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VΛLΦ

Agentic AI Runtime Control

Every agent action.
Governed. Audited. Controlled.

Pre-Seed · 2026 · Valo Research Group

This Is Not GRC

The wrong category costs you the wrong multiple.

Market (old frame)
$50B, mature, saturated
Market (right frame)
Emerging, no dominant player
What it is
Policy documents
What it is
Infrastructure
Multiple
4–8× ARR
Multiple
10–20× ARR

Just as "network governance" became "network security" ($200B+),
AI governance becomes AI runtime control.

The Problem

AI agents execute real-world actions.
Nothing stops the bad ones.

⚠️ Hallucinated API call

Deletes production data

⚠️ Unauthorized transaction

Clears a financial account

⚠️ Unlogged action

Triggers regulatory investigation

✗ Current solution?

Nothing. These are execution boundary problems.

The Market

Gartner issued the first-ever Market Guide for Guardian Agents in 2026:

"Enterprises already deploy AI agents in production. Guardian agent deployments are mainly prototypes or pilots."

The window: agents in production, governance is not.
VΛLΦ closes the gap.

THREE AUGUST 2026 DEADLINES
6 weeks
ENTERPRISES UNPREPARED
78%
HAD AI-AGENT INCIDENTS
65%

The Solution

Intent → [VΛLΦ Gate] → Receipt → Action

L1 Guardian Gate

Deterministic, 43 nanoseconds, TLA⁺-verified

WORM Audit Log

Tamper-evident, SHA-256 hash chain, forensic-grade

8-Instrument Ensemble

Provenance, coherence, authorization, rate, recency, scope, identity, replay

ACS Protocol

Agent Control Standard, open, Apache 2.0

65% Context Compression

6 live sources. Every fact retained. Measured, not modeled.

65.4%
Token reduction
100%
Fact retention (75% overlap)
$0.35
Cost per dollar (vs baseline)

Tested on: Straiker, HiddenLayer, Holistic AI, Raconteur, The Hacker News, AI Standards Hub

At 1M context tokens/day: save 650,000 tokens/day per agent

No Competitor Owns
The Execution Boundary

Governance Platforms

Credo AI, Holistic AI, Asenion: Policy/risk layer only. Audit and report, but don't gate.

Security Companies

Straiker, HiddenLayer: Threat/infrastructure layer. Detect breaches, not prevent unauthorized action.

VΛLΦ

Deterministic L1 gate + WORM receipt + TLA⁺ proof
+ context compression

The Difference

Straiker asks: "Are we being attacked?"
VΛLΦ asks: "Can we prove we controlled this?"

Three August 2026 Deadlines

One solution.

🇪🇺 EU AI Act Enforcement

Logging, transparency, human oversight required
VAIG WORM = compliance infrastructure

🇳🇴 KI-loven (Norwegian AI Act)

First national enforcement, August 2026
Natural market entry via Cognite ($2.1B)

📋 prEN 18229-1 Consultation Closes

European AI logging standard window
VAIG WORM = reference implementation

Not a Whitepaper.
Running Code.

⚡ 43 nanoseconds

L1 Guardian gate latency (Rust, gRPC, TLA⁺-verified)

✅ 2.85M states

TLA⁺ formal verification, zero counterexamples

📊 65.4% compression

Measured on 6 live sources, June 2026

🔗 Independent convergence

EFA (Rupp, Columbia Southern) derived same architecture independently

📈 Gartner validates

First-ever Market Guide for Guardian Agents (2026)

🏛️ Regulatory access

EU Commission + Norwegian government partnerships active

Business Model

Open core + enterprise. Infrastructure pricing.

Apache 2.0 Open Core

Reference implementation, ecosystem, trust

Enterprise Product

Guardian Agent, SLA, compliance reports, support

Runtime Licensing

Per agent-hour or action-volume pricing

Standards Revenue

ACS certification for frameworks (LangChain, AutoGen, CrewAI)

Go-to-market: Norway first (KI-loven) → Europe (EU AI Act) → Global

The Ask

Pre-seed round. Three milestones.

1. Reference Implementation Release

Apache 2.0 open core, enabling ecosystem adoption

2. Enterprise Guardian Agent Product

Commercial offering, SLA, enterprise integrations

3. ACS Standardization

Agent Control Standard with IEEE/ISO positioning

Lakera → Check Point: $300M | HiddenLayer: $50M Series A | Straiker: $21M seed

Exit floor is defined. VΛLΦ is the only player with execution boundary, formal verification, and running code.