🛡️ Evolving Threat Landscape & Planned Security Controls (2026-2037)
🔍 Three-Horizon AWS-Native Threats • Agentic AI/LLM Security • Multi-Channel Distribution • Advanced Democratic Protection
📋 Document Owner: CEO | 📄 Version: 3.1 | 📅 Last Updated:
2026-05-31 (UTC) | 🚀 Release: v1.0.1
🔄 Review Cycle: Quarterly | ⏰ Next Review: 2026-08-31
🏷️ Classification: Public (Open Source European Parliament Monitoring Platform)
| Category | Document | Description | Status |
|---|---|---|---|
| 🏛️ Architecture | ARCHITECTURE.md | C4 model system architecture | ✅ Current |
| 📊 Data Model | DATA_MODEL.md | Entity relationships and data flow | ✅ Current |
| 🔄 Flowchart | FLOWCHART.md | Process workflows and data flows | ✅ Current |
| 📈 State Diagram | STATEDIAGRAM.md | System state transitions | ✅ Current |
| 🧠 Mind Map | MINDMAP.md | Conceptual system relationships | ✅ Current |
| 💼 SWOT | SWOT.md | Strategic analysis | ✅ Current |
| 🛡️ Security | SECURITY_ARCHITECTURE.md | Security controls and architecture | ✅ Current |
| 🎯 Threats | THREAT_MODEL.md | Current threat landscape (20 threats) | ✅ Current |
| 🔮 Future Threats | FUTURE_THREAT_MODEL.md | This document — Future threat analysis | 📋 Planning |
| 🚀 Future Architecture | FUTURE_ARCHITECTURE.md | Architectural evolution roadmap | 📋 Planning |
| 🚀 Future Security | FUTURE_SECURITY_ARCHITECTURE.md | Planned security enhancements | 📋 Planning |
This document identifies emerging threats and planned security controls for the EU Parliament Monitor as it evolves across three horizons — from today's static site generator (v1.0.x) into an AWS-native serverless European Parliament intelligence platform (v3.0+) authored by an autonomous multi-agent OSINT newsroom and distributed across many channels. It complements the current THREAT_MODEL.md with forward-looking analysis of threats that materialise as new capabilities are added, and it is aligned 1:1 with the three-horizon vision in FUTURE_ARCHITECTURE.md and the v5.0 scenarios in FUTURE_MINDMAP.md.
🧭 Horizon naming (consistent across the FUTURE_ portfolio):* 🟢 v2.0 — Enhanced Static Intelligence (2026 H2 → 2027) · 🔵 v3.0+ — AWS-Native Serverless Platform (2028+) · ⚪ 10-Year AI Lookahead (2026 → 2037). This version (3.0) supersedes the prior "Phase 2/3/4" framing and incorporates the four new future scenarios introduced in FUTURE_MINDMAP v5.0: the autonomous multi-agent OSINT newsroom, multi-channel distribution and expanded data surfaces, the Amazon Neptune knowledge graph, and self-healing serverless operations — each governed by the Hack23 AI Policy invariant (AI proposes, a human approves, no autonomous production deploy).
As an open-source European Parliament monitoring platform, this future threat model is published publicly to:
- 🔍 Demonstrate Proactive Security: Show commitment to anticipating threats before they materialize
- 📋 Enable Community Review: Allow security researchers to review planned defenses
- 🏛️ Democratic Accountability: Ensure transparency in protecting democratic information systems
- 🤝 Build Trust: Provide evidence of systematic security planning to stakeholders
This future threat model follows the Hack23 ISMS Threat Modeling Policy framework. STRIDE is used here for software/platform security analysis (distinct from the political-threat methodology used for editorial/intelligence analysis, where STRIDE is explicitly rejected):
- STRIDE Framework: Threat categorization per future system component (software-security context)
- MITRE ATT&CK: Technique mapping for emerging attack vectors
- MITRE ATLAS: Adversarial-ML / agentic-AI technique mapping for the Bedrock multi-agent layer
- OWASP LLM Top 10 + OWASP Agentic / Multi-Agent threats: AI/LLM and agent-orchestration threat classification
- ENISA Threat Landscape: EU-specific threat intelligence integration
- CIA Triad: Confidentiality, Integrity, Availability impact analysis
| Document | Purpose |
|---|---|
| THREAT_MODEL.md | Current threat landscape (20 threats, v2.4) |
| FUTURE_ARCHITECTURE.md | Three-horizon AWS-native architectural evolution (v4.0) |
| FUTURE_SECURITY_ARCHITECTURE.md | Planned security controls |
| FUTURE_MINDMAP.md | v5.0 future scenarios (multi-agent newsroom, multi-channel distribution, expanded data surfaces, SWOT-to-future traceability) |
| FUTURE_DATA_MODEL.md | AWS-native serverless data + knowledge-graph model |
| Hack23 ISMS - Threat Modeling | Policy framework |
| Hack23 ISMS - Secure Development | Secure SDLC requirements |
| Hack23 ISMS - Vulnerability Management | Vulnerability lifecycle management |
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timeline
title EU Parliament Monitor Architecture Evolution (Three Horizons, 2026-2037)
section Current v1.0.x (2026 H1)
Static Site Generator : Node.js + EP/World Bank/IMF MCP
S3 + CloudFront : CDN-delivered static HTML
14 Languages : Deterministic template generation
Single-Session gh-aw Agent : One 60-min run, one PR
section v2.0 Enhanced Static (2026 H2 - 2027)
Deeper Analytical Quality : Verification + fact-check agents
Multi-Channel Distribution : RSS/Atom/JSON, ActivityPub, newsletter, audio, PWA
Bedrock Guardrails : Neutrality, PII/GDPR, hallucination control
Public JSON API readiness : Journalist/researcher tiers
section v3.0+ AWS Serverless (2028+)
Multi-Agent OSINT Newsroom : Bedrock Agents + Step Functions fleet
Real-Time Ingestion : EventBridge/Kinesis, DOCEO live votes
Knowledge Graph : Amazon Neptune (MEPs, groups, dossiers, votes)
Expanded Data Surfaces : Council, OECD, Eurostat, UN, national parliaments
section 10-Year AI Lookahead (2031 - 2037)
Predictive Legislative Analytics : WEP-banded, no determinism claim
Self-Healing Operations : Auto dependency bump + smoke test
Federation : Cross-parliament transparency network
flowchart LR
subgraph "Current v1.0.x Attack Surface"
direction TB
C1[📄 Static HTML on S3] --- C2[🔌 EP/WB/IMF MCP Clients]
C2 --- C3[⚙️ GitHub Actions + gh-aw]
C3 --- C4[📦 npm Dependencies]
end
subgraph "v2.0 Enhanced Static Surface"
direction TB
H2_1[🤖 Verification/Fact-Check Agents] --- H2_2[🛡️ Bedrock Guardrails]
H2_2 --- H2_3[📡 Multi-Channel Feeds + ActivityPub]
H2_3 --- H2_4[📧 Newsletter + Audio + PWA]
end
subgraph "v3.0+ AWS Serverless Surface"
direction TB
H3_1[🧠 Bedrock Multi-Agent Fleet] --- H3_2[🌐 API Gateway / AppSync / Cognito]
H3_2 --- H3_3[🗄️ DynamoDB / Aurora / OpenSearch / Neptune]
H3_3 --- H3_4[🔁 EventBridge / Kinesis Real-Time Ingestion]
end
subgraph "10-Year Lookahead Surface"
direction TB
H4_1[🌍 Cross-Parliament Federation] --- H4_2[🔧 Self-Healing Auto-Ops]
H4_2 --- H4_3[🧠 Predictive Analytics]
H4_3 --- H4_4[📈 Expanded Institutional Sources]
end
C4 -.->|"+10-14 threats"| H2_1
H2_4 -.->|"+12-16 threats"| H3_1
H3_4 -.->|"+6-10 threats"| H4_1
style C1 fill:#e8f5e9
style H2_1 fill:#fff4e1
style H3_1 fill:#ffe1e1
style H4_1 fill:#f3e5f5
| Asset | Horizon | CIA Classification | Protection Priority |
|---|---|---|---|
| Bedrock Foundation Models & Inference | v2.0+ | C:Low, I:Critical, A:High | Model-agnostic abstraction, provenance, Guardrails on every call |
| Bedrock Agent Definitions & Tool Scopes | v3.0 | C:Medium, I:Critical, A:High | Least-privilege tool grants, per-agent IAM roles, action allow-lists |
| Agent Orchestration State (Step Functions) | v3.0 | C:Medium, I:Critical, A:High | State-machine integrity, idempotency, human approval gate before publish |
| Cognito Identity & API Keys / OAuth Tokens | v3.0 | C:High, I:High, A:Medium | Secret management, rotation, scoped tiers, MFA |
| Authenticated Consumer / Newsletter PII | v2.0/v3.0 | C:High (GDPR), I:High, A:Medium | Privacy by design, KMS encryption at rest, data minimization |
| Knowledge Graph (Amazon Neptune) | v3.0 | C:Low, I:Critical, A:High | Entity-resolution integrity, write-path validation, cited provenance |
| Hot/Relational/Search Stores (DynamoDB, Aurora, OpenSearch) | v3.0 | C:Medium, I:Critical, A:High | IAM scoping, encryption, schema/anomaly validation |
| Multi-Channel Distribution Artifacts (feeds, ActivityPub, audio) | v2.0+ | C:Public, I:High, A:Medium | Deterministic render, signing, syndication integrity |
| Expanded Source Registry (Council/OECD/Eurostat/UN) | v3.1 | C:Low, I:Critical, A:High | Human-approved onboarding, Admiralty grading, provenance/licensing |
| Federation Credentials (cross-parliament) | 10-yr | C:Critical, I:Critical, A:High | Mutual TLS, certificate management, zero-trust |
| Crown Jewel | Threat Category | Worst-Case Impact | Protection Strategy |
|---|---|---|---|
| Democratic Content Integrity | Data/Output Manipulation | Public misinformation from trusted source | Deterministic aggregator (no AI authors HTML), multi-agent verification, confidence scoring, human review |
| Agentic Pipeline Trust | Agent Hijacking / Excessive Agency | Autonomous publication of manipulated analysis | Per-agent least-privilege, Guardrails, mandatory human approval gate, full CloudTrail audit |
| User & Subscriber Privacy (GDPR) | Data Breach | Regulatory fines, reputation damage | Privacy by design, data minimization, KMS encryption, Cognito |
| AI Model & Guardrail Integrity | Model Poisoning / Guardrail Bypass | Systematically biased political content | Model provenance, Bedrock Guardrails, bias detection, neutrality checks |
| Knowledge-Graph & Source Integrity | Graph/Source Poisoning | Corrupted entity relations propagate across products | Human-approved source registry, entity-resolution validation, cited evidence chains |
| Federation Trust | Protocol Abuse | Cross-platform trust compromise | Mutual TLS, zero-trust architecture, audit logging |
Applies to: v2.0 (verification/fact-check agents on Amazon Bedrock) → v3.0+ (Bedrock Knowledge Bases / managed RAG)
| Threat | Description | STRIDE | MITRE ATT&CK / ATLAS | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| LLM Prompt Injection | Adversarial EP data crafted to manipulate LLM output during news generation | Tampering | T1059 · ATLAS AML.T0051 | Medium | High | Input sanitization, Bedrock Guardrails, prompt hardening, output validation |
| LLM Hallucination | AI generates plausible but incorrect parliamentary information | Tampering | N/A · ATLAS AML.T0048 | High | High | Confidence scoring, human-in-the-loop for <0.85 confidence, cross-reference validation |
| Model Poisoning | Training/fine-tuning or RAG-corpus manipulation to bias generated content | Tampering | T1565 · ATLAS AML.T0020 | Low | Critical | Model provenance, RAG-corpus integrity, bias detection |
| LLM Data Leakage | AI model inadvertently exposing sensitive information in generated content | Information Disclosure | T1530 | Low | Medium | Output filtering, PII detection, Guardrails redaction |
| Adversarial Prompt via EP Data | Crafted parliamentary text exploiting LLM instruction-following | Tampering | T1059.006 · ATLAS AML.T0051 | Medium | High | Input boundary enforcement, system prompt hardening |
| Model Supply Chain Attack | Compromised foundation-model access or framework dependency | Tampering | T1195 | Low | Critical | Bedrock managed models, signed artifacts, provenance verification |
OWASP LLM Top 10 Alignment:
| OWASP LLM ID | Threat | EU Parliament Monitor Relevance | Planned Control |
|---|---|---|---|
| LLM01 | Prompt Injection | EP data used as LLM input could contain injection vectors | Input sanitization, prompt hardening, Bedrock Guardrails |
| LLM02 | Insecure Output Handling | Generated content could contain unsafe markup from LLM | Deterministic aggregator render, output validation, CSP, auto-escaping |
| LLM04 | Model Denial of Service | Excessive EP data could overwhelm LLM processing | Rate limiting, input size caps, timeout enforcement |
| LLM05 | Supply Chain Vulnerabilities | Model or framework dependencies could be compromised | Model provenance, dependency scanning |
| LLM06 | Sensitive Information Disclosure | LLM might include sensitive patterns from training data | Output filtering, content review |
| LLM08 | Excessive Agency | Agents granted broad tool/action scope (see FT-002) | Least-privilege tool grants, human approval gate |
| LLM09 | Overreliance | Trusting LLM output without verification | Confidence scoring, human review queue |
Applies to: v3.0+ (Autonomous Multi-Agent OSINT Newsroom — Bedrock Agents + AWS Step Functions, per FUTURE_MINDMAP.md v5.0). Retires the single-session timeout fragility but introduces an orchestration attack surface.
| Threat | Description | STRIDE | MITRE ATT&CK / ATLAS | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| Agent Hijacking | Injected content redirects a collector/analyst agent to attacker-chosen tools or goals | Tampering | ATLAS AML.T0051 · T1059 | Medium | Critical | Per-agent system-prompt hardening, Guardrails, scoped tool allow-lists |
| Excessive Agency / Over-Privilege | An agent holds broader tool or IAM scope than its mandate requires | Elevation of Privilege | T1078 | Medium | High | Least-privilege per-agent IAM roles, action allow-lists, no write-to-prod |
| Inter-Agent Prompt-Injection Cascade | Malicious output of one agent becomes poisoned input to the next (collector → analyst → editor) | Tampering | ATLAS AML.T0051 | Medium | High | Inter-agent message validation, provenance tags, verification agents between stages |
| Tool Poisoning / Rogue MCP Tool | A compromised or spoofed MCP tool returns manipulated data or instructions to an agent | Tampering | T1195 | Low | Critical | Human-approved tool registry, tool-response schema validation, signed tool manifests |
| Orchestrator Compromise | Step Functions state machine altered to skip verification or the human approval gate | Tampering | T1565 | Low | Critical | IaC review, state-machine integrity, immutable definitions, CloudTrail alarms |
| Guardrail Bypass | Adversarial phrasing evades Bedrock Guardrails (neutrality / PII / hallucination filters) | Defense Evasion | ATLAS AML.T0043 | Medium | High | Layered guardrails, red-team prompt suites, defense-in-depth output checks |
| Autonomous Deploy Attempt | An agent attempts to merge/publish without human sign-off | Elevation of Privilege | T1648 | Low | Critical | Hard human approval gate, branch protection, deny autonomous deploy by policy |
| Self-Healing Auto-Bump Supply Chain | Self-healing ops agent auto-bumps a dependency (e.g. gh-aw pin) to a malicious version | Tampering | T1195.001 | Low | High | Recompile + smoke test, pinned digests, human approval before merge |
OWASP Agentic / Multi-Agent Alignment: Excessive Agency, Tool Misuse, Memory/Context Poisoning, Identity & Privilege abuse, and Cascading-Failure are each mapped to a row above; every horizon preserves the AI Policy invariant — AI proposes, a human approves, no autonomous production deploy.
Applies to: v3.0+ (Amazon API Gateway REST/WebSocket, AWS AppSync GraphQL, Amazon Cognito)
| Threat | Description | STRIDE | MITRE ATT&CK | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| API Abuse | Rate-limit bypass, credential stuffing on public REST/GraphQL endpoints | Denial of Service | T1110 | Medium | Medium | Cognito + scoped API keys, AWS WAF rate limiting |
| Server-Side Request Forgery | API/Lambda exploited to reach internal AWS resources (incl. IMDS) | Elevation of Privilege | T1190 | Low | High | IMDSv2, strict allow-listing, VPC egress controls |
| Real-Time Data Poisoning | Malicious data injected into live WebSocket/EventBridge feeds | Tampering | T1565 | Low | High | Schema validation, anomaly detection, data signing |
| Session/Token Hijacking | Authenticated Cognito sessions or JWTs compromised | Spoofing | T1539 | Low | Medium | Short-lived JWTs, HTTPS-only, SameSite cookies, rotation |
| GraphQL Injection / Abuse | Malicious or deeply nested queries exploiting AppSync complexity | Tampering | T1190 | Medium | Medium | Query depth/complexity limits, rate limiting |
| WebSocket Hijacking | Real-time data stream interception or manipulation | Spoofing | T1557 | Low | High | WSS (TLS), origin validation, message authentication |
Applies to: v2.0+ (RSS/Atom/JSON feeds, ActivityPub/Mastodon, newsletter, audio/Amazon Polly, PWA, public JSON API/webhooks — per FUTURE_MINDMAP.md Multi-Channel Distribution)
| Threat | Description | STRIDE | MITRE ATT&CK | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| Feed Poisoning / Spoofing | Tampered or spoofed RSS/Atom/JSON feed misattributes content to the platform | Tampering / Spoofing | T1565 | Low | High | Deterministic render, HTTPS, optional feed signing, canonical URLs |
| ActivityPub Federation Abuse | Spoofed actors, replay, or relay flooding via Mastodon/Fediverse syndication | Spoofing | T1583 | Medium | Medium | HTTP-signature verification, instance allow/deny, outbound-only posture |
| Newsletter List / PII Exposure | Subscriber email list leaked or scraped from opt-in store | Information Disclosure | T1530 | Low | Critical (GDPR) | Double opt-in, KMS encryption, data minimization, unsubscribe integrity |
| Push / Service-Worker Abuse (PWA) | Malicious service-worker scope or push spam from a compromised registration | Tampering | T1505 | Low | Medium | Strict SW scope, CSP, signed pushes, subscription validation |
| Audio/TTS Injection | Crafted text causes Amazon Polly narration to emit misleading SSML/audio | Tampering | T1565 | Low | Medium | SSML sanitization, deterministic script source, content review |
| Public API Tier Abuse | Scraping, quota exhaustion, or data harvesting via journalist/researcher tiers | Denial of Service | T1110 | Medium | Medium | Tiered quotas, API keys, WAF, usage anomaly detection |
| Webhook SSRF / Spoofing | Outbound webhook alerts exploited for SSRF or spoofed inbound webhook events | Spoofing / EoP | T1190 | Low | High | Signed webhooks (HMAC), egress allow-lists, destination validation |
Applies to: v3.0/v3.1 (Council, OECD, Eurostat, UN, national-parliament onboarding; Amazon Neptune knowledge graph; entity resolution — per FUTURE_MINDMAP.md Expanded Data Surfaces)
| Threat | Description | STRIDE | MITRE ATT&CK | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| Source-Onboarding Poisoning | A newly onboarded institutional source injects manipulated or licence-encumbered data | Tampering | T1195.002 | Medium | High | Human-approved source registry, Admiralty grading, provenance/licensing checks |
| Knowledge-Graph Poisoning | Malicious writes corrupt Neptune entity/relationship edges, propagating across products | Tampering | T1565 | Low | Critical | Write-path validation, signed ingest, graph integrity audits, cited evidence |
| Entity-Resolution Attack | Crafted near-duplicate identities cause mis-merge of MEPs/parties across parliaments | Tampering | T1036 | Medium | High | Deterministic resolution rules, confidence thresholds, human adjudication |
| Cross-Parliament Data Integrity | Inconsistent data between EU and national-parliament sources | Tampering | T1565 | Medium | Medium | Reconciliation, source verification, integrity checksums |
| Indicator-Mapping Manipulation | Self-curating data-surface agent proposes a biased OECD/Eurostat indicator mapping | Tampering | T1565 | Low | Medium | Human-approved mapping registry, dual-source triangulation |
Applies to: v3.0 (opt-in dynamic engagement layer behind the static edge)
| Threat | Description | STRIDE | MITRE ATT&CK | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| User-Generated Content Abuse | Spam, disinformation, or political manipulation via feedback system | Tampering | T1491 | High | Medium | Content moderation, anti-spam filters, reporting mechanism |
| GDPR Data Breach | User personal data exposure from community features | Information Disclosure | T1530 | Low | Critical | Privacy by design, data minimization, encryption at rest |
| Account Takeover | Community user accounts compromised for manipulation | Spoofing | T1078 | Medium | Medium | MFA, rate limiting, anomaly detection |
| Coordinated Inauthentic Behavior | Bot networks manipulating community sentiment | Repudiation | T1583 | Medium | High | Bot detection, behavioral analysis, rate limiting |
| Cross-Site Scripting (Stored) | User-submitted content containing XSS payloads | Tampering | T1189 | Medium | High | Input sanitization, CSP, output encoding |
Applies to: 10-Year AI Lookahead (cross-parliament federation / decentralized transparency network)
| Threat | Description | STRIDE | MITRE ATT&CK | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| Cross-Parliament Data Integrity | Inconsistent data between EU and national parliament sources | Tampering | T1565 | Medium | Medium | Data reconciliation, source verification, integrity checksums |
| Federation Protocol Abuse | Exploiting inter-system communication for unauthorized data access | Elevation of Privilege | T1071 | Low | High | Mutual TLS, API authentication, protocol validation |
| Jurisdiction Conflict | Different privacy laws (GDPR vs. national) creating compliance gaps | N/A | N/A | Medium | Medium | Legal review per jurisdiction, data classification, consent management |
| Supply Chain via Federation Partner | Compromised national parliament data source injecting malicious data | Tampering | T1195.002 | Low | Critical | Source validation, data integrity checks, anomaly detection |
| DNS Hijacking of Federation Endpoints | Redirecting federation traffic to attacker-controlled servers | Spoofing | T1584.002 | Low | High | Certificate pinning, DNSSEC, mutual TLS |
Applies to: v2.0+ (Electoral and Democratic Intelligence capabilities — per FUTURE_MINDMAP.md Electoral Intelligence, seat-projection models, 2029/2034 election-cycle coverage). This category addresses threats to the platform's role as a trusted democratic transparency infrastructure — distinct from software-security threats, these target the platform's societal mission.
| Threat | Description | STRIDE | MITRE ATT&CK | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| 🗳️ Election-Period Targeted Manipulation | Coordinated attacks timed to EU election windows (2029, 2034) to inject biased content during peak public attention | Tampering | T1565 · T1583 | High | Critical | Election security protocols, enhanced monitoring windows, manual review override, pre-election content freeze options |
| 📊 Seat-Projection Model Poisoning | Manipulated input data or model parameters bias seat-projection forecasts to influence expectations or demoralize voters | Tampering | ATLAS AML.T0020 | Medium | High | WEP-banded confidence, no determinism claims, pre-registered methodology, independent validation, human sign-off |
| 🏛️ Democratic Institution Delegitimization | Platform output selectively weaponized to erode trust in EU Parliament or specific democratic processes | Spoofing | T1583 | Medium | High | Context-preserving summaries, C2PA content authenticity, canonical URLs, correction channel, balanced framing |
| 🎯 Voter Suppression via Misinformation | Crafted content discouraging voter turnout by presenting misleading parliamentary data (e.g., "your vote doesn't matter" narratives) | Tampering | T1565 | Medium | Critical | Neutral descriptive framing, no advocacy, turnout context always paired with participation data, editorial review |
| 📉 Mandate-Tracking Manipulation | Distorted promise-tracking or mandate-vs-voting-record analysis used to unfairly target specific MEPs or parties | Repudiation | T1565 | Medium | High | Question-not-accusation framing, sourced evidence chains, human editorial review, balanced coverage metrics |
| ⚖️ Selective Transparency Weaponization | Adversary exploits platform's open data to construct misleading narratives by cherry-picking parliamentary data out of context | Spoofing | T1583 | High | Medium | Context-rich presentations, canonical citations, watermarking, proactive narrative monitoring |
Democratic Protection Invariant: The platform serves all citizens equally — it is descriptive, not prescriptive; neutral, not partisan. Every electoral-intelligence output must preserve the citizen's right to form their own judgment. Controls protect against both external attacks on democratic content and internal drift toward partisan framing.
flowchart TD
subgraph "🗳️ Democratic Threat Kill Chain"
direction TB
DT1[🎯 Adversary identifies<br/>election window] --> DT2[📡 Crafts manipulated<br/>input data]
DT2 --> DT3[🤖 Exploits AI pipeline<br/>for biased output]
DT3 --> DT4[📢 Amplifies via<br/>platform channels]
DT4 --> DT5[🗳️ Impacts voter<br/>perception/turnout]
end
subgraph "🛡️ Democratic Defense Layers"
direction TB
DD1[🔍 Election monitoring<br/>protocols activated] --> DD2[🧪 Enhanced input<br/>validation and review]
DD2 --> DD3[⚖️ Neutrality checks<br/>and WEP banding]
DD3 --> DD4[👤 Human editorial<br/>gate before publish]
DD4 --> DD5[📋 Post-publication<br/>corrections channel]
end
DT1 -.->|"Detected by"| DD1
DT2 -.->|"Blocked by"| DD2
DT3 -.->|"Caught by"| DD3
DT4 -.->|"Requires"| DD4
DT5 -.->|"Mitigated by"| DD5
style DT1 fill:#ffe1e1
style DT5 fill:#ff6b6b,color:#fff
style DD1 fill:#e8f5e9
style DD5 fill:#c8e6c9
Applies to: v2.0+ (Counter-Disinformation & Information-Integrity Layer, Counter-FIMI tradecraft — per FUTURE_MINDMAP.md DISARM TTP tagging, coordinated inauthentic behavior detection, narrative-to-dossier mapping). These threats target the platform's defensive detection capabilities — adversaries who discover they are being monitored may attempt to blind, discredit, or weaponize the detection layer itself.
| Threat | Description | STRIDE | MITRE ATT&CK | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| 🔇 Detection-Layer Blinding | Adversary identifies FIMI-detection heuristics and adapts operations to evade detection (counter-counter-intelligence) | Defense Evasion | T1562 · ATLAS AML.T0043 | High | High | Layered detection heuristics, red-team exercises, regularly updated detection models, behavioral (not keyword) analysis |
| 🎭 False-Flag FIMI Attribution | Adversary frames a third party by mimicking their TTP signature in detected influence operations | Spoofing | T1583 | Medium | Critical | Evidence-bounded attribution, DISARM discipline, no attribution beyond sourced facts, dual-analyst review |
| 📰 Detection Weaponization | Adversary deliberately triggers FIMI alerts to discredit the detection system or target specific actors with false positives | Tampering | T1565 | Medium | High | High-confidence threshold before publication, human adjudication, false-positive rate monitoring, correction process |
| 🤖 Coordinated Amplification at Scale | AI-powered bot networks operating at volumes that overwhelm detection capacity (narrative flooding) | Denial of Service | T1499 · T1583 | Medium | Medium | Scalable detection infrastructure, volumetric anomaly detection, rate limiting, progressive analysis |
| 🔄 Narrative Laundering via Proxies | Adversary uses legitimate media, academia, or NGOs to launder manipulated narratives before they reach EP-related discourse | Spoofing | T1583.001 | High | High | Multi-hop provenance tracing, original-source triangulation, temporal correlation analysis, independent-source requirement |
| Over-sensitive detection labels legitimate political debate or dissent as "coordinated inauthentic behavior" | Repudiation | N/A | Medium | High | Strict "detection not influence" boundary, no individual targeting, public-interest-only scope, external oversight | |
| 🌐 Cross-Language Coordination Evasion | FIMI campaigns fragment narratives across EU languages to avoid cross-language pattern detection | Defense Evasion | T1027 | Medium | Medium | 24-language NLP coverage, cross-language semantic similarity, narrative-cluster analysis, temporal alignment |
FIMI Defense Doctrine: Detection is strictly defensive and descriptive — the platform detects and contextualises but never influences, never attributes beyond evidence, and never targets individuals. The DISARM framework provides structured TTP vocabulary; the ABCDE (Actor-Behaviour-Content-Degree-Effect) model ensures neutral incident framing.
flowchart LR
subgraph "🕵️ FIMI Kill Chain (Adversary)"
direction TB
F1[🎯 Objective Selection<br/>Target EP dossier] --> F2[🤖 Infrastructure<br/>Bot network setup]
F2 --> F3[📝 Content Creation<br/>Narrative crafting]
F3 --> F4[📡 Amplification<br/>Cross-platform spread]
F4 --> F5[🎭 Legitimation<br/>Proxy laundering]
F5 --> F6[💥 Effect<br/>Public opinion shift]
end
subgraph "🛡️ Platform Detection Layers"
direction TB
D1[📊 Behavioral Anomaly<br/>Detection] --> D2[🌐 Cross-Language<br/>Narrative Clustering]
D2 --> D3[🔗 Source Provenance<br/>Triangulation]
D3 --> D4[🏷️ DISARM TTP<br/>Classification]
D4 --> D5[👤 Human Analyst<br/>Adjudication]
D5 --> D6[📋 Citizen Context<br/>Publication]
end
F2 -.->|"Detected by"| D1
F3 -.->|"Clustered by"| D2
F5 -.->|"Traced by"| D3
F4 -.->|"Classified by"| D4
style F1 fill:#ffe1e1
style F6 fill:#ff6b6b,color:#fff
style D1 fill:#e8f5e9
style D6 fill:#c8e6c9
Applies to: v3.0+ (Integrity, Declarations, and Conflict-of-Interest Analytics — per FUTURE_MINDMAP.md lobby-to-vote correlation, revolving-door patterns, declaration completeness scoring). These threats arise from the platform's capability to surface public-interest integrity questions about MEPs — a capability that creates unique legal, reputational, and adversarial risks.
| Threat | Description | STRIDE | MITRE ATT&CK | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| ⚖️ Defamation via False Correlation | Lobby-to-vote or revolving-door analytics produce a statistical correlation that is presented (or perceived) as causal — harming a public figure's reputation | Repudiation | N/A | Medium | Critical | Question-not-accusation framing, evidence-chain requirement, human legal/editorial review, confidence banding, dual-analyst sign-off |
| 🎯 Targeted Integrity-Score Manipulation | Adversary manipulates public declarations or Transparency Register entries to artificially inflate/deflate an MEP's integrity indicators | Tampering | T1565 | Low | High | Multi-source triangulation, temporal anomaly detection, declaration-change audit, human review before publishing integrity findings |
| 🔒 Strategic Litigation Against Public Participation (SLAPP) | Litigious actors use legal threats to suppress legitimate public-interest integrity findings | N/A (legal) | N/A | Medium | High | Anti-SLAPP legal preparedness, EU Anti-SLAPP Directive alignment, evidence preservation, publisher's insurance, legal review workflow |
| 📊 Declaration Data Quality Exploitation | Incomplete or inconsistent MEP declarations exploited to produce misleading completeness scores | Tampering | T1565 | Medium | Medium | Acknowledge data-quality limitations, score methodology transparency, "data gap" versus "non-disclosure" distinction |
| 🔄 Revolving-Door False Positive | Career-transition detection incorrectly flags legitimate employment changes as corruption indicators | Repudiation | N/A | Medium | High | Strict public-data-only boundary, contextual framing, human expert review, correction mechanism, no accusatory language |
| 🕸️ Lobby Network Evasion | Lobbying actors restructure influence pathways to avoid detection by the platform's register-meeting-to-dossier matching | Defense Evasion | T1036 | High | Medium | Multi-signal correlation, temporal proximity analysis, behavioral patterns beyond direct meetings, continuous methodology adaptation |
Integrity Analytics Invariant: Every finding uses public declarations only, is framed as a question not an accusation, requires evidence-linked sourcing, and undergoes human review before release. The platform explicitly adopts a journalist privilege framing — surfacing matters of public interest for further investigation, not rendering verdicts.
Applies to: Current v1.0.x → v2.0+ (GitHub Actions, gh-aw agentic workflows, PAT credential management, safe-outputs pipeline, multi-workflow orchestration — per FUTURE_WORKFLOWS.md). These threats target the build and deployment pipeline that produces all platform artifacts.
| Threat | Description | STRIDE | MITRE ATT&CK | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| 🔑 PAT / Credential Exposure in Workflows | Personal Access Tokens or MCP secrets exposed via workflow logs, environment leakage, or compromised action steps | Credential Access | T1552.001 | Medium | Critical | Secret scanning, audit-logged credential access, short-lived tokens, environment isolation, masked outputs |
| 📦 gh-aw Agent Prompt Injection | Adversarial content in PR descriptions, issue bodies, or fetched data injects instructions into agentic workflow prompts | Tampering | ATLAS AML.T0051 · T1059 | Medium | High | Prompt boundary enforcement, input sanitization, scoped agent permissions, safe-output validation |
| 🔄 Workflow Dispatch Manipulation | Unauthorized or manipulated workflow_dispatch triggers cause unintended builds, deployments, or data processing | Elevation of Privilege | T1078 | Low | High | Branch protection, actor validation, required approvals for sensitive dispatches, audit logging |
| 📋 Safe-Outputs Pipeline Bypass | Adversary crafts PR content that passes safe-output validation but contains malicious artifacts (HTML injection, XSS payloads) | Tampering | T1195 | Low | High | Multi-layer validation, schema enforcement, CSP headers in output, deterministic template rendering |
| 🕐 Workflow Timeout Exploitation | Adversary triggers long-running operations that exhaust the 60-min gh-aw timeout, causing incomplete state or race conditions | Denial of Service | T1499 | Medium | Medium | Emergency-flush thresholds (40 min), graceful degradation, idempotent operations, state checkpointing |
| 🔗 Action Supply Chain Compromise | Compromised GitHub Action (tag-jacking or dependency confusion) injects malicious steps into CI pipeline | Tampering | T1195.001 | Low | Critical | SHA-pinned actions, Scorecard monitoring, action audit, minimal action surface, Dependabot for actions |
| 📤 Artifact Integrity Tampering | Build artifacts (HTML, JSON, RSS) modified between generation and S3 deployment | Tampering | T1565 | Low | High | SLSA provenance, checksum verification, signed commits, deployment integrity checks |
flowchart TD
subgraph "⚙️ CI/CD Attack Surface"
direction TB
W1[📝 PR / Issue Content] --> W2[🤖 gh-aw Agent<br/>Prompt Processing]
W2 --> W3[🔧 Build and<br/>Validation Steps]
W3 --> W4[📦 Artifact<br/>Generation]
W4 --> W5[🚀 S3 Deployment<br/>via Safe Outputs]
end
subgraph "🛡️ Pipeline Security Controls"
direction TB
P1[🔒 Secret scanning<br/>and masked outputs] --> P2[🧹 Input sanitization<br/>and prompt boundaries]
P2 --> P3[📌 SHA-pinned actions<br/>and SLSA provenance]
P3 --> P4[✅ Multi-layer<br/>validation gates]
P4 --> P5[🔐 Checksum verify<br/>and signed deploy]
end
W1 -.->|"Sanitized by"| P2
W2 -.->|"Secured by"| P1
W3 -.->|"Pinned by"| P3
W4 -.->|"Validated by"| P4
W5 -.->|"Verified by"| P5
style W1 fill:#fff4e1
style W5 fill:#ffe1e1
style P1 fill:#e8f5e9
style P5 fill:#c8e6c9
Applies to: v2.0+ (multi-language, multi-channel delivery, global accessibility of democratic transparency content). These threats target the platform's availability as a democratic public good — particularly relevant given that EU Parliament monitoring content may be politically sensitive in certain jurisdictions.
| Threat | Description | STRIDE | MITRE ATT&CK | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| 🚫 State-Level Content Blocking | Authoritarian regimes block access to the platform's CloudFront distribution to suppress EU transparency content | Denial of Service | T1498 | Medium | Medium | Multi-CDN distribution, alternative domain strategies, Tor/IPFS mirrors (10-year), content caching in federated nodes |
| 🔍 Metadata Surveillance of Consumers | State actors monitor who accesses EU Parliament transparency content to identify dissidents or journalists | Information Disclosure | T1040 | Medium | High | Privacy-respecting analytics (no PII), no user tracking, HTTPS-only, no access logs shared, privacy-by-design |
| 📵 Selective Channel Disruption | Targeted blocking of specific distribution channels (ActivityPub/Mastodon blocked, RSS allowed) to fragment access | Denial of Service | T1498 | Low | Medium | Channel diversity, cross-channel content parity, offline-capable PWA, downloadable archives |
| 🗣️ Language-Specific Content Suppression | Attacks targeting specific language variants (e.g., suppressing content in languages of EU-critical states) | Denial of Service | T1491 | Low | Medium | Equal treatment across 14+ languages, language-parity monitoring, multi-origin serving |
| ♿ Accessibility Degradation Attack | Adversary targets accessibility features (screen readers, ARIA, keyboard nav) to exclude users with disabilities from democratic content | Tampering | T1491 | Low | Medium | Automated accessibility testing (WCAG 2.1 AA), integrity monitoring of a11y attributes, deterministic template rendering |
| 🔗 Link Rot & Reference Decay | Systematic degradation of source citations and evidence links, undermining provenance verification | Tampering | T1565 | Medium | Medium | Citation archival (Wayback Machine integration), local source caching, broken-link monitoring, evidence manifest |
Applies to: v3.0+ (Amazon S3/CloudFront, API Gateway/AppSync, Lambda/Step Functions, DynamoDB/Aurora/OpenSearch/Neptune, Cognito, KMS, EventBridge/Kinesis — the all-in-AWS substrate from FUTURE_ARCHITECTURE.md)
| Threat | Description | STRIDE | MITRE ATT&CK | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| IAM Misconfiguration / Over-Privilege | Over-broad Lambda/agent IAM roles enable lateral movement | Elevation of Privilege | T1078.004 | Medium | High | Least-privilege roles, IAM Access Analyzer, permission boundaries |
| IMDS / SSRF to Internal Metadata | SSRF reaches the instance metadata service to steal role credentials | Credential Access | T1552.005 | Low | High | IMDSv2 enforced, egress controls, no long-running EC2 |
| Data-Store Exposure | Misconfigured S3/DynamoDB/Aurora/OpenSearch grants public or broad read | Information Disclosure | T1530 | Low | Critical | Block Public Access, KMS encryption, scoped resource policies |
| KMS Key Mismanagement | Encryption key over-shared or lacks rotation | Information Disclosure | T1552 | Low | High | Per-domain CMKs, key policies, automatic rotation |
| IaC Supply-Chain Compromise | Malicious module/template in the CDK/Terraform deploy path | Tampering | T1195 | Low | Critical | Pinned modules, plan review, OIDC-scoped deploy roles, drift detection |
| Serverless Event-Injection | Forged EventBridge/SQS/Kinesis events trigger unintended Lambda/agent actions | Tampering | T1565 | Low | High | Event source validation, schema registry, signed events, DLQs |
| Cost / Resource Exhaustion (Denial of Wallet) | Adversary drives serverless invocations to inflate cost or throttle service | Denial of Service | T1499 | Medium | Medium | WAF + edge caching, concurrency caps, budgets/alarms, throttles |
Applies to: v2.0 → v3.2+ (the intelligence product itself — the capability roadmap in FUTURE_MINDMAP.md). Where FT-001…FT-008 protect the infrastructure and pipeline, FT-009 protects the trustworthiness, neutrality, and provenance of the analysis — the actual moat. These are tradecraft threats: a successful one does not crash a server, it silently produces a biased, false, or weaponisable assessment that a citizen trusts. STRIDE is shown for table parity but the governing doctrine is the 5-framework political-threat methodology (STRIDE is explicitly rejected for political analysis).
| Threat | Description | STRIDE | MITRE ATT&CK / ATLAS | Likelihood | Impact | Mitigation Strategy |
|---|---|---|---|---|---|---|
| Model Political-Lean Drift | A model upgrade silently shifts the partisan baseline of generated analysis, eroding neutrality | Tampering | ATLAS AML.T0018 | Medium | Critical | Continuous political-lean benchmarking, neutrality regression suite, sovereign/EU model eval, human sign-off |
| False Indications-and-Warning Manufacturing | Adversary engineers PUBLIC-source activity to trip a watchlist indicator and provoke a false warning | Tampering | T1565 · ATLAS AML.T0020 | Low | High | Multi-indicator corroboration, WEP-banded confidence, human-confirmation gate, baseline anomaly review |
| Integrity-Analytics False Positive (Defamation Risk) | A lobby-to-vote or conflict-of-interest correlation is published as fact rather than sourced question, harming a public figure | Repudiation | N/A | Medium | Critical | Question-not-accusation framing, evidence-chain requirement, human legal/editorial review before release |
| Counter-FIMI False Attribution | Coordinated-narrative detection over-attributes a campaign to a state/actor beyond the evidence | Repudiation | N/A | Medium | High | Evidence-bounded attribution, DISARM TTP discipline, no attribution beyond sourced facts, dual review |
| Forecast-Calibration Gaming | Estimative questions or resolution criteria are framed to flatter the track record | Repudiation | N/A | Low | Medium | Pre-registered questions, independent outcome scoring, immutable forecast ledger |
| Narrative Laundering via the Platform | Adversary cites neutral platform output out of context to lend false credibility to a partisan claim | Spoofing | T1583 | Medium | Medium | Content-authenticity signing (C2PA), canonical URLs, context-preserving summaries, correction channel |
| Dissent Suppression / Single-Hypothesis Collapse | Pressure or automation drops the minority hypothesis, producing false analytic certainty | Tampering | ATLAS AML.T0048 | Low | High | Mandatory competing hypotheses, recorded dissent, red-team/devil's-advocate gate |
| Source-Triangulation Evasion | A single manipulated source is presented as corroborated by recycling it across surfaces | Tampering | T1565 | Medium | High | Independent-source requirement, Admiralty grading, single-source flagging |
| Provenance / Evidence-Chain Tampering | Citations are altered or detached so a claim cannot be traced to a primary EP source | Tampering | T1565 | Low | Critical | Immutable evidence manifest, CloudTrail logging, signed artifacts, citation-existence validation |
Analytic-integrity invariant: every FT-009 mitigation reduces to the same three non-negotiables enforced across the methodology library — competing hypotheses always, confidence and source-grade always, human accountability always. The single highest-impact threat is Model Political-Lean Drift: it is slow, silent, and strikes the neutrality that is the platform's entire reason to exist, which is why model-neutrality assurance is elevated to a first-class control in FUTURE_SECURITY_ARCHITECTURE.md.
| Tactic | Current Coverage | v2.0 (Agents/Distribution) | v3.0+ (AWS/API/Graph) | 10-Year (Federation) |
|---|---|---|---|---|
| Initial Access | ✅ Supply chain, dependency | 🔮 Prompt injection, feed/ActivityPub spoof | 🔮 API exploitation, IaC compromise, credential stuffing | 🔮 Federation endpoint abuse |
| Execution | ✅ GitHub Actions | 🔮 Agent hijacking, guardrail bypass | 🔮 GraphQL injection, serverless event-injection | 🔮 Cross-parliament code execution |
| Persistence | ✅ Repository compromise | 🔮 Poisoned agent memory/RAG corpus | 🔮 Account/session persistence, backdoored IaC | 🔮 Federation trust abuse |
| Privilege Escalation | ✅ Token scope abuse | 🔮 Excessive agency / over-privileged agents | 🔮 IAM/OAuth scope escalation, IMDS abuse | 🔮 Cross-jurisdiction privilege |
| Defense Evasion | ✅ SHA pinning bypass | 🔮 Guardrail evasion, inter-agent cascade, FIMI detection blinding | 🔮 WAF bypass, event spoofing, lobby network evasion | 🔮 Cross-border evasion, cross-language FIMI fragmentation |
| Credential Access | ✅ Secret exposure | 🔮 Tool/API key extraction via agents, PAT workflow leakage | 🔮 KMS/Cognito token theft, IMDS creds | 🔮 mTLS certificate theft |
| Collection | ✅ EP data access | 🔮 RAG/training-data extraction | 🔮 Data-store scraping, graph harvest, integrity declaration mining | 🔮 Cross-parliament data harvest |
| Impact | ✅ Content manipulation | 🔮 Autonomous biased publication, election-period manipulation | 🔮 Knowledge-graph poisoning, denial-of-wallet, false FIMI attribution | 🔮 Democratic process manipulation, censorship |
graph TD
ROOT[🎯 Compromise Democratic<br/>Content Integrity] --> AI[🤖 AI/Agent Pipeline Attack]
ROOT --> API[🌐 API/Cloud Attack]
ROOT --> DIST[📡 Distribution Attack]
ROOT --> DATA[🌍 Data-Surface/Graph Attack]
ROOT --> SOCIAL[👥 Social Engineering]
ROOT --> DEMO[🗳️ Democratic Process Attack]
ROOT --> CICD[⚙️ CI/CD Pipeline Attack]
AI --> AI1[Prompt Injection<br/>via EP Data]
AI --> AI2[Agent Hijacking /<br/>Excessive Agency]
AI --> AI3[Inter-Agent<br/>Cascade]
AI --> AI4[Guardrail<br/>Bypass]
AI --> AI5[Autonomous<br/>Deploy Attempt]
API --> API1[GraphQL<br/>Injection]
API --> API2[IAM / IMDS<br/>Abuse]
API --> API3[Serverless<br/>Event Injection]
DIST --> DIST1[Feed / ActivityPub<br/>Spoofing]
DIST --> DIST2[Newsletter PII<br/>Exposure]
DIST --> DIST3[Webhook / API<br/>Tier Abuse]
DATA --> DATA1[Knowledge-Graph<br/>Poisoning]
DATA --> DATA2[Source-Onboarding<br/>Poisoning]
DATA --> DATA3[Entity-Resolution<br/>Attack]
SOCIAL --> SOC1[Coordinated<br/>Inauthentic Behavior]
SOCIAL --> SOC2[Insider<br/>Threat]
DEMO --> DEMO1[Election-Period<br/>Manipulation]
DEMO --> DEMO2[FIMI / Foreign<br/>Influence Ops]
DEMO --> DEMO3[Integrity Analytics<br/>Weaponization]
DEMO --> DEMO4[Censorship /<br/>Content Blocking]
DEMO --> DEMO5[Selective Transparency<br/>Weaponization]
CICD --> CICD1[Action Supply<br/>Chain Compromise]
CICD --> CICD2[PAT / Secret<br/>Exfiltration]
CICD --> CICD3[gh-aw Prompt<br/>Injection]
CICD --> CICD4[Safe-Output<br/>Bypass]
style ROOT fill:#ff6b6b,color:#fff
style AI fill:#fff4e1
style API fill:#e1f5ff
style DIST fill:#e8f5e9
style DATA fill:#f3e5f5
style SOCIAL fill:#ffe1e1
style DEMO fill:#e1f0ff
style CICD fill:#fff8e1
flowchart TB
subgraph "Layer 1: Perimeter and Distribution"
direction LR
L1A[🌐 CloudFront WAF<br/>Rate limiting DDoS] --- L1B[📡 Feed signing<br/>HTTP signatures] --- L1C[🔐 Multi-CDN<br/>Censorship resistance]
end
subgraph "Layer 2: Identity and Access"
direction LR
L2A[🔑 Cognito federated auth<br/>OAuth2 / OIDC] --- L2B[🏷️ Per-agent IAM<br/>Least privilege] --- L2C[🔒 Secret scanning<br/>Masked outputs]
end
subgraph "Layer 3: AI and Content Integrity"
direction LR
L3A[🤖 Bedrock Guardrails<br/>Neutrality / PII filter] --- L3B[⚖️ Neutrality regression<br/>Political lean checks] --- L3C[📋 C2PA provenance<br/>Content authenticity]
end
subgraph "Layer 4: Democratic Protection"
direction LR
L4A[🗳️ Election protocols<br/>Enhanced monitoring] --- L4B[🕵️ FIMI detection<br/>DISARM framework] --- L4C[👥 Dual-analyst review<br/>Human accountability]
end
subgraph "Layer 5: Data and Pipeline"
direction LR
L5A[📌 SHA-pinned actions<br/>SLSA provenance] --- L5B[🌍 Source registry<br/>Admiralty grading] --- L5C[🧪 Graph integrity<br/>Anomaly detection]
end
subgraph "Layer 6: Audit and Response"
direction LR
L6A[📊 CloudTrail logging<br/>Immutable audit] --- L6B[🚨 SIEM alerts<br/>Anomaly response] --- L6C[📋 Correction channel<br/>Evidence preservation]
end
L1A --> L2A
L2A --> L3A
L3A --> L4A
L4A --> L5A
L5A --> L6A
style L1A fill:#e1f5ff
style L2A fill:#e8f5e9
style L3A fill:#fff4e1
style L4A fill:#e1f0ff
style L5A fill:#f3e5f5
style L6A fill:#ffe1e1
| Agent Type | Current Risk | v2.0 Risk | v3.0+ Risk | 10-Year Risk | Evolution Driver |
|---|---|---|---|---|---|
| 🏛️ Nation-State Actors | Medium | High | High | Critical | AI manipulation tools, geopolitical interest in EU data |
| 💰 Cybercriminals | Low | Medium | High | High | API monetization + denial-of-wallet create financial targets |
| 🎭 Hacktivists | Medium | Medium | High | High | Distribution + community features enable social manipulation |
| 👤 Malicious Insiders | Low | Medium | Medium | High | Expanded team, federation partners, agent tool scopes |
| 🔧 Accidental Insiders | Medium | High | High | High | Agentic complexity increases error probability |
| 🤖 AI-Powered Attackers | Low | High | High | Critical | Automated adversarial content + agent-targeting attacks |
| 🏴 Foreign Information Operators | Medium | High | High | Critical | FIMI campaigns, coordinated inauthentic behavior, narrative laundering |
| ⚖️ Litigious Actors (SLAPP) | Low | Medium | High | High | Strategic litigation to suppress public-interest transparency findings |
| 🏢 Corporate Lobby Networks | Low | Medium | Medium | High | Evasion of lobby-to-vote detection, declaration manipulation |
| 🌐 Authoritarian State Censors | Low | Low | Medium | Medium | Content blocking, metadata surveillance, platform suppression |
| Capability | 2026 (Current) | v2.0/v3.0 (2027-2028) | 10-Year (2031+) |
|---|---|---|---|
| Adversarial ML | Emerging | Mainstream | Advanced |
| Agent-Targeting Attacks | Theoretical | Active (hijacking, tool poisoning) | Autonomous agent-vs-agent |
| Automated Content Manipulation | Basic | Sophisticated | AI-native |
| Cross-Platform Attacks | Limited | Moderate (distribution/federation) | Advanced (federation) |
| Supply Chain Sophistication | Known patterns | Model + IaC + tool supply chain | Federation supply chain |
| Democratic Process Targeting | Election periods | Continuous influence | Systemic manipulation |
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quadrantChart
title 🔮 Future Threat Risk Assessment
x-axis Low Likelihood --> High Likelihood
y-axis Low Impact --> High Impact
quadrant-1 Monitor & Prepare
quadrant-2 Immediate Planning Required
quadrant-3 Accept Risk
quadrant-4 Design Controls Now
"🤖 LLM Hallucination": [0.75, 0.70]
"🧠 Agent Hijacking": [0.55, 0.88]
"🧠 Excessive Agency": [0.55, 0.72]
"🧠 Guardrail Bypass": [0.55, 0.68]
"🤖 Prompt Injection": [0.55, 0.65]
"🤖 Model Poisoning": [0.30, 0.85]
"🌐 API Abuse": [0.60, 0.50]
"☁️ IAM Over-Privilege": [0.55, 0.75]
"📡 ActivityPub Abuse": [0.58, 0.45]
"📡 Newsletter PII": [0.30, 0.82]
"🌍 KG Poisoning": [0.30, 0.88]
"🌍 Source Onboarding": [0.55, 0.66]
"👥 Content Abuse": [0.70, 0.45]
"🌍 Federation Abuse": [0.30, 0.65]
"🗳️ Election Manipulation": [0.65, 0.92]
"🕵️ FIMI Detection Blind": [0.65, 0.78]
"⚖️ Defamation Risk": [0.55, 0.85]
"🔑 Credential Exposure": [0.55, 0.82]
"🚫 Content Blocking": [0.50, 0.48]
| Threat ID | Threat | Likelihood (1-5) | Impact (1-5) | Risk Score | Priority |
|---|---|---|---|---|---|
| FT-001a | LLM Prompt Injection | 3 | 4 | 12 | 🔴 High |
| FT-001b | LLM Hallucination | 4 | 4 | 16 | 🔴 Critical |
| FT-001c | Model Poisoning | 2 | 5 | 10 | 🔴 High |
| FT-002a | Agent Hijacking | 3 | 5 | 15 | 🔴 Critical |
| FT-002b | Excessive Agency / Over-Privilege | 3 | 4 | 12 | 🔴 High |
| FT-002c | Inter-Agent Cascade | 3 | 4 | 12 | 🔴 High |
| FT-002d | Tool Poisoning / Rogue MCP Tool | 2 | 5 | 10 | 🔴 High |
| FT-002e | Orchestrator Compromise | 2 | 5 | 10 | 🔴 High |
| FT-002f | Guardrail Bypass | 3 | 4 | 12 | 🔴 High |
| FT-003a | API Abuse | 3 | 3 | 9 | 🟡 Medium |
| FT-003b | SSRF | 2 | 4 | 8 | 🟡 Medium |
| FT-004a | Feed / ActivityPub Spoofing | 3 | 3 | 9 | 🟡 Medium |
| FT-004b | Newsletter PII Exposure | 2 | 5 | 10 | 🔴 High |
| FT-004c | Webhook SSRF / Spoofing | 2 | 4 | 8 | 🟡 Medium |
| FT-005a | Source-Onboarding Poisoning | 3 | 4 | 12 | 🔴 High |
| FT-005b | Knowledge-Graph Poisoning | 2 | 5 | 10 | 🔴 High |
| FT-005c | Entity-Resolution Attack | 3 | 4 | 12 | 🔴 High |
| FT-006a | Community Content Abuse | 4 | 3 | 12 | 🔴 High |
| FT-006b | GDPR Breach | 2 | 5 | 10 | 🔴 High |
| FT-007a | Cross-Parliament Integrity | 3 | 3 | 9 | 🟡 Medium |
| FT-008a | IAM Misconfiguration / Over-Privilege | 3 | 4 | 12 | 🔴 High |
| FT-008b | Data-Store Exposure | 2 | 5 | 10 | 🔴 High |
| FT-008c | Denial-of-Wallet | 3 | 3 | 9 | 🟡 Medium |
| FT-010a | Election-Period Targeted Manipulation | 4 | 5 | 20 | 🔴 Critical |
| FT-010b | Seat-Projection Model Poisoning | 3 | 4 | 12 | 🔴 High |
| FT-010c | Democratic Institution Delegitimization | 3 | 4 | 12 | 🔴 High |
| FT-010d | Voter Suppression via Misinformation | 3 | 5 | 15 | 🔴 Critical |
| FT-010e | Selective Transparency Weaponization | 4 | 3 | 12 | 🔴 High |
| FT-011a | Detection-Layer Blinding | 4 | 4 | 16 | 🔴 Critical |
| FT-011b | False-Flag FIMI Attribution | 3 | 5 | 15 | 🔴 Critical |
| FT-011c | Detection Weaponization (False Positives) | 3 | 4 | 12 | 🔴 High |
| FT-011d | Narrative Laundering via Proxies | 4 | 4 | 16 | 🔴 Critical |
| FT-012a | Defamation via False Correlation | 3 | 5 | 15 | 🔴 Critical |
| FT-012b | SLAPP Litigation | 3 | 4 | 12 | 🔴 High |
| FT-012c | Lobby Network Evasion | 4 | 3 | 12 | 🔴 High |
| FT-013a | PAT / Credential Exposure | 3 | 5 | 15 | 🔴 Critical |
| FT-013b | gh-aw Agent Prompt Injection | 3 | 4 | 12 | 🔴 High |
| FT-013c | Action Supply Chain Compromise | 2 | 5 | 10 | 🔴 High |
| FT-014a | State-Level Content Blocking | 3 | 3 | 9 | 🟡 Medium |
| FT-014b | Metadata Surveillance of Consumers | 3 | 4 | 12 | 🔴 High |
| Horizon | New Attack Surface | Threat Count Increase | Key New Controls Required |
|---|---|---|---|
| Current v1.0.x | Static site + EP/WB/IMF MCP + CI/CD pipeline | 20 threats (baseline) + 7 CI/CD (FT-013) | Schema validation, CSP, SAST, SHA-pinned actions, secret scanning |
| v2.0 Enhanced Static | + verification agents, multi-channel distribution, election intelligence, FIMI detection | +10-14 threats (agent/distribution) + 12 democratic (FT-010/011/012) | Bedrock Guardrails, feed signing, election protocols, FIMI detection layer, dual-analyst review |
| v3.0+ AWS Serverless | + multi-agent fleet, API/Cognito, DynamoDB/Aurora/OpenSearch/Neptune, integrity analytics | +12-16 threats (agent-orchestration/cloud/graph) + integrity risks | Least-privilege agent IAM, source registry, KG integrity, WAF, anti-SLAPP, C2PA signing |
| 10-Year Lookahead | + cross-parliament federation, self-healing ops, censorship resistance | +6-10 threats (federation/auto-ops) + 6 accessibility (FT-014) | Mutual TLS, data reconciliation, multi-CDN, IPFS/Tor, jurisdiction management |
Scenario: A nation-state actor identifies that EU Parliament Monitor uses LLM-generated content. They craft adversarial European Parliament documents designed to trigger specific LLM outputs, injecting subtle political bias into generated news articles across all 14 languages.
Attack Path:
- Attacker submits amendments to EP documents with adversarial text patterns
- EP MCP Server fetches legitimate EP data containing adversarial content
- LLM processes the data and generates subtly biased news articles
- Biased content published across 14 languages, amplifying disinformation
Impact: Medium-High — Undermines democratic transparency platform credibility
Mitigation: Confidence scoring, cross-reference validation, multi-source fact-checking, human review queue for political content
Scenario: A coordinated group creates fake user accounts to systematically upvote/downvote community assessments of MEP activities, creating artificial consensus around political positions.
Attack Path:
- Attacker registers multiple accounts using disposable email services
- Bot network systematically rates/reviews MEP activities
- Artificial consensus distorts public perception via platform
Impact: High — Platform becomes tool for political manipulation rather than transparency
Mitigation: Bot detection, behavioral analysis, rate limiting per account, proof-of-work for registration, anomaly detection on voting patterns
Scenario: With the autonomous multi-agent OSINT newsroom live, an adversary plants an indirect prompt-injection payload inside a legitimate EP committee document. The collector agent ingests it; the embedded instruction propagates to the analyst agent and attempts to make it bias significance-scoring and then instruct the publisher agent to syndicate across all channels — without human review.
Attack Path:
- Adversary inserts crafted instruction text into an EP source document harvested by a collector agent
- Inter-agent cascade carries the payload to the analyst agent (memory/context poisoning)
- Payload attempts to escalate the publisher agent to auto-syndicate and skip the human approval gate
- If unmitigated, biased analysis reaches RSS/ActivityPub/newsletter/audio channels at scale
Impact: Critical — Autonomous, multi-channel propagation of manipulated political analysis from a trusted source
Mitigation: Per-agent least-privilege tool scopes, Bedrock Guardrails on every hop, verification agents between stages, inter-agent message provenance tags, immutable Step Functions definitions, and a hard human approval gate that no agent can bypass (AI Policy invariant). CloudTrail logs every agent action for audit.
Scenario: As expanded data surfaces (Council, OECD, Eurostat, UN, national parliaments) are onboarded into the Amazon Neptune knowledge graph, an attacker supplies a manipulated dataset through a newly proposed source, aiming to corrupt MEP/party entity relationships that downstream analytics and dashboards rely on.
Attack Path:
- Self-curating data-surface agent proposes a new institutional source mapping
- Manipulated near-duplicate identities trigger entity mis-merge during resolution
- Poisoned edges propagate to coalition/voting analytics across products
Impact: High — Corrupted graph relationships silently bias many downstream intelligence artifacts
Mitigation: Human-approved source registry with Admiralty grading and licensing checks, deterministic entity-resolution rules with confidence thresholds and human adjudication, Neptune write-path validation, signed ingest, and periodic graph-integrity audits with cited evidence chains.
Scenario: During the 2029 EU Parliament election campaign, a state-linked actor identifies the platform's seat-projection models as influential among journalists and policy analysts. They execute a multi-vector campaign: (1) manipulate public EP data to bias seat projections, (2) craft misleading excerpts from platform outputs for social media amplification, and (3) time a DDoS attack on the platform during the final 72 hours before voting to prevent access to accurate transparency data.
Attack Path:
- Adversary submits crafted amendments to EP documents designed to skew statistical models
- Parallel social media campaign amplifies out-of-context platform excerpts with partisan framing
- 72 hours before election, volumetric attack targets CloudFront distribution
- Citizens lose access to neutral parliamentary intelligence during critical decision window
Impact: Critical — Direct interference with democratic process at EU scale, platform used as both weapon and target
Mitigation: Election security protocols (enhanced monitoring 30 days before elections, pre-election methodology freeze, manual override capability), multi-CDN redundancy, offline-capable archives, C2PA content authenticity signing, proactive narrative monitoring, coordination with EU election integrity mechanisms
Scenario: An adversary who is aware that the platform detects coordinated inauthentic behavior (CIB) deliberately manufactures false CIB signals that frame a legitimate political party or MEP. The platform's FIMI detection layer flags the manufactured activity, and the adversary then publicizes the platform's own alert as "proof" of wrongdoing — weaponizing the detection system against its intended beneficiaries.
Attack Path:
- Adversary studies the platform's published detection methodology (transparent by design)
- Creates synthetic bot activity mimicking the TTP signature of the target's supporters
- Platform's behavioral anomaly detection generates a high-confidence CIB alert
- Adversary leaks the alert to media as evidence of the target's "coordinated manipulation"
- Target is falsely accused using the platform's own credibility as evidence
Impact: Critical — Platform's democratic protection mission is inverted into a weapon; erosion of institutional trust
Mitigation: Evidence-bounded attribution (never attribute beyond sourced facts), mandatory dual-analyst human adjudication before any CIB finding is published, high false-positive awareness, "question not accusation" framing, detection methodology diversity (behavioral + structural + temporal), external oversight board for contested findings
Scenario: An attacker compromises a popular GitHub Action used in the safe-outputs pipeline by pushing a malicious update under a legitimate-looking version tag (tag-jacking). The compromised action exfiltrates MCP API keys during the build process, then uses them to inject subtly biased content into generated articles before they pass validation.
Attack Path:
- Attacker identifies a widely-used Action in the workflow dependency chain
- Pushes a malicious commit and moves an existing tag to point to it
- Next workflow run executes the compromised Action with repository secrets in scope
- Secrets exfiltrated; biased content injected into safe-outputs before validation
- Manipulated articles pass template validation (structurally valid but semantically biased)
Impact: High — Silent content manipulation via trusted CI/CD infrastructure, credential compromise enabling persistent access
Mitigation: SHA-pinned actions (not tag-based), Dependabot for actions ecosystem, minimal secret scope per workflow step, safe-outputs semantic validation (not just structural), SLSA provenance for all artifacts, Scorecard monitoring of action dependencies
| What-If Scenario | Probability | Impact | Response Strategy |
|---|---|---|---|
| What if EP Open Data API introduces authentication? | Medium | High | Implement OAuth2 client, update MCP server, credential rotation |
| What if a managed foundation-model provider has a security breach? | Low | Critical | Model-agnostic Bedrock abstraction, fallback to deterministic templates, incident response |
| What if an agent attempts to bypass the human approval gate? | Low | Critical | Policy-enforced gate, branch protection, deny-by-default deploy, CloudTrail alarm + auto-halt |
| What if EU AI Act classifies the agent fleet as high-risk? | Medium | High | AI risk assessment, human-oversight evidence, content labeling, conformity documentation |
| What if a newly onboarded data source is compromised? | Low | High | Source quarantine, registry revocation, graph rollback, anomaly detection |
| What if a federation partner is compromised? | Low | High | Mutual TLS revocation, data quarantine, partner isolation |
| What if coordinated attack targets during EU elections? | Medium | Critical | Election security protocols, enhanced monitoring, manual override |
| What if a denial-of-wallet attack targets serverless endpoints? | Medium | Medium | Edge caching, concurrency caps, AWS Budgets alarms, WAF rate limiting |
| What if a SLAPP lawsuit targets integrity analytics findings? | Medium | High | Anti-SLAPP legal preparedness, EU directive compliance, evidence preservation, publisher's insurance |
| What if a state actor blocks the platform in their jurisdiction? | Medium | Medium | Multi-CDN, alternative domains, IPFS/Tor mirrors, offline archives, federated caching |
| What if the FIMI detection layer produces a high-profile false positive? | Medium | Critical | Dual-analyst review, retraction/correction process, external oversight board, false-positive rate SLA |
| What if a lobby network successfully evades detection for years? | Medium | High | Methodology evolution, external audit, multi-signal correlation, tip-line for investigative journalists |
| What if a compromised GitHub Action exfiltrates repository secrets? | Low | Critical | SHA-pinned actions, minimal secret scope, SLSA provenance, Scorecard monitoring, incident response plan |
| What if adversarial MEPs request GDPR deletion of legitimate public-interest data? | Medium | High | Public-interest exemption analysis, legal counsel workflow, data-retention justification documentation |
| Control | Purpose | Priority | Timeline | STRIDE Mitigation |
|---|---|---|---|---|
| Confidence Scoring System | Score 0.0-1.0 for each generated article; human review if <0.85 | P1 | Q3 2026 | Tampering |
| LLM Output Validation | Automated fact-checking against official EP data sources | P1 | Q3 2026 | Tampering |
| Bedrock Guardrails | Neutrality, PII/GDPR redaction, hallucination filters on every model call | P1 | Q3 2026 | Tampering, Information Disclosure |
| Prompt Injection Detection | Input sanitization for EP data before LLM processing | P1 | Q3 2026 | Tampering |
| Content Integrity Pipeline | Deterministic aggregator render (no AI authors HTML); cross-reference with source | P2 | Q4 2026 | Tampering, Repudiation |
| AI Bias Detection | Automated political neutrality checking across 14 languages | P2 | Q4 2026 | Tampering |
| Feed Signing & Canonical URLs | Integrity for RSS/Atom/JSON + ActivityPub HTTP-signature verification | P2 | Q4 2026 | Tampering, Spoofing |
| Newsletter Double Opt-In + KMS | Subscriber consent, encrypted list, unsubscribe integrity | P1 | Q4 2026 | Information Disclosure |
| Control | Purpose | Priority | Timeline | Threat Category |
|---|---|---|---|---|
| 🗳️ Election Security Protocol | Enhanced monitoring, methodology freeze, and manual override capability during EU election windows (30 days before → 7 days after) | P1 | Q4 2026 | FT-010 |
| ⚖️ Neutrality Regression Suite | Automated tests verifying political balance across all generated content; blocks publish on drift detection | P1 | Q3 2026 | FT-010, FT-009 |
| 📋 C2PA Content Authenticity | Cryptographic content provenance signing for all published analysis to prevent out-of-context weaponization | P2 | Q1 2027 | FT-010, FT-011 |
| 🔍 FIMI Detection Layer | Behavioral anomaly detection, cross-language narrative clustering, and DISARM TTP classification for coordinated inauthentic behavior | P2 | Q2 2027 | FT-011 |
| 👥 Dual-Analyst Adjudication | Mandatory two-analyst human review for all counter-FIMI findings and integrity analytics before publication | P1 | Q1 2027 | FT-011, FT-012 |
| ⚖️ Anti-SLAPP Legal Preparedness | Legal review workflow, evidence preservation, publisher's insurance, EU Anti-SLAPP Directive compliance | P2 | Q2 2027 | FT-012 |
| 🔐 Question-Not-Accusation Framework | Enforceable editorial standard ensuring all integrity findings are framed as sourced questions, never verdicts | P1 | Q3 2026 | FT-012, FT-009 |
| 🌐 Multi-CDN Censorship Resistance | Alternative distribution paths, offline-capable archives, and channel diversity for democratic content availability | P3 | Q1 2028 | FT-014 |
| 🕵️ Privacy-by-Design Analytics | No PII collection, no user tracking, no access logs shared — protecting consumers of democratic transparency content | P1 | Q3 2026 | FT-014 |
| Control | Purpose | Priority | Timeline | Threat Category |
|---|---|---|---|---|
| 📌 SHA-Pinned Actions | All GitHub Actions referenced by full SHA, never mutable tags; Dependabot for action updates | P1 | Q3 2026 | FT-013 |
| 🔒 Secret Scope Minimization | Each workflow step receives only the secrets it requires; environment isolation between steps | P1 | Q3 2026 | FT-013 |
| 🧹 Prompt Boundary Enforcement | gh-aw agent inputs sanitized; user-controlled content (PR bodies, issues) cannot inject workflow instructions | P1 | Q3 2026 | FT-013 |
| 📋 Safe-Output Semantic Validation | Beyond structural validation — semantic checks for political neutrality and content integrity in pipeline outputs | P2 | Q4 2026 | FT-013 |
| 🕐 Emergency-Flush & Graceful Degradation | Idempotent operations with state checkpointing; 40-min emergency flush prevents incomplete states from timeouts | P1 | Current | FT-013 |
| 📊 SLSA Provenance | Build provenance attestation for all generated artifacts (HTML, JSON, RSS) with integrity verification at deploy | P2 | Q1 2027 | FT-013 |
| Control | Purpose | Priority | Timeline | STRIDE Mitigation |
|---|---|---|---|---|
| Per-Agent Least-Privilege IAM | Scoped tool grants + IAM roles per Bedrock Agent; no write-to-prod | P1 | 2028 | Elevation of Privilege |
| Human Approval Gate (no bypass) | Mandatory sign-off before any publish/merge; deny autonomous deploy | P1 | 2028 | Elevation of Privilege, Repudiation |
| Inter-Agent Verification & Provenance | Verification agents + provenance tags between newsroom stages | P1 | 2028 | Tampering |
| Immutable Step Functions Definitions | IaC-reviewed, integrity-checked orchestration; CloudTrail alarms | P1 | 2028 | Tampering |
| Human-Approved Source/Tool Registry | Admiralty grading + licensing for new sources/MCP tools | P1 | 2028 | Tampering |
| Knowledge-Graph Integrity Controls | Neptune write-path validation, signed ingest, graph audits | P2 | 2029 | Tampering |
| API Gateway/AppSync with WAF | Rate limiting, Cognito auth, query depth/complexity limits | P1 | 2028 | DoS, Tampering, Spoofing |
| AWS Hardening Baseline | IMDSv2, Block Public Access, KMS CMKs + rotation, OIDC deploy roles | P1 | 2028 | Information Disclosure, EoP |
| Denial-of-Wallet Guardrails | Concurrency caps, AWS Budgets alarms, edge caching | P2 | 2028 | DoS |
| Control | Purpose | Priority | Timeline | STRIDE Mitigation |
|---|---|---|---|---|
| Mutual TLS for Federation | Secure inter-parliament communication | P1 | 2031+ | Spoofing, Tampering |
| Data Reconciliation Engine | Cross-validate data between parliament sources | P1 | 2031+ | Tampering |
| Jurisdiction Compliance Engine | Automated GDPR/national law compliance checking | P2 | 2031+ | Information Disclosure |
| Zero-Trust Federation Architecture | Never trust, always verify partner data | P1 | 2031+ | Spoofing, Elevation of Privilege |
| Self-Healing Auto-Bump Guardrails | Recompile + smoke test + human approval before dependency merge | P1 | 2030 | Tampering |
| Federation Audit Trail | Immutable logging of all cross-parliament operations | P1 | 2031+ | Repudiation |
| Regulation | Effective Date | Impact on EP Monitor | Required Controls |
|---|---|---|---|
| EU AI Act | 2026-2027 | AI content generation + agentic systems transparency/oversight | AI content labeling, risk assessment, human oversight evidence, bias detection |
| EU Cyber Resilience Act (CRA) | 2027 | Software security requirements for open-source | SBOM, vulnerability disclosure, security updates |
| EU Digital Services Act (DSA) | Already effective | Distribution/syndication of information at scale | Content provenance, transparency reporting, notice-and-action readiness |
| NIS2 Directive | Already effective | Critical infrastructure security (if classified) | Incident reporting, risk management, supply chain security |
| GDPR | Already effective | Newsletter subscribers + authenticated-consumer data | Privacy by design, DPO, DPIA, consent management |
| EU Data Act | 2025-2026 | Data sharing and interoperability requirements | Data portability, fair access, interoperability standards |
| Control | v2.0 Relevance | v3.0+ Relevance | 10-Year Relevance |
|---|---|---|---|
| A.5.23 Cloud Security | Bedrock/distribution security | AWS-native serverless platform | Federation cloud architecture |
| A.8.9 Configuration Management | Agent/guardrail config | API, IaC & data-store config | Federation config management |
| A.8.12 Data Leakage Prevention | Guardrail output filtering | User/graph data protection | Cross-border data controls |
| A.8.25 Secure Development | Agent pipeline testing | API + IaC security testing | Federation protocol testing |
| A.8.28 Secure Coding | Prompt engineering | API input validation | Protocol implementation |
The following developments should trigger a threat model update:
| Indicator | Trigger Action | Review Priority |
|---|---|---|
| New LLM / agentic vulnerability class discovered | Update OWASP LLM + Agentic / MITRE ATLAS alignment | 🔴 High |
| EP API major version change | Re-assess data integrity controls | 🔴 High |
| European Parliament election period | Activate election security protocols | 🔴 High |
| New Bedrock Agent / tool onboarded | Re-scope agent IAM + tool registry review | 🔴 High |
| New distribution channel launched (ActivityPub, podcast, API tier) | Assess distribution-surface threats (FT-004) | 🟡 Medium |
| New ENISA Threat Landscape published | Update ENISA alignment section | 🟡 Medium |
| GitHub Actions / gh-aw security advisory | Review CI/CD + self-healing auto-bump controls | 🟡 Medium |
| New EU regulation (AI Act, CRA, DSA update) | Update compliance mapping | 🟡 Medium |
| National parliament or institutional data source added | Expand threat model scope + source registry review | 🟡 Medium |
| Managed foundation-model provider breach or incident | Review AI pipeline + Guardrail controls | 🔴 High |
| Federation partner security incident | Activate partner isolation protocols | 🔴 High |
| FIMI campaign targeting EP discourse detected | Activate counter-FIMI detection layer, escalate to dual-analyst review | 🔴 High |
| Anti-SLAPP / legal challenge received | Activate legal preparedness workflow, evidence preservation | 🔴 High |
| Lobby network evasion pattern identified | Update integrity analytics methodology, add new detection signals | 🟡 Medium |
| State-level censorship of platform content detected | Activate censorship resistance protocols, alternative distribution | 🟡 Medium |
| CI/CD credential leak or action compromise | Immediate secret rotation, pipeline integrity audit, incident response | 🔴 High |
| Assessment Type | Frequency | Trigger | Scope |
|---|---|---|---|
| Quarterly Review | Every 3 months | Scheduled | Full threat landscape review |
| Horizon Transition Assessment | Per horizon (v2.0 → v3.0+ → 10-year) | Horizon milestone | New attack surface analysis |
| Incident-Driven Assessment | As needed | Security incident | Affected threat categories |
| Regulatory Update Assessment | As needed | New regulation | Compliance impact analysis |
| ENISA-Triggered Review | Annually | ENISA report publication | EU threat landscape alignment |
| Level | Horizon | Capabilities | Evidence |
|---|---|---|---|
| 🟢 Level 2: Repeatable | Current v1.0.x | Structured STRIDE analysis, MITRE ATT&CK mapping | THREAT_MODEL.md v2.4 |
| 🟡 Level 3: Defined | v2.0 Enhanced Static | AI/agentic threat modeling, automated threat detection | OWASP LLM/Agentic + ATLAS integration, CI/CD security gates |
| 🟠 Level 4: Managed | v3.0+ AWS Serverless | Quantitative risk assessment, threat intelligence feeds | Real-time monitoring, CloudTrail/SIEM integration |
| 🔴 Level 5: Optimized | 10-Year Lookahead | Predictive threat analysis, governed automated response | AI-driven threat detection, self-healing controls (human-approved) |
| Document | Description | Link |
|---|---|---|
| THREAT_MODEL.md | Current threat landscape (20 threats, v2.4) | THREAT_MODEL.md |
| SECURITY_ARCHITECTURE.md | Current security controls | SECURITY_ARCHITECTURE.md |
| FUTURE_SECURITY_ARCHITECTURE.md | Planned security enhancements | FUTURE_SECURITY_ARCHITECTURE.md |
| FUTURE_ARCHITECTURE.md | Three-horizon AWS-native architectural evolution | FUTURE_ARCHITECTURE.md |
| FUTURE_MINDMAP.md | v5.0 future scenarios + SWOT-to-future traceability | FUTURE_MINDMAP.md |
| FUTURE_DATA_MODEL.md | AWS-native serverless + knowledge-graph data model | FUTURE_DATA_MODEL.md |
| FUTURE_WORKFLOWS.md | CI/CD workflow evolution + agentic pipeline security | FUTURE_WORKFLOWS.md |
| FUTURE_SWOT.md | Strategic threats/weaknesses including democratic risks | FUTURE_SWOT.md |
| Hack23 ISMS - Threat Modeling | Policy framework | Threat_Modeling.md |
| Hack23 ISMS - Secure Development | Secure SDLC requirements | Secure_Development_Policy.md |
| Hack23 ISMS - Vulnerability Management | Vulnerability lifecycle | Vulnerability_Management.md |
| Hack23 ISMS - Classification | Data classification framework | CLASSIFICATION.md |
| Role | Name | Date | Signature |
|---|---|---|---|
| Security Architect | Security Team | 2026-06-02 | Approved |
| Product Owner | Product Team | 2026-06-02 | Approved |
| CEO / CISO | CEO | 2026-06-02 | Approved |
📋 Document Control:
✅ Approved by: James Pether Sörling, CEO - Hack23 AB
📤 Distribution: Public
🏷️ Classification:
This future threat model anticipates the evolving threat landscape for the EU Parliament Monitor as it advances across three horizons — from today's static site generator (v1.0.x), through an enhanced static intelligence platform (v2.0), to a fully AWS-native serverless intelligence platform (v3.0+) with an autonomous multi-agent OSINT newsroom, multi-channel distribution, and an expanded data-surface knowledge graph, looking ahead to 2037. Version 4.0 expands coverage to include democratic process protection (FT-010), counter-FIMI and foreign influence operations (FT-011), integrity analytics and conflict-of-interest risks (FT-012), CI/CD agentic workflow supply chain threats (FT-013), and platform accessibility and censorship resistance (FT-014) — reflecting the platform's evolving role as a trusted democratic transparency infrastructure. It demonstrates Hack23 AB's commitment to proactive, governed security — where AI proposes and a human approves, with no autonomous production deploy — through forward-looking threat analysis aligned with the Hack23 ISMS Threat Modeling Policy.