Inputless Alcatoe
Cognitive security for the SOC
Disinformation, social engineering, deepfakes: attacks that land on the person making the call, not only on the endpoint. Alcatoe is the COGSEC layer so a SOC recommendation still has a trail when the feed is dirty.
Alcatoe - Military + Satellite Communication Gateway
Cognitive security for defence operations, plus a satellite communication gateway. Built for military and government networks.
What is Cognitive Security?
Cognitive Security (COGSEC) is the work of studying and defending against attacks that land on judgment: dissonant information, influence, and social engineering. Endpoint security still matters. Alcatoe is for the person who has to sign the call when the feed is dirty.
Traditional Cybersecurity
- Protects devices, computers, networks, and machines
- Focuses on technical vulnerabilities and exploits
- Defends against malware, DDoS, and system breaches
Cognitive Security (COGSEC)
- Protects human cognition and decision-making processes
- Defends against disinformation, manipulation, and cognitive bias exploitation
- Prevents cognitive warfare and social engineering attacks
What Alcatoe watches
Detect cognitive attacks, train the people who get targeted, and watch information flows as they move.
Attacks on judgment
Flags campaigns that exploit urgency, framing, and social engineering before they become a signed action.
Deepfake and synthetic media
Video, audio, and generated media used in BEC and influence ops. A flag, with the artefact attached.
Coordinated narratives
Tracks coordinated posts and grey-zone messaging across channels. A campaign, not a single tweet.
The people on the desk
Coaching and drills for the operators who get phished. Software does not replace a briefed human.
Social engineering
BEC, spear-phish, pretext. The same COGSEC layer that watches the feed also watches the story being sold to the operator.
Bias in the call
Flags when a request is framed to force a yes: urgency, authority, confirmation. The operator still decides.
Attacks on the call, not only the box
Attackers now go after judgment, not just boxes. Alcatoe covers the attacks that target people.
Cognitive Warfare
State and criminal ops that go after cohesion and the signed call, not only the laptop.
Disinformation Campaigns
Coordinated grey-zone messaging. A campaign you can map, not a pile of screenshots.
Deepfake Attacks
Synthetic video, audio, and generated text used in fraud and influence. Flag with the file attached.
Social Engineering
BEC, spear-phish, pretext. The story sold to the person with the keys.
Three layers
Three layers, from COGSEC practice: resilience, detection, and counter-influence.
Strengthen Human Defenses
Cultivate critical thinking, media literacy, and cognitive bias awareness. Develop tools for real-time identification and defense against sophisticated influence operations.
Rapid Threat Detection
Detect and classify harmful influence campaigns quickly. Assistants help find sources and targets of deceptive content.
Counter-Influence Operations
Counter harmful influence. Detect software agents and bots that spread disinformation.
Advanced Cognitive Security Capabilities
Classify the op
Destabilisation, influence, fraud. Scope and impact so the SOC can pick a response, not a slogan.
Intel cycle
Collect, process, analyse, brief. Same loop as any other intel product. The artefact is a cognitive threat, not a malware hash.
Deception in a box
Controlled lures so you can watch the attacker’s method without putting a live desk in the path.
Watch the information flow
Live watch on feeds and operator-facing content. Latency under 100 ms when the stream is live.
How Alcatoe reads a threat
Alcatoe uses models that look at context, intent, and behavior — not just signatures — to find and stop threats against people and systems.
What the stack does
Alcatoe follows Cognitive Cyber Security practice: look at context and intent, not only signatures. Signature tools miss framing, bias, and coordinated narrative. Alcatoe is built for those.
The engine matches patterns, keeps context, learns from past cases, and recommends a response while the event is still live.
Neural Pattern Recognition
Deep learning models trained on millions of attack patterns, cognitive manipulation techniques, and social engineering tactics to identify threats before they manifest.
Multi-Layer Intelligence
Hierarchical AI architecture that processes signals at multiple cognitive levels: perception, reasoning, memory, and decision-making - just like human cognition.
Machine Learning Engine
Models keep training on attack patterns, odd behavior, and threat feeds. They update as new cognitive attack paths show up.
The threat graph
Threats, actors, campaigns, and attack paths in Inputless DB. Ask in language. Answers cite the subgraph.
Language models on the file
Language models read unstructured threat data, write reports, and explain the call. Security events and cognitive attacks in plain language.
Cognitive Reasoning
Heuristic-based and ONNX-powered local reasoning engines that infer intent states, detect anomalies, and predict attack vectors based on cognitive behavioral patterns.
Real-Time Processing
Sub-100ms latency for threat detection and response. Stream processing architecture handles millions of events per second with cognitive pattern matching.
Predictive Analytics
Forecast potential cognitive attacks before they occur. Predictive models analyze behavioral patterns, information flows, and social dynamics to anticipate threats.
AI Processing Pipeline
Perception
Signal normalization, event collection, and multi-source data ingestion
Analysis
ML-powered pattern recognition, anomaly detection, and cognitive bias identification
Reasoning
Context-aware threat assessment using graph intelligence and LLM analysis
Decision
Automated response recommendations with explainable AI justifications
Action
Alert the desk. Rank a next step. A person still signs.
Same stack as the rest of Talorik OS
Alcatoe sits on Cognitive Substrate and Inputless Analytics. Same graph, same reasoning, security-shaped.
Cognitive Substrate
Alcatoe uses the Cognitive Substrate: a live model of how your security team reasons. It maps threats, actors, campaigns, and attack patterns as they appear.
- Real-time threat relationship mapping
- Autonomous pattern discovery and correlation
- Context-aware threat intelligence
Kinetic Graph Intelligence
The Kinetic Graph provides real-time relationship mapping between security entities. See causality, not just correlation. Understand how threats connect, evolve, and propagate through your organization.
- 22+ security node types (Threat, Actor, Campaign, etc.)
- 30+ relationship types (TARGETS, EXPLOITS, ORCHESTRATES, etc.)
- Proprietary Graph RAG for natural language threat queries
Inputless Analytics for Security
Alcatoe does not wait for a ticket. It flags threats as the posture changes. The model stays current, marks anomalies, and predicts attacks before they land — no query, no dashboard.
Autonomous Threat Detection
No queries needed - threats are detected automatically
Predicts attacks
Flags campaigns before they hit the organization
Continuous Modeling
Real-time security posture updates, not scheduled scans
Why Alcatoe is Different
Traditional Security Tools
- Focus on technical vulnerabilities only
- Cannot detect cognitive manipulation
- Miss social engineering and disinformation
- No protection against cognitive warfare
Alcatoe Cognitive Security
- Protects human cognition and decision-making
- Detects cognitive bias exploitation and manipulation
- Identifies disinformation campaigns and deepfake attacks
- Coaching for the operators who get targeted. Software does not replace a brief.
Want Alcatoe on your traffic?
Cognitive warfare, disinformation, social engineering. Write if you want a walkthrough.
Where we operate
Intelligence for desks where delay is expensive
Energy
Planetary-scale operations and grid intelligence
Model generation, transmission, and market signals in one continuous view so teams see imbalance and risk before they cascade.
Energy