Consulting for
Verified AI Research

Zero-Trust Verification

Generative AI is probabilistic, not deterministic - it predicts the next word, it does not "know" the truth. In high-liability fields like law and journalism, a subtle hallucination is not just an error; it is professional malpractice. We mitigate this risk by enforcing a strict "Zero-Trust" verification protocol. We utilize AI exclusively as a retrieval and synthesis engine, never as a source of fact.

Every claim generated by our models is treated as a provisional draft that requires human validation. Our analysts must visually locate, read, and verify the primary source text for every assertion before it enters the final deliverable. If the AI cannot point to the specific paragraph in a case file or news report that supports a statement, we discard it. We provide the speed of automation with the assurance of human accountability.

The Modern Intelligence Stack

Amateur researchers rely on a single chatbot for every task, accepting the limitations of one model's training data. We operate a "Model-Agnostic" intelligence stack, orchestrating a suite of specialized frontier tools to exploit their specific architectural strengths. We do not ask one tool to do everything; we ask the best tool to do the specific job it was built for.

We deploy Perplexity for real-time reconnaissance, leveraging its live web index to capture breaking news and ephemeral social signals. We utilize NotebookLM for high-volume document interrogation, allowing us to ingest and query thousands of pages of discovery material instantly. We use Claude for nuanced reasoning and drafting, ChatGPT for structured analysis and workflow acceleration, and Gemini or Microsoft Copilot when client environments depend on Google Workspace or Microsoft 365. By layering these capability-specific models, we achieve a depth of analysis and a breadth of coverage that no single general-purpose AI can match.

Sovereign & Private Architecture

For investigations involving trade secrets, criminal defense, or sensitive corporate strategy, the standard cloud-based AI model is a security failure. Sending confidential case files to an external API violates the core tenets of data sovereignty and attorney-client privilege. We specialize in designing and deploying "Local RAG" (Retrieval-Augmented Generation) architectures that operate entirely offline.

We configure open-source models - such as Llama 3 or Mistral - to run directly on your secure, on-premise hardware. This creates a "walled garden" where your team can leverage the power of semantic search and summarization on your most sensitive documents without a single byte of data ever leaving your physical building or training a third party's model.

Permanent Evidence Trail

The digital landscape is volatile; evidence found online today is often deleted, edited, or buried by tomorrow. In a legal context, a URL is not a chain of custody. Reliance on live links creates a "fragile" evidence trail that can degrade before a case goes to trial. We replace this with forensic preservation.

Our automated collection systems do not just bookmark pages; they capture a forensic snapshot (PDF or WARC) of the source material at the precise moment of discovery. This generates a permanent, immutable offline archive of the evidence. Whether a tweet is deleted or a news article is retracted months later, you retain a verifiable, timestamped copy of exactly what was published, ensuring your research stands up to scrutiny in perpetuity.

Structured Data Extraction

Human analysts struggle to maintain consistency when reviewing thousands of pages of unstructured text. Fatigue leads to missed details. While AI is excellent at reading, its true power lies in normalization - converting messy, unstructured narratives into clean, computable datasets.

We engineer specific prompts that force the AI to extract entities - names, dates, dollar amounts, and locations - into rigid, standardized schemas. We turn a chaotic mountain of PDF reports, emails, and transcripts into sortable spreadsheets and timeline databases. This structural conversion allows investigators to perform quantitative analysis on qualitative data, instantly spotting patterns, gaps, and contradictions that remain invisible when simply reading through the files.

The Living Knowledge Graph

Standard investigative files are rigid; evidence is trapped in folders, isolating facts from one another. We replace this static hierarchy with Obsidian, a local-first environment that organizes intelligence into a networked "Knowledge Graph" rather than a digital filing cabinet.

We treat every key data point - a suspect, a location, a shell company - as a distinct Markdown file. By utilizing bi-directional linking, we explicitly connect these nodes, creating a web of evidence where relationships are navigable. To scale this, we employ local AI models to perform semantic analysis on your notes. The AI scans the *meaning* of new evidence - not just keywords - and calculates its mathematical similarity to existing records in your database.

This transforms your case file from a storage bin into an analytical partner. The system surfaces relevant "orphan" notes and suggests connections based on conceptual similarity, allowing you to discover that a witness statement from 2024 shares a distinct behavioral pattern with a police report from 2020, even if they never use the exact same words.

Deep Background Profiling

Client context: Private investigator supporting a high-risk matter.

Constraint: Standard databases produced incomplete relationship mapping.

Intervention: AI-assisted ingestion and cross-source entity analysis with analyst verification.

• →Outcome metric: 1,000+ documents triaged and normalized
• →Outcome metric: cross-state commercial and behavioral links identified
• →Deliverables: timeline, source log, and defensible evidence packet

Proprietary Workflow Automation

Client context: Specialized firm with high-volume manual processing burden.

Constraint: Commercial tools failed to match internal process requirements.

Intervention: Built and deployed a secure custom environment in a two-week sprint.

• →Outcome metric: ~90% reduction in task time
• →Outcome metric: deployment completed in 14 days
• →Deliverables: internal platform, SOPs, and rollout guide

Automated Intelligence Capture

Client context: Research lead managing continuous open-source intake.

Constraint: Important intelligence was lost across disconnected tabs and notes.

Intervention: Implemented local-first Markdown + Git capture pipeline with AI tagging.

• →Outcome metric: automatic source anchoring and structured summaries
• →Outcome metric: searchable, version-controlled intelligence repository
• →Deliverables: capture workflow, retrieval schema, and governance notes

Pilot: Operational AI Enablement

Best for: Teams beginning formal AI adoption who need a controlled launch before broader rollout.

This pilot installs a production-ready baseline for AI-assisted research operations. We map your intake-to-delivery workflow, configure verification checkpoints, and train staff on how to produce source-cited outputs under real deadlines. The pilot is built around one live matter so your team learns in context instead of in abstract workshop scenarios.

By the end of the engagement, you have a tested operating model, not just training notes. Leadership gets a clear view of what to scale, where risk remains, and what controls are required before organization-wide adoption.

• →Duration: 2-4 weeks with defined kickoff, execution, and handoff phases.
• →Deliverables: workflow baseline, training sessions, model-specific playbooks (ChatGPT/NotebookLM/Claude/Copilot), and pilot outputs.
• →Result: a validated operating baseline your team can run immediately and scale safely.

Retainer: Advisory & Oversight

Best for: Teams that need continuous governance, escalation support, and quality control after launch.

This retainer provides ongoing advisory oversight for research operations that are already in motion. We review output quality, tune workflows, and troubleshoot edge cases where legal risk, source ambiguity, or evidence volatility creates uncertainty. The goal is to keep execution standards stable as volume, staffing, and case complexity increase.

Rather than periodic training resets, you get a durable governance layer: clear monthly priorities, visible risk flags, and practical decisions on what to automate, what to keep human-led, and what to defer.

• →Cadence: recurring office hours plus structured monthly performance and risk review.
• →Deliverables: oversight memos, quality findings, optimization recommendations, and escalation guidance.
• →Result: controlled quality at scale with fewer process regressions and clearer accountability.

Sprint: Investigative Research Support

Best for: Active matters that require immediate progress within a fixed timeline and clear scope.

We run focused sprint cycles to accelerate high-priority research work without sacrificing verification discipline. Each sprint is structured around a concrete objective such as entity mapping, timeline reconstruction, contradiction analysis, or evidence logging. Work is delivered in staged increments so your team can review, direct, and redeploy effort quickly.

This model is designed for urgency with control: rapid movement for litigators and investigators, paired with transparent provenance and reviewer-ready outputs that are easy to check and act on.

• →Duration: 1-3 week sprint cycles with weekly checkpoints and scope lock.
• →Deliverables: source-cited packets, evidence logs, timeline artifacts, and decision notes.
• →Result: faster case progression with defensible outputs and minimal coordination drag.

Build Program: Private AI Infrastructure Delivery

Best for: Organizations investing in durable, private infrastructure for long-term research operations.

This program delivers secure systems that convert ad hoc workflows into repeatable internal capability. We design and implement local-first architecture, pipeline automation, and operational controls that reflect your data sensitivity, compliance constraints, and output requirements. Delivery is phased so stakeholders can validate progress and operational fit at each stage.

Instead of depending on disconnected tools and one-off fixes, your team receives an owned platform foundation that supports consistent execution across people, matters, and reporting cycles.

• →Duration: 2-6 month phased program with architecture, build, validation, and handoff.
• →Deliverables: secure environment, workflow tooling, documentation, and operator handoff.
• →Result: scalable, controlled operations with reduced vendor dependency and better continuity.

Module: Custom Dashboards

Best For: Teams that need a private intelligence control center for daily awareness and executive decision support.

We design and deploy custom private dashboards that aggregate your critical information streams into one operational interface. Inputs can include news feeds, regulatory updates, competitor signals, case-specific watchlists, and internal reporting artifacts. The goal is to reduce fragmentation, shorten review time, and make high-value changes visible immediately.

Dashboards include structured summaries, trend snapshots, and source-linked drilldowns, with optional audio brief generation for leadership teams that need rapid consumption. This creates a repeatable briefing pipeline for daily monitoring, weekly strategic reviews, and cross-team alignment.

• →Capabilities: private dashboard buildout, news aggregation, industry summary modules, and source-priority filtering.
• →Outputs: written executive digests plus optional audio summaries of reports and updates.
• →Result: faster situational awareness, less manual synthesis, and cleaner leadership reporting cycles.

Module: Watchdog Monitoring

Best For: Evidence preservation & high-risk subjects.

In high-stakes litigation or investigation, the most damaging evidence is often the first thing a subject deletes. We deploy automated sentinel bots to watch specific social media accounts or web pages 24/7, reacting instantly to any activity. The moment a target posts, edits, or attempts to scrub content, our system captures it, ensuring you have the receipts even if the original platform wipes the data seconds later.

This capability is essential for litigators tracking hostile witnesses or impulsive public figures. We secure the chain of custody instantly, preventing spoliation of evidence and ensuring you hold the leverage even after the public record has been scrubbed.

• →Trigger: Real-time detection of new posts or site updates.
• →Capture: Forensic snapshot (PDF/WARC) taken immediately - even if the user deletes it seconds later.
• →Deliverable: A permanent, timestamped evidence log that survives the delete button.

Module: Leak & Discovery Processing

Best For: Making sense of massive data dumps.

Modern discovery often begins with a "data dump" - a chaotic drive containing 10,000 emails, a leaked database, or gigabytes of unorganized PDFs where standard keyword search is useless. We ingest this raw chaos into a secure, local AI environment designed to understand context, not just match words. This allows us to structure the unstructured, making a massive, messy archive instantly queryable and revealing the narrative hidden in the noise.

By mapping relationships between entities across thousands of documents, we surface "smoking gun" connections that simple keyword searches miss. This turns a defensive data dump into an offensive intelligence asset, revealing the timeline and intent behind the raw files.

• →Ingestion: OCR and text extraction of non-standard file types.
• →Structure: AI entity tagging (Who spoke to whom? When? About what?).
• →Deliverable: A private, chat-able database where you can ask questions like "Show me every email mentioning 'Project X' between 2020 and 2022."

Module: Bespoke Tool Development

Best For: Solving specific, repetitive technical pain points.

Off-the-shelf software rarely fits your specific workflow perfectly, and enterprise engineering teams are often too slow for tactical fixes. Sometimes the tool you need simply doesn't exist. We bridge this gap by writing custom Python scripts and lightweight agents to automate your unique friction points - handling the specialized tasks that are too complex for tools like Zapier but too small to justify a full software development cycle.

These micro-tools are built to be disposable yet robust; we develop them rapidly to fix immediate operational friction. Whether it's normalizing a messy client database or automating a weekly compliance check, we build the exact digital adapter your workflow is missing.

• →Examples: A scraper for a specific county court portal, a script that renames and sorts 5,000 PDF invoices, or a bot that checks a competitor's inventory levels every hour.
• →Custom Output Formatting: Get the data exactly how you need it - whether that's a specific CSV layout for your CRM or a pre-formatted Markdown report for Obsidian.
• →Deliverable: A standalone, custom-built tool installed on your system that solves one specific problem perfectly.

Module: Strategic Platform Engineering

Best For: Long-term operational infrastructure & commercial-grade IP.

For organizations requiring permanent, scalable infrastructure, we execute full-lifecycle software development. Moving beyond tactical scripts, we engineer commercial-grade platforms - from secure client portals to proprietary analytical engines. We operate on a traditional Agile development cycle over 6 to 24-month engagements, ensuring iterative delivery, continuous feedback, and code that evolves with your mission.

This is an investment in your firm's long-term intellectual property, replacing rented SaaS tools with owned assets. We handle the full stack - from secure database architecture to the front-end user experience - guaranteeing a system that fits your tradecraft perfectly.

• →Methodology: Agile-driven sprints ensuring transparency and adaptability throughout the 6-24 month lifecycle.
• →Sovereignty: Full IP transfer. You own the code, the database, and the architecture - no vendor lock-in.
• →Deliverable: A production-grade software asset built on modern standards (React, Python, SQL).