: string null): parentId: string null; index: number null > for (let i 0; i < ; i) const n arri; if ( id) return parentId index: i ; if () const found walk( ); if (found) return found; return null; ; return walk(tree null); ; const handleDragLeaveRoot (e: ) > const to as HTMLElement null; if (!to !(.outline-left-column)) setDropHint(null); ; const onDropBetween (e: parentId: string null index: number) > (); let dragged (text/plain); if (!dragged && draggedId) dragged draggedId; if (!dragged) return endDragCleanup(); const origin findParentAndIndex(nodes dragged); const originParent null; const originIndex -1; let targetIndex index; if (originParent parentId && originIndex < index) targetIndex index - 1; if (originParent parentId && targetIndex originIndex) return endDragCleanup(); const removed afterRemove findAndRemoveNode(nodes as any dragged); if (!removed) return endDragCleanup(); const newTree insertNodeAt(afterRemove as any removed as any parentId targetIndex); if (newTree ! nodes) setNodes(newTree as any); endDragCleanup(); ; const onDropInto (e: parentId: string null) > (); let dragged (text/plain); if (!dragged && draggedId) dragged draggedId; if (!dragged) return endDragCleanup(); if (parentId && isDescendant(nodes dragged parentId)) return endDragCleanup(); const origin findParentAndIndex(nodes dragged); const originParent null; const originIndex -1; const removed afterRemove findAndRemoveNode(nodes as any dragged); if (!removed) return endDragCleanup(); const parentNode parentId findNode(afterRemove as any parentId) : null; let newIndex ; if (originParent parentId && originIndex < newIndex) newIndex (0 newIndex - 1); const newTree insertNodeAt(afterRemove as any removed as any parentId newIndex); if (newTree ! nodes) setNodes(newTree as any); endDragCleanup(); ; const TitleInline: ( id value ) > const editing setEditing useState(false); const val setVal useState(value); useEffect(() > setVal(value) value); return ( editing ( setVal() /> updateTitle(id val value); setEditing(false); > setVal(value); setEditing(false); > ) : ( value setEditing(true)> ) ); ; return ( Proposal Outline Type: $ : Reload saving ( Saving ) : ( Save Outline ) onGenerate(outlineText) disabled!> Generate Draft downloadDocx(selectedTemplate) disabled!> Download DOCX Delete Outline > 0 ( ) : ( No sections found. Add or reload. ) Add Top-Level Section Cover & Metadata Opportunity Name setMeta( ...meta opportunityname: ) /> Submitted To (Name) setMeta( ...meta submittedtoname: ) /> Email setMeta( ...meta submittedtoemail: ) /> Phone setMeta( ...meta submittedtophone: ) /> Cover Letter Date setMeta( ...meta coverletterdate: ) /> Client Contact setMeta( ...meta coverletterclientcontact: ) /> Subject Line setMeta( ...meta coverlettersubjectline: ) /> Cover Letter Body setMeta( ...meta coverletterbody: ) /> Template Choose Template setSelectedTemplate() > Tip: Edit outline on left. Edit cover details here. Save to Firestore or Export DOCX anytime. ); ; export default OutlineBuilder; Location:Richmond Virginia United States Responsibilities: - Support the development and scoping of the risk assessment plan. - Identify assess and document applicable security controls. - Collaborate with stakeholders to collect data and evidence. - Perform detailed analysis of access control measures. - Review security documentation and system procedures. - Prepare draft and final risk assessment reports. - Collect and review artifacts demonstrating compliance with applicable security controls. - Incorporate feedback and deliver a final report. Required Skills & Certifications: - Bachelors degree in Cybersecurity Information Technology Computer Science or related field. - Minimum 5 years of experience in cybersecurity risk assessment or compliance projects. - Strong understanding of NIST 800-53 and SEC530 Information Security Standards. - Hands-on experience with access control evaluations and documentation of compliance evidence. - Excellent analytical reporting and communication skills. Preferred Skills & Certifications: - Certifications such as CISSP CISA CISM CRISC or Security. - Experience working with state or federal agencies or similar regulatory environments. Special Considerations: - N/A Scheduling: - N/A Key Skills ArcGIS,Intelligence Community Experience,GIS,Python,Computer Networking,Data Collection,Intelligence Experience,R,Relational Databases,Analysis Skills,Data Management,Application Development Employment Type : Full Time Experience: years Vacancy: 1