CYBER INTELLIGENCE
13G / CYBER INTELLIGENCE & THREAT ANALYSIS
Researching AI agents, analysing threats and securing the systems they run on. Digital forensics, malware analysis and incident response within an agreed scope.
AI SYSTEMS & CYBERSECURITY RESEARCH.
WITHIN AUTHORIZED SCOPE.
13G / FROM THE LAB
OuijaBoard is our experimental MVP: a workspace for AI agents, tools and system information.
MVP / OuijaBoard
A 3D workspace where AI agents, terminals, music and video share the same environment. Enter the working prototype with your personal session.
Enter the private OUIJA dashboard ↗Threats leave evidence: processes, files, network activity and persistence mechanisms. We study how they behave, document the findings and use them to improve detection and response.
Daemonic agents are our identity for background AI processes. The research stays technical, evidence-led and within authorized scope.
Three GPU memory tiers. One principle: your deployment stays under your control.
24 GB VRAM / Self-hosted
Your models. Your controlled environment. A private deployment built around an agreed workload.
48 GB VRAM / Self-hosted
Your models. Your controlled environment. A private deployment built around an agreed workload.
96 GB VRAM / Self-hosted
Your models. Your controlled environment. A private deployment built around an agreed workload.
Starting prices are USD equivalents; payment is crypto only. Settlement asset, network and exchange rate are agreed in writing. Implementation and monthly service are separate. GPU model, availability, storage, traffic, backups, support hours and operating limits are confirmed in your proposal. VRAM is memory capacity, not a model-size or speed guarantee. No unlimited compute, public access to our infrastructure or account purchase is included.
Scope, infrastructure and crypto settlement are agreed in writing. This form does not create an account or place an order.
⟨ OBSERVE · ANALYSE · RESPOND · HARDEN ⟩
Preserve and examine disk, memory and network evidence. Reconstruct timelines, investigate lateral movement and document potential data exfiltration.
Static, dynamic and behavioural analysis in an isolated environment. Map indicators, techniques and persistence mechanisms to documented findings.
Assess, contain and investigate confirmed threats. Scope remediation, review persistence mechanisms and verify recovery against the evidence available.
Architecture review, threat modelling and configuration checks. Identify exposed services, review access controls and prioritise improvements to the systems in scope.
⟨ FOUR STEPS · NO SHORTCUTS ⟩
We agree on scope and permissions, review the available information and assess the nature and severity of the incident.
Contain affected systems according to the response plan. Preserve relevant memory, disk and network evidence before remediation changes it.
Analyse relevant artifacts, identify indicators and persistence mechanisms, and document findings alongside their limits and supporting evidence.
Remove confirmed malicious components, review access and persistence, and verify recovery against the evidence available. Document remaining risks and follow-up work.
Cybersecurity and AI systems research. We investigate malware, study daemonic agents and develop tools for threat analysis and infrastructure visibility.
Each investigation records its scope, evidence and findings. No scan runs on a visitor’s device.
⟨ INVESTIGATE · DOCUMENT · IMPROVE ⟩