aegis-integration-example.clj

;; ============================================================================
;; AEGIS Framework Integration Example
;; Red Team Operations - Complete Security Assessment
;; ============================================================================

(ns purpleops-bas.backend.examples.aegis-integration-example
  "Demonstração completa de como usar o AEGIS Framework para operações Red Team
   integrando todos os 10 frameworks de segurança de forma coordenada."
  (:require 
    [purpleops-bas.backend.aegis.mitre-defend :as defend]
    [purpleops-bas.backend.aegis.nist-sp-800-115 :as nist]
    [purpleops-bas.backend.aegis.intelligence-disciplines :as intel]
    [purpleops-bas.backend.aegis.cyber-kill-chain :as kill-chain]
    [purpleops-bas.backend.aegis.opsec-counterint :as opsec]
    [purpleops-bas.backend.aegis.mitre-attack-mapping :as attack-mapping]
    [purpleops-bas.backend.aegis.cyber-threat-intelligence :as cti]
    [purpleops-bas.backend.aegis.seaf :as seaf]
    [taoensso.timbre :as timbre]))

;; ============================================================================
;; 1. FASE DE RECONHECIMENTO - Pre-Attack Intelligence Gathering
;; ============================================================================

(defn reconnaissance-phase
  "Fase 1: Gathering inicial de inteligência com múltiplas disciplinas"
  [target-organization]
  (timbre/info "🔍 Iniciando RECONNAISSANCE fase para:" target-organization)
  
  ;; 1.1 OSINT - Fontes públicas
  (let [osint-results (intel/collect-osint 
                        {:target-organization target-organization
                         :search-terms ["leadership" "infrastructure" "technology stack"
                                       "office locations" "employee directory"]
                         :sources ["LinkedIn" "GitHub" "Corporate website" "SEC filings"]})
        
        ;; 1.2 CYBINT - Threat landscape
        cybint-results (intel/analyze-cybint
                        {:target-organization target-organization
                         :attack-vectors [:phishing :watering-hole :supply-chain]
                         :known-threats true})
        
        ;; 1.3 CTI - Threat actor assessment
        threat-context (cti/profile-threat-actor
                        {:actor-type :financial
                         :actor-countries ["China" "Russia" "Iran"]
                         :known-targets [target-organization]})
        
        ;; 1.4 Social Engineering Assessment
        se-vuln (seaf/assess-se-vulnerability
                 {:organization-name target-organization
                  :employee-count 500
                  :industry :finance
                  :recent-attacks [:phishing :pretexting]})]
    
    {:phase :reconnaissance
     :timestamp (java.time.Instant/now)
     :osint osint-results
     :cybint cybint-results
     :threat-context threat-context
     :se-vulnerability se-vuln}))

;; ============================================================================
;; 2. FASE DE PLANEJAMENTO - Threat Modeling with MITRE ATT&CK & Kill Chain
;; ============================================================================

(defn threat-modeling-phase
  "Fase 2: Modelar ameaças usando ATT&CK e Cyber Kill Chain"
  [target-organization reconnaissance-data]
  (timbre/info " Iniciando THREAT MODELING para:" target-organization)
  
  ;; 2.1 Mapear técnicas ATT&CK relevantes
  (let [relevant-techniques [
         :process-injection        ; T1055
         :lateral-movement         ; T1570
         :privilege-escalation     ; T1548
         :data-exfiltration       ; T1020
         :persistence-mechanisms  ; T1547
        ]
        
        ;; 2.2 Para cada técnica, mapear defesas DEFEND e Kill Chain
        technique-mappings 
        (map (fn [tech]
               (let [mapping (attack-mapping/map-technique-to-defenses {:technique tech})]
                 {:technique tech
                  :defend-controls (:defend-controls mapping)
                  :kill-chain-phase (:kill-chain-phase mapping)
                  :nist-controls (:nist-controls mapping)
                  :detection-difficulty (:detection-difficulty mapping)}))
             relevant-techniques)
        
        ;; 2.3 Criar plano de defesa para cada técnica
        defense-roadmap (attack-mapping/create-defense-roadmap
                         {:techniques relevant-techniques
                          :organization-size :enterprise
                          :current-controls []})
        
        ;; 2.4 Avaliar superfície de ataque
        attack-surface (attack-mapping/assess-attack-surface
                        {:techniques relevant-techniques
                         :organization-type :financial-institution})]
    
    {:phase :threat-modeling
     :timestamp (java.time.Instant/now)
     :relevant-techniques relevant-techniques
     :technique-mappings technique-mappings
     :defense-roadmap defense-roadmap
     :attack-surface attack-surface}))

;; ============================================================================
;; 3. FASE DE TESTES TÉCNICOS - NIST SP 800-115 Testing
;; ============================================================================

(defn technical-testing-phase
  "Fase 3: Testes técnicos de segurança baseados em NIST SP 800-115"
  [target-organization]
  (timbre/info "🔬 Iniciando TECHNICAL TESTING para:" target-organization)
  
  ;; 3.1 Criar plano de testes NIST
  (let [test-plan (nist/create-test-plan
                   {:organization target-organization
                    :scope :internal
                    :testing-type :gray-box  ; Conhecemos alguns detalhes
                    :test-duration 7       ; 7 dias
                    :components ["Web Application" "API" "Database" "Directory Services"]})
        
        ;; 3.2 Definir casos de teste específicos
        test-cases (nist/define-test-cases
                    {:system-type :web-app
                     :target-assets ["API" "Authentication" "Database"]
                     :test-techniques [:vulnerability-scanning :password-cracking :app-testing]})
        
        ;; 3.3 Executar testes (simulado)
        executed-tests
        (map (fn [test-case]
               {:test-case test-case
                :execution-result :executed
                :findings (rand-int 5)  ; Número aleatório de achados
                :severity [:critical :high :medium]})
             (:test-cases test-cases))
        
        ;; 3.4 Documentar vulnerabilidades encontradas
        vulnerabilities
        (map (fn [idx]
               (nist/document-vulnerability
                {:vulnerability-id (str "V-" idx)
                 :severity (rand-nth [:critical :high :medium :low])
                 :component (rand-nth ["API" "Web App" "DB" "Auth"])
                 :finding "Simulated vulnerability finding"}))
             (range 1 6))
        
        ;; 3.5 Criar planos de remediação
        remediation-plans
        (map (fn [vuln]
               (nist/create-remediation-plan
                {:vulnerability vuln
                 :priority (:severity vuln)
                 :timeline :phased}))
             vulnerabilities)]
    
    {:phase :technical-testing
     :timestamp (java.time.Instant/now)
     :test-plan test-plan
     :test-cases test-cases
     :executed-tests executed-tests
     :vulnerabilities vulnerabilities
     :remediation-plans remediation-plans}))

;; ============================================================================
;; 4. FASE DE OPERAÇÕES - Kill Chain Defense & IR Planning
;; ============================================================================

(defn operational-planning-phase
  "Fase 4: Planejamento operacional considerando Cyber Kill Chain"
  [threat-model]
  (timbre/info "⚔️ Iniciando OPERATIONAL PLANNING")
  
  ;; 4.1 Mapear técnicas de Red Team para fases da Kill Chain
  (let [red-team-techniques 
        [{:technique :reconnaissance :ttp :OSINT-scanning}
         {:technique :weaponization :ttp :malware-development}
         {:technique :delivery :ttp :phishing-campaign}
         {:technique :exploitation :ttp :code-execution}
         {:technique :installation :ttp :persistence-backdoor}
         {:technique :c2 :ttp :command-control}
         {:technique :objectives :ttp :data-exfiltration}]
        
        ;; 4.2 Para cada fase, criar defesas e IR
        phase-defense-plans
        (map (fn [ttp-map]
               (let [phase (kill-chain/identify-kill-chain-phase
                           {:ttp (:ttp ttp-map)
                            :indicators []})
                     defense (kill-chain/create-defense-plan-for-phase
                             {:kill-chain-phase phase})
                     ir-plan (kill-chain/create-incident-response-plan
                             {:identified-phase phase
                              :escalation-level :high})]
                 {:ttp ttp-map
                  :identified-phase phase
                  :defense-plan defense
                  :ir-plan ir-plan}))
             red-team-techniques)]
    
    {:phase :operational-planning
     :timestamp (java.time.Instant/now)
     :kill-chain-phases (map :identified-phase phase-defense-plans)
     :defense-plans phase-defense-plans
     :ir-ready true}))

;; ============================================================================
;; 5. FASE DE OPERAÇÕES SEGURAS - OPSEC & Counterintelligence
;; ============================================================================

(defn secure-operations-phase
  "Fase 5: Planejamento de operações seguras com OPSEC"
  [team-size operation-type]
  (timbre/info " Iniciando SECURE OPERATIONS planning")
  
  ;; 5.1 Identificar informações críticas a proteger
  (let [critical-info (opsec/identify-critical-information
                       {:organization "RedTeam"
                        :asset-types [:operational-plans :team-locations :tools :ip-ranges]
                        :classification :confidential})
        
        ;; 5.2 Analisar ameaças de contraespionagem
        counter-threats (opsec/analyze-opsec-threats
                        {:operation-type operation-type
                         :threat-actors [:blue-team :competitors]
                         :duration-days 7})
        
        ;; 5.3 Avaliar vulnerabilidades operacionais
        opsec-vulns (opsec/evaluate-opsec-vulnerabilities
                    {:organization "RedTeam"
                     :current-practices [:minimal-comms :vpn-usage :compartmentalization]
                     :team-size team-size})
        
        ;; 5.4 Implementar detecção de vigilância
        surveillance-detection (opsec/implement-surveillance-detection
                               {:detection-methods [:counter-surveillance :ddos-monitoring :traffic-analysis]
                                :alert-level :high})
        
        ;; 5.5 Conduzir avaliação de contraespionagem
        ci-assessment (opsec/conduct-counterintelligence-assessment
                      {:organization "RedTeam"
                       :assessment-type :comprehensive
                       :focus-areas [:information-disclosure :asset-theft :source-compromise]})]
    
    {:phase :secure-operations
     :timestamp (java.time.Instant/now)
     :critical-info-protected critical-info
     :counter-threats counter-threats
     :opsec-vulnerabilities opsec-vulns
     :surveillance-detection surveillance-detection
     :ci-assessment ci-assessment}))

;; ============================================================================
;; 6. FASE DE INTELIGÊNCIA DE AMEAÇA - CTI Operations
;; ============================================================================

(defn threat-intelligence-phase
  "Fase 6: Operações de Cyber Threat Intelligence"
  [observed-indicators observed-behaviors]
  (timbre/info "📡 Iniciando THREAT INTELLIGENCE operations")
  
  ;; 6.1 Coletar indicadores de ameaça
  (let [threat-indicators (cti/collect-threat-indicators
                           {:sources [:firewall-logs :ids-alerts :malware-reports]
                            :indicator-types [:ip-address :domain :file-hash :behavior]
                            :confidence-threshold 0.7})
        
        ;; 6.2 Identificar IOCs em dados operacionais
        detected-iocs (cti/identify-iocs
                      {:data-source :network-traffic
                       :indicators observed-indicators
                       :lookback-days 7})
        
        ;; 6.3 Enriquecer indicadores com contexto
        enriched-indicators
        (map (fn [ioc]
               (cti/enrich-indicator
                {:ioc ioc
                 :sources [:threat-feed :sandboxing :reputation-db]
                 :include-context true}))
             detected-iocs)
        
        ;; 6.4 Avaliar nível de ameaça
        threat-level (cti/assess-threat-level
                     {:applicable-indicators detected-iocs
                      :observed-behaviors observed-behaviors
                      :active-campaigns []
                      :threat-actors-involved []})]
    
    {:phase :threat-intelligence
     :timestamp (java.time.Instant/now)
     :collected-indicators threat-indicators
     :detected-iocs detected-iocs
     :enriched-indicators enriched-indicators
     :threat-level threat-level}))

;; ============================================================================
;; 7. FASE DE DEFENSAS ADAPT. - MITRE DEFEND Recommendations
;; ============================================================================

(defn adaptive-defense-phase
  "Fase 7: Recomendações de defesa adaptativa com MITRE DEFEND"
  [threat-model vulnerabilities]
  (timbre/info " Iniciando ADAPTIVE DEFENSE planning")
  
  ;; 7.1 Recomendar controles DEFEND baseado em ameaças
  (let [defend-recommendations
        (map (fn [threat]
               (defend/recommend-defend-controls
                {:threat-type threat
                 :severity :high
                 :organization-size :enterprise}))
             [:malware :lateral-movement :data-exfiltration :persistence])
        
        ;; 7.2 Avaliar maturidade de defesa atual
        maturity-assessment (defend/evaluate-defend-maturity
                            {:implemented-controls [:access-control :encryption :deception]
                             :active-monitoring true
                             :automated-response false})
        
        ;; 7.3 Criar plano de posicionamento de sensores
        sensor-plan (defend/create-defend-sensor-plan
                    {:network-segments [:dmz :internal :data-center]
                     :critical-assets ["API" "Database" "Directory Services"]
                     :detection-focus :early-warning})
        
        ;; 7.4 Gerar relatório DEFEND
        defend-report (defend/generate-defend-report
                      {:recommendations defend-recommendations
                       :maturity-assessment maturity-assessment
                       :timeline :quarterly})]
    
    {:phase :adaptive-defense
     :timestamp (java.time.Instant/now)
     :defend-recommendations defend-recommendations
     :maturity-assessment maturity-assessment
     :sensor-plan sensor-plan
     :defense-report defend-report}))

;; ============================================================================
;; 8. ANÁLISE INTEGRADA - Cross-Framework Correlation
;; ============================================================================

(defn integrated-analysis
  "Análise integrada correlacionando todos os 10 frameworks"
  [all-phases]
  (timbre/info "🔗 Realizando INTEGRATED ANALYSIS de todos os frameworks")
  
  ;; Correlacionar findings entre frameworks
  {:integration-analysis
   {:timestamp (java.time.Instant/now)
    :phases-executed (count all-phases)
    :frameworks-integrated 10
    :total-recommendations (reduce + (map #(count (or (:recommendations %) [])) all-phases))
    :threat-findings (get-in all-phases [1 :findings])
    :defense-coverage (get-in all-phases [6 :maturity-assessment])
    :operational-readiness (get-in all-phases [3 :ir-ready])
    :status :production-ready
    :next-actions [:implement-recommendations :continuous-monitoring :quarterly-reassessment]}})

;; ============================================================================
;; MAIN - Orchestração Completa
;; ============================================================================

(defn complete-aegis-assessment
  "Executa uma avaliação de segurança completa usando todo o AEGIS Framework"
  [target-organization team-size operation-type]
  (timbre/info "╔════════════════════════════════════════════════════════════════╗")
  (timbre/info "║           AEGIS FRAMEWORK - COMPLETE ASSESSMENT               ║")
  (timbre/info "║        All-Encompassing Guardian of Integrated Security        ║")
  (timbre/info "╚════════════════════════════════════════════════════════════════╝")
  
  (let [
        ;; Fase 1: Reconhecimento
        recon (reconnaissance-phase target-organization)
        _ (timbre/info " RECON completa com" (count (:osint recon)) "insights")
        
        ;; Fase 2: Threat Modeling
        threat-model (threat-modeling-phase target-organization recon)
        _ (timbre/info " THREAT MODELING com" (count (:technique-mappings threat-model)) "técnicas mapeadas")
        
        ;; Fase 3: Testes Técnicos
        tests (technical-testing-phase target-organization)
        _ (timbre/info " TESTING com" (count (:vulnerabilities tests)) "vulnerabilidades documentadas")
        
        ;; Fase 4: Planejamento Operacional
        ops-plan (operational-planning-phase threat-model)
        _ (timbre/info " OPERATIONS PLANNING com IR plans para" (count (:kill-chain-phases ops-plan)) "fases")
        
        ;; Fase 5: Operações Seguras
        opsec-plan (secure-operations-phase team-size operation-type)
        _ (timbre/info " SECURE OPERATIONS com contraespionagem ativa")
        
        ;; Fase 6: Inteligência de Ameaça
        threat-intel (threat-intelligence-phase [] [])
        _ (timbre/info " THREAT INTELLIGENCE com" (count (:enriched-indicators threat-intel)) "IOCs")
        
        ;; Fase 7: Defesa Adaptativa
        defense (adaptive-defense-phase threat-model (:vulnerabilities tests))
        _ (timbre/info " ADAPTIVE DEFENSE com" (count (:defend-recommendations defense)) "recomendações")
        
        ;; Análise Integrada
        integrated (integrated-analysis [recon threat-model tests ops-plan opsec-plan threat-intel defense])]
    
    {
     :assessment-id (str "AEGIS-" (java.time.LocalDate/now))
     :target-organization target-organization
     :assessment-date (java.time.Instant/now)
     :frameworks-integrated 10
     :phases-completed 7
     :phase-1-reconnaissance recon
     :phase-2-threat-modeling threat-model
     :phase-3-technical-testing tests
     :phase-4-operational-planning ops-plan
     :phase-5-secure-operations opsec-plan
     :phase-6-threat-intelligence threat-intel
     :phase-7-adaptive-defense defense
     :integrated-analysis integrated
     :status :success
     :recommendation "AEGIS Assessment Complete - Ready for implementation"
    }))

;; ============================================================================
;; Exemplo de Uso:
;; ============================================================================

(comment
  ;; Executar avaliação completa
  (complete-aegis-assessment "Target Corp" 10 :red-team)
  
  ;; Fases individuais podem ser executadas separadamente
  (reconnaissance-phase "Target Corp")
  (technical-testing-phase "Target Corp")
  (secure-operations-phase 10 :red-team)
  )

;; ============================================================================
;; FIM DO EXEMPLO
;; ============================================================================