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Gantlett Systems INC
SYSTEMS ARCHITECTURE & GOVERNED AI RAILS FOR FAST-MOVING ENGINEERING TEAMS

Engineering Institutional Resilience.
Deterministic AI Rails for High-Velocity Teams.

Gantlett Systems Inc. partners with high-growth engineering teams and scaleups (5 to 100+ developers) to replace chaotic prompt loops with physical Go-native gates, slashing inference token burn by 80%+ and deploying air-gapped autonomous AI execution.

85%+
Lower Inference Spend
100%
Data Sovereignty
36 AST
Verification Gates
$0 API
Local SLM & Turnkey Nodes
Core Practice Areas & Engagements

Architectural Pillars

We replace free-range, unmanaged prompt loops with physical Go-native gates, transient worktree sandboxes, and immutable task DAGs.

ENGAGEMENT // 01

Forward Deployed Engineering (FDE) Sprint

A focused 1 to 2-week transformation sprint embedding a Principal Systems Architect directly with your team. We calculate exact token bleed, map circular AST blast radiuses, install custom Definition of Done (DoD) compiler gates, and stop architectural drift.

  • 1-Week Turnaround ($5,000 Flat)
  • AST Complexity & Token Bleed Audit
  • Custom Pre-Commit Verification Gates
ENGAGEMENT // 02

Air-Gapped Sovereign AI & Turnkey Appliances

Deploy high-performance local Small Language Models (SLMs) behind your corporate firewall on existing metal, private VPCs, or our pre-configured Turnkey Hardware Appliances (plug-and-play local GPU nodes with NixOS & Nomos Sovereign pre-installed).

  • Turnkey Pre-Built Hardware Nodes Available
  • Hierarchical Fail-Up (70%+ $0 Local SLM + Cloud)
  • Zero Data Exfiltration & 100% Privacy
ENGAGEMENT // 03

Nomos Sovereign Platform & Multi-Agent Execution

Built upon the free, open-source nomos Go substrate, we license and deploy the commercial Nomos Sovereign Tier 2 Engine: multi-agent autonomous headless worker pools (nomos code) burning down backlogs in parallel.

  • Open-Core Go Engine + Commercial Tier 2 Engine
  • Nomos Cockpit Real-Time DAG Task Control Plane
  • Fractional Principal Architect Advisory SLA
Operational Analysis

Free-Range AI vs. Governed Substrates

Why unconstrained prompt honor systems burn massive inference budgets and fail at enterprise scale, and how physical compiler rails solve the reliability equation.

Engineering Dimension

Conventional Stochastic Agents

Gantlett Governed Substrates

Inference Strategy

100% Cloud API Lock-in: High token tax on every single routine task.

Hierarchical Fail-Up: 70%+ solved on $0 local SLMs; cloud escalated only when needed.

Token Bleed & Retry Loops

Context Thrashing: 15–20 exploratory turns re-sending 100k+ tokens ($3.00+ per patch).

85%+ Token Reduction: Surgical 1–2 turn AST green loops in isolated sandboxes.

Hardware Deployment

Requires complex cloud DevOps pipelines or expensive enterprise API tiers.

Flexible Deployment: Bring-your-own-metal, private VPC, or Turnkey Hardware Appliances.

Definition of Done

Vague markdown prompt instructions easily skipped or forgotten by LLMs.

36 Go-compiled AST quality gates with machine-enforced pass/fail verification.

Data Sovereignty

Proprietary intellectual property streamed across third-party networks.

100% Air-Gapped / On-Premise execution with zero external code telemetry.

Direct Advisory

Schedule an Architecture Review

Connect directly with our Principal Architects to evaluate your engineering stack, assess air-gapped AI readiness, and receive a tailored implementation blueprint.

CONFIDENTIAL ARCHITECTURAL INTAKE

To respect your engineering leadership time, every advisory consultation is pre-scoped against your active tech stack, repository scale, and governance constraints.

Direct calendar scheduling unlocks immediately upon intake submission.