Two connected learning models Explore the linear model at KillChains.com

Durable research memory

Research Report Index

Every uploaded report is preserved byte-for-byte under /docs, assigned a stable KillWebs ID, hashed, classified by review state, and referenced from subject-specific .uai memory.

Research basis KW-RPT-001

30
preserved reports
30
stable report IDs
SHA-256
exact body identity
0
reports treated as automatic truth

Research input is not publication authority

The report register preserves long-form research, citations, design proposals, and analytical claims. Public pages promote only bounded conclusions that have been reviewed for synthesis, retain source class and limitations, and agree with the project’s safety boundary.

Stable register

Report bodies, provenance, and routing

Use the stable ID in citations and project memory. The original filename remains recorded for intake provenance.

KW-RPT-001

KillWebs.com Sister-Site Design and Implementation Report

reviewed-for-implementation

Product, architecture, security, accessibility, AI-ready web, report-memory, and release guidance for the KillWebs.com fork.

product designweb architectureUAIXAI-ready websecurity
Authority class
implementation-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-001-sister-site-design-and-implementation.md
Original intake name
KillWebs.com Sister-Site Design and Implementation Report.md
SHA-256
a8a91cae90e1290f65dc88d51b7fafdb209de4e938c72948157aa2663f1db680
Routed to
identity.uai, architecture.uai, constraints.uai, operations.uai, report-synthesis.uai
KW-RPT-002

From Kill Chain to Kill Web: Operational Rationale, Technical Architecture, and the DARPA ACK Model

reviewed-for-synthesis

A source-led explanation of why kill webs preserve optionality, what technical layers they require, and how DARPA’s ACK marketplace model fits.

transitionarchitectureDARPA ACKresiliencelatency
Authority class
reviewed-analysis
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-002-operational-rationale-architecture-ack.md
Original intake name
From Kill Chain to Kill Web Operational Rationale, Technical Architecture, and the DARPA ACK Model(2).md
SHA-256
88e4c23125e5ec485d2cdec757aae6792a4a4f2325b58e02592936d2b6cbebdf
Routed to
context.uai, architecture.uai, report-synthesis.uai
KW-RPT-003

The Architecture of KillWebs.com: Operationalizing the Shift from Linear Chains to Dynamic Combat Networks

bounded-design-input

A high-concept product and interaction vision for presenting kill webs through graph-based simulations and immersive interfaces.

product strategyinteraction design3Dsimulation
Authority class
design-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-003-concept-website-strategy.md
Original intake name
KillWebs Concept Website Strategy(2).md
SHA-256
32ac581805d8072e0ebcebb574b9dee2d0eb011a091d913e2ef59923f214ffad
Routed to
architecture.uai, decisions.uai, report-synthesis.uai
KW-RPT-004

The Vulnerability Surface of Kill Web Architectures: Non-Kinetic Disruption and Defense Strategies in Joint All-Domain Command and Control

defensive-synthesis-only

An analysis of non-kinetic disruption, timing, middleware, electromagnetic, supply-chain, and zero-trust challenges in distributed battle networks.

cybersecurityelectromagnetic spectrumtimingdefenseresilience
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-004-vulnerability-surface-and-defense.md
Original intake name
Kill Web Vulnerabilities And Defense(2).md
SHA-256
1bf27ca84e9020b7c2c084fbccced36a674ee8c012297e943a5015eda3d51c22
Routed to
constraints.uai, architecture.uai, report-synthesis.uai
KW-RPT-005

The Architecture of Friction: Why Legacy Defense Procurement Struggles to Build Kill Webs

reviewed-for-synthesis

A study of platform-centric acquisition, funding, data rights, interoperability, and software lifecycle friction.

procurementMOSAdata rightssoftware acquisitioninteroperability
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-005-defense-procurement-and-kill-webs.md
Original intake name
Defense Procurement and Kill Webs(2).md
SHA-256
6b099a07dfbc133d833a636983af8477add5f0297e5fb82247d7e629728a68d8
Routed to
context.uai, decisions.uai, report-synthesis.uai
KW-RPT-006

Algorithmic Warfare and the Evolution of the Kill Web: AI-Driven Decision-Making, Autonomous Swarms, and Strategic Stability

bounded-synthesis-only

A broad analysis of multi-sensor fusion, allocation algorithms, autonomous swarms, adversarial ML, and strategic stability.

AIautonomysensor fusionswarmsuncertainty
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-006-ai-autonomy-algorithmic-warfare.md
Original intake name
AI Autonomy in Kill Webs(2).md
SHA-256
118c1be5d18473492cc47be73764391f4cb04029ae9bc8c5ee1e32ffa2f45858
Routed to
constraints.uai, report-synthesis.uai
KW-RPT-007

The Algorithmic Battlespace: Architecting the Kill Web and the Future of Combined Joint All-Domain Command and Control

reviewed-for-synthesis

A service-spanning discussion of JADC2, data transport, space, edge processing, and machine-assisted decision support.

JADC2service integrationdata transportedge computingdecision support
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-007-kill-webs-jadc2-integration.md
Original intake name
Kill Webs and JADC2 Integration(2).md
SHA-256
171da2528d2e955a4746ac6a9949f308a4c455c4393b1989bbe2f7720c11ea35
Routed to
context.uai, architecture.uai, report-synthesis.uai
KW-RPT-008

The Architecture of Decision-Centric Warfare: Engineering the Transition from Kill Chains to Cross-Domain Kill Webs

reviewed-for-synthesis

An architecture-centered report covering modular hardware, edge computing, data translation, capability marketplaces, and deconfliction.

technical architectureMOSAedgeSTITCHESACK
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-008-military-kill-web-architecture.md
Original intake name
Military Kill Web Architecture(2).md
SHA-256
2a261d328f8ea838831fb7ded2d1ddafa29602069d8693f8306a41850e0a4433
Routed to
architecture.uai, stack.uai, report-synthesis.uai
KW-RPT-009

From Kill Chain to Kill Web: Strategic Rationale, Technical Architecture, and DARPA’s ACK Program

reviewed-for-synthesis

A detailed synthesis of the chain-to-web transition, mission-specific latency, federated architecture, trust, and ACK.

transitionarchitectureACKdata fabriczero trust
Authority class
reviewed-analysis
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-009-strategic-rationale-technical-architecture-ack.md
Original intake name
From Kill Chain to Kill Web Strategic Rationale, Technical Architecture, and DARPA’s ACK Program(2).md
SHA-256
80c35d994eae51bd5418178b0aa3a48b596b1210a3bd728bb3a7829229d19586
Routed to
architecture.uai, constraints.uai, report-synthesis.uai
KW-RPT-010

Why Legacy Defense Procurement Struggles to Build Kill Webs

reviewed-for-synthesis

A detailed acquisition analysis focused on mission-thread accountability, contracting, data rights, cyber authorization, and portfolio governance.

procurementportfolio governancecontractsdata rightslifecycle
Authority class
reviewed-analysis
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-010-legacy-procurement-friction.md
Original intake name
Why Legacy Defense Procurement Struggles to Build Kill Webs(2).md
SHA-256
0b570e8ce18ef335a78783e9c930126613811aa554caa863f58e8a1fa7d3442d
Routed to
decisions.uai, operations.uai, report-synthesis.uai
KW-RPT-011

Cybersecurity Vulnerabilities and Non-Kinetic Disruption of Kill Web Architectures

defensive-synthesis-only

A defensive architecture report emphasizing identity, integrity, PNT and timing, software supply chains, EW, cloud, and graceful degradation.

cybersecurityintegrityPNTsupply chaingraceful degradation
Authority class
reviewed-analysis
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-011-cybersecurity-non-kinetic-disruption.md
Original intake name
Cybersecurity Vulnerabilities and Non-Kinetic Disruption of Kill Web Architectures(2).md
SHA-256
1c234f19d4d494a97f80861abbadcbdd3ad364290b70207b00cef3cb36b996e2
Routed to
constraints.uai, architecture.uai, report-synthesis.uai
KW-RPT-012

AI and Autonomy in Kill Webs

reviewed-for-synthesis

A source-led assessment of layered decision support, constrained recommendations, uncertainty propagation, human judgment, and swarm edge nodes.

AIautonomyhuman judgmentuncertaintygovernance
Authority class
reviewed-analysis
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-012-ai-and-autonomy.md
Original intake name
AI and Autonomy in Kill Webs(2).md
SHA-256
a7022e1eda3428c21eb3929ce44c7d3115bc0471db25e3d0c322785b4eb54eaa
Routed to
constraints.uai, context.uai, report-synthesis.uai
KW-RPT-013

Kill Webs as the Operational Engine of Joint All-Domain Command and Control

reviewed-for-synthesis

An explanation of kill webs as mission threads inside the broader JADC2 ecosystem, with service contributions, semantics, transport, authority, and coalition integration.

JADC2mission threadscoalitiondata semanticsauthority
Authority class
reviewed-analysis
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-013-operational-engine-of-jadc2.md
Original intake name
Kill Webs as the Operational Engine of Joint All-Domain Command and Control(2).md
SHA-256
800a59bf2caae2ecc2f5be23e464ebea35cde563b4179cfb694d6e087cabc14c
Routed to
context.uai, architecture.uai, report-synthesis.uai
KW-RPT-014

Kill Web vs. Kill Chain: From Sequential Targeting Processes to Composable Battle Networks

canonical-synthesis-source

A comparative report that distinguishes the ordered execution process from the composable network of possible, authorized mission pathways.

definitionscomparisondoctrineresilienceauthority
Authority class
reviewed-analysis
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-014-kill-web-vs-kill-chain.md
Original intake name
Kill Web vs. Kill Chain From Sequential Targeting Processes to Composable Battle Networks(2).md
SHA-256
16c5fe778d20b35fb3ddcf53fa4e4232a55963bb766c0737120e00b3373fbb57
Routed to
identity.uai, context.uai, report-synthesis.uai
KW-RPT-015

The Ethical Demarcation Between Anticipatory Warfare and Pre-Crime: Operationalizing International Humanitarian Law through Geospatial Artificial Intelligence

bounded-ethical-synthesis

A legal, ethical, and mathematical analysis distinguishing aggregate physical-system forecasting from individualized behavioral pre-crime.

anticipatory intelligencepre-crimeIHLbase ratesgeospatial AI
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-015-anticipatory-warfare-ethical-boundary.md
Original intake name
Anticipatory Warfare Ethical Analysis(1).md
SHA-256
d33e25dcff12a018c2f198d0cb0e9426489093eeb1ffbef6b04145efb879e2b7
Routed to
constraints.uai, context.uai, report-synthesis.uai
KW-RPT-016

Strategic Intelligence in the Hybrid Age: Cognitive Augmentation, Explanation Laundering, and the Architecture of Human-Machine Teaming

bounded-cognitive-synthesis

An analysis of automation bias, command compression, explanation laundering, provenance, hybrid forecasting, and structured human-machine review.

automation biasexplanation launderinghuman-machine teamingprovenanceforecasting
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-016-cognitive-augmentation-bias-mitigation.md
Original intake name
AI Bias Mitigation in Intelligence(1).md
SHA-256
883470d3751dd47cf5a0a453b1814a58d5c702d253882ee69a56affea0daf251
Routed to
constraints.uai, architecture.uai, report-synthesis.uai
KW-RPT-017

The Architecture of Secure Federated Intelligence: Synergizing Decentralized Federated Learning and Hyperdimensional Computing in GAITE

architecture-research-input

A conceptual architecture for decentralized federated intelligence, privacy accounting, hyperdimensional computing, and poisoning defense.

federated learningprivacyhyperdimensional computingdata poisoningsovereign data
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-017-secure-federated-intelligence-architecture.md
Original intake name
Secure Federated Intelligence Architecture(1).md
SHA-256
2085fccb67af4d0f75d0f986a0db39d7d8e8c5792893f2db37ce64bab6194956
Routed to
architecture.uai, constraints.uai, report-synthesis.uai
KW-RPT-018

Feasibility Analysis Framework for the Global Anticipatory Intelligence and Tactical Engine (GAITE)

feasibility-research-input

A feasibility framework covering multimodal sensing, probabilistic forecasting, Brier scoring, counterfactuals, cognitive augmentation, privacy, and legal review.

GAITEfeasibilityBrier scorecalibrationcounterfactuals
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-018-anticipatory-intelligence-engine-feasibility.md
Original intake name
Anticipatory Intelligence Engine Research(1).md
SHA-256
e0962eb3854402b910c7d3275219ab876d7601fa86b3b0cdf7e94368aab9cde8
Routed to
architecture.uai, constraints.uai, report-synthesis.uai
KW-RPT-019

Conceptualizing the Global Anticipatory Intelligence and Tactical Engine (GAITE)

bounded-concept-input

A high-level theoretical concept joining geospatial forecasting, federated intelligence, human-machine synthesis, adversarial resilience, and an explicit rejection of individualized pre-crime.

GAITEstrategic forecastingfederated intelligenceadversarial MLpre-crime boundary
Authority class
conceptual-research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-019-global-anticipatory-intelligence-engine-concept.md
Original intake name
Global Anticipatory Intelligence and Tactical Engine(1).md
SHA-256
623a0dce72fd42aa170385a93a987295a02b87dd3b388d058f7aeee0c6bf0c43
Routed to
context.uai, architecture.uai, report-synthesis.uai
KW-RPT-020

Predictive Policing in the United Kingdom: NDAS, HART, the Gangs Violence Matrix, and AI Crime Mapping

comparative-case-study

A comparative technical and legal examination of place prediction, person prediction, watchlisting, intelligence analysis, governance, and operational status in the United Kingdom.

predictive policingUnited KingdomHARTNDASwatchlisting
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-020-predictive-policing-united-kingdom.md
Original intake name
Predictive Policing in the United Kingdom NDAS, HART, the Gangs Violence Matrix, and AI Crime Mapping(1).md
SHA-256
c4e7d0e558eeea1c14707612cff68733df500c791716f53608e8408ac5dc3ead
Routed to
constraints.uai, context.uai, report-synthesis.uai
KW-RPT-021

Hot Spots, Feedback Loops, and Vendor Claims: A Technical Audit of Place-Based Predictive Policing

comparative-technical-audit

A sociotechnical audit of place forecasting, patrol delivery, feedback loops, vendor claims, evaluation design, calibration, and evidentiary limits.

place-based predictionfeedback loopshot spotsevaluationvendor claims
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-021-place-based-predictive-policing-audit.md
Original intake name
Hot Spots, Feedback Loops, and Vendor Claims A Technical Audit of Place-Based Predictive Policing(1).md
SHA-256
197bc15f7317cc2cb48b76c5ba0da261ea29cf9fe0649223698329546512560f
Routed to
constraints.uai, report-synthesis.uai
KW-RPT-022

Behavioral Threat Assessment or Pre-Crime? The FBI BTAC, Secret Service NTAC, and the Prevention of Targeted Violence

comparative-case-study

An evidence-led boundary analysis of structured professional judgment, multidisciplinary threat management, population screening, base rates, rights, and coercive risk labeling.

behavioral threat assessmentpre-crimeBTACNTACdue process
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-022-behavioral-threat-assessment-precrime.md
Original intake name
Behavioral Threat Assessment or Pre-Crime The FBI BTAC, Secret Service NTAC, and the Prevention of Targeted Violence(1).md
SHA-256
1b48907e8ebe0844211919cea2cc493b5dc9cff62c5a971cd8f52f0aa01e1b53
Routed to
constraints.uai, context.uai, report-synthesis.uai
KW-RPT-023

From Intelligence Nomination to Government Action: How the U.S. Terrorism-Watchlisting System Works and Where Predictive AI Could Enter It

comparative-case-study

A lifecycle reconstruction of U.S. threat screening, identity resolution, downstream action, error classes, redress, and possible entry points for predictive AI.

watchlistingthreat screeningidentity resolutionpredictive AIredress
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-023-terrorism-watchlisting-predictive-ai.md
Original intake name
From Intelligence Nomination to Government Action How the U.S. Terrorism-Watchlisting System Works and Where Predictive AI Could Enter It(1).md
SHA-256
8478dd87c3ea02bc91dfea80f15a9d8f62a6d99f3dca8ca6e01755ee5897396e
Routed to
constraints.uai, context.uai, report-synthesis.uai
KW-RPT-024

Predictive Public Security in China: IJOP, Police Cloud, Skynet, Sharp Eyes, and the Expansion of Proactive Policing — Part 2

comparative-case-study

A comparative continuation examining proactive policing, person-risk flags, base-rate problems, circular data production, international comparisons, and governance boundaries.

predictive public securityChinaIJOPfeedback loopscomparative law
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-024-predictive-public-security-china-part-2.md
Original intake name
Predictive Public Security in China IJOP, Police Cloud, Skynet, Sharp Eyes, and the Expansion of Proactive Policing Part 2(1).md
SHA-256
90d111a22dbefafc7628b9a0d65991148ccc00e74468bc170595ff649956f776
Routed to
constraints.uai, context.uai, report-synthesis.uai
KW-RPT-025

Predictive Public Security in China: IJOP, Police Cloud, Skynet, Sharp Eyes, and the Expansion of Proactive Policing

comparative-case-study

A layered institutional and technical study of Chinese police data systems, warning functions, person-focused flags, evidence quality, rights, and claimed effectiveness.

predictive public securityChinaIJOPPolice Cloudsurveillance
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-025-predictive-public-security-china.md
Original intake name
Predictive Public Security in China IJOP, Police Cloud, Skynet, Sharp Eyes, and the Expansion of Proactive Policing(1).md
SHA-256
e42e8af8de3b7663c1e4e5906507201542738353591494960b2ab6c4cec9663e
Routed to
constraints.uai, context.uai, report-synthesis.uai
KW-RPT-026

Predictive Policing in India: From CMAPS and CCTNS to State-Level AI Risk and Surveillance Systems

comparative-case-study

A verification-focused inventory distinguishing record infrastructure, mapping, biometric identification, network analysis, place forecasting, and person prediction across India.

predictive policingIndiaCCTNSCMAPSAI governance
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-026-predictive-policing-india.md
Original intake name
Predictive Policing in India From CMAPS and CCTNS to State-Level AI Risk and Surveillance Systems(1).md
SHA-256
6cd4247ae62b1a3d492f8cf0d3115567c1c802dee041a3e3d04caa19f25609a6
Routed to
constraints.uai, context.uai, report-synthesis.uai
KW-RPT-027

Policing Future Risk in Australia: The NSW Suspect Targeting Management Plan, Operation Tepito, and Successor Practices

comparative-case-study

A detailed study of NSW person-focused preventive policing, risk instruments, discretion, intrusive consequences, evaluation limits, oversight, and successor practices.

predictive policingAustraliaSTMPOperation Tepitooversight
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-027-future-risk-policing-australia.md
Original intake name
Policing Future Risk in Australia The NSW Suspect Targeting Management Plan, Operation Tepito, and Successor Practices(1).md
SHA-256
89e51a4e7a282a6e00038442238e2dfe823b3885349b078fa826c02d30984ee7
Routed to
constraints.uai, context.uai, report-synthesis.uai
KW-RPT-028

The Global Proliferation of Autonomous Kill Webs: Loitering Munitions, Artificial Intelligence, and the Future of Multi-Domain Warfare

bounded-general-autonomy-synthesis

A broad research input on distributed autonomous kill-web architecture, edge computing, mesh networking, dynamic handoffs, contested communications, swarms, and international doctrinal trends.

autonomous kill websdistributed autonomyedge computingmesh networkingdrone warfare
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-028-global-autonomous-kill-web-trends.md
Original intake name
Global Autonomous Drone Warfare Trends.md
SHA-256
afb8697320adcd0c554255f42f74c0cc21d26b19ab783806218d3e0347bf6e53
Routed to
context.uai, architecture.uai, constraints.uai, report-synthesis.uai
KW-RPT-029

The Global Proliferation of Loitering Munitions: Multi-Domain Architectures, Autonomous Swarms, and the New Economics of Attrition Warfare

platform-trend-research-input

A platform- and market-oriented research input on loitering munitions, sensor-effector convergence, swarming, multi-domain integration, attrition economics, and counter-UAS adaptation.

loitering munitionsautonomous swarmsmulti-domain integrationattrition economicscounter-UAS
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-029-global-loitering-munition-trends.md
Original intake name
Global Loitering Munition Trends.md
SHA-256
09950049445346cbf3879bd15c8713c3f67ebee765011f4755d59f33a931ad04
Routed to
context.uai, architecture.uai, constraints.uai, report-synthesis.uai
KW-RPT-030

The Switchblade 600 and the Autonomous Kill Web: Sensor-to-Shooter Architecture in Multi-Domain Operations

specialized-platform-case-study

A specialized platform case study of one loitering-munition family and its claimed integration into broader sensor-to-shooter, edge, handoff, networking, and multi-domain architectures.

platform case studySwitchblade 600loitering munitionssensor-to-shootermulti-domain integration
Authority class
research-input
Publication status
public-research-input
Stored path
docs/long-term-memory/reports/KW-RPT-030-switchblade-600-kill-web-case-study.md
Original intake name
Switchblade 600 Kill Web Integration.md
SHA-256
19bc6c2c3680cbe7308adc0ff1658975dd56c3776968c62043a36c5fd4771f68
Routed to
constraints.uai, report-synthesis.uai

Answer-ready summary

Direct answers

Are the stored reports automatically publication truth?

No. Reports are preserved research inputs. Public pages promote only bounded conclusions that have been reviewed for synthesis and retain limitations.

Read the supporting page

How are reports tracked?

Each report has a stable ID, original filename, exact SHA-256 digest, review state, topic list, and pointers in .uai long-term memory.

Read the supporting page