Autonomous Infrastructure

Architecture
for the agentic
era.

ARM Agency deploys, monitors, and optimizes autonomous systems at enterprise scale — building the infrastructure that lets AI operate reliably in production.

200+
Enterprise customers
50K+
Agents deployed
99.99%
Uptime SLA
8ms
Median latency
arm-agent-cli v2.4.1 — connected
$ arm status --cluster prod-01
Checking agent health...
12,440 agents active
BFT consensus maintained
Mandate chains verified
──────────────────────────
Uptime: 99.99% / 30d
Throughput: 2.4M ops/sec
Anomalies: 0
$
// AI-Native Architecture // Byzantine Fault Tolerance // Agentic Workflow Orchestration // Real-Time Attribution // Differential Privacy // Carbon-Aware Scheduling // Mandate Chain Verification // AI-Native Architecture // Byzantine Fault Tolerance // Agentic Workflow Orchestration // Real-Time Attribution // Differential Privacy // Carbon-Aware Scheduling // Mandate Chain Verification

What ARM Agency builds and operates

Four integrated disciplines that give autonomous systems the infrastructure to operate at enterprise scale without supervision failures.

01 ─ Architecture
AI-Native Signal Infrastructure
Machine-readable systems architected from first principles — structured data, semantic layers, and knowledge graphs that AI agents can query, trust, and act on without ambiguity.
Signal Layer
02 ─ Orchestration
Agentic Workflow Syndication
End-to-end orchestration of autonomous workflows across distributed systems. Agents coordinate, delegate, and self-correct under mandate constraints with full audit trails.
Workflow Layer
03 ─ Security
Enterprise-Grade Fault Tolerance
Multi-layer security with Byzantine Fault Tolerance and mandate chain verification. Systems maintain consensus and recover from adversarial conditions without human escalation.
Security Layer
04 ─ Visibility
Real-Time Attribution & Observability
Live visibility into agent decisions, resource usage, and outcome attribution. Differential privacy protects sensitive data while maintaining full operational transparency.
Observability Layer

From contract to production in 30 days

Step 01
Signal audit & architecture review
We map your existing data infrastructure, identify gaps in machine-readability, and define the knowledge graph your agents will operate against.
Step 02
Mandate chain design
Your organization's authority structure is encoded into verifiable mandate chains — defining what agents can decide autonomously vs. what requires escalation.
Step 03
Cluster provisioning & BFT setup
Agent clusters are provisioned in your preferred cloud environment. Byzantine Fault Tolerance consensus protocols are initialized and tested under adversarial conditions.
Step 04
Live deployment & attribution wiring
Agents go live with real-time attribution enabled from day one. Every decision is logged, queryable, and attributable to a specific agent, mandate, and timestamp.

The team architecting trust in autonomous systems

MN
Mason Nguyen
Chief Executive Officer
15 years in distributed systems and AI infrastructure. Previously led autonomous systems R&D at a Fortune 100 logistics firm, where he oversaw deployment of the first BFT-compliant agent network in regulated logistics.
AL
Avery Lane
Chief Operating Officer
Operations architect specializing in agentic workflow at scale. Designed the mandate-chain verification framework now used across ARM's enterprise client base. Former CTO of an autonomous trading infrastructure firm.
JW
John Williams
Managing Director, Partnerships
Strategic alliances lead with deep relationships across cloud infrastructure, enterprise security, and AI research. Built partnerships that now cover 60% of ARM's enterprise deployment environments.

Layered execution fabric

Six orthogonal layers with cross-cutting concerns for economics, sustainability, and auditability. Each layer is independently upgradeable without touching the others.

L0 — Human Intent
DID Identity Root Mandate HITL Escalation Revocable Sub-Mandates
L1 — Orchestration Kernel
Temporal Workflows Task Router Dead-Man's Switch Circuit Breakers
L2 — Safety & Sandbox
Wasm Sandboxes BFT Consensus Hallucination Detection Mandate Verifier
L3 — Cognitive Swarms
Agent Discovery Task Lifecycle A2A / ACP Structured Dialogue
L4 — Memory Fabric
Vector Store Event Sourcing Checkpoint Store Semantic Cache
L5 — MCP Tools & Actions
Tool Registry Context Windows Resource Providers Prompt Templates
Economic Layer (AP2)
Mandate SigningPayment RailsTx Ledger
Sustainability Scheduler
Grid Intensity APICarbon BudgetsGreen Windows
Truth Ledger
Immutable LogDecision TracesAudit Queries

Ten invariants that govern every design decision

P1
Sovereign Agency
Agents act within cryptographically bounded mandate scopes. No action without verifiable authorization.
P2
Protocol-Native
MCP, A2A, ACP, and AP2 are first-class citizens. Wire formats are the source of truth — not adapters.
P3
Durable State
Every state transition is checkpointed. Zero-loss recovery from crashes, network partitions, or provider failures.
P4
Carbon-Aware
Computation is scheduled against live grid carbon intensity. Non-urgent tasks defer to green windows automatically.
P5
Auditability by Design
Immutable Truth Ledger records every decision, tool call, and mandate chain. EU AI Act compliant from day one.
P6
Semantic Sandboxing
Each tool executes in a capability-restricted Wasm sandbox. Tools cannot escape their declared permission scope.
P7
Economic Traceability
AP2 mandates create verifiable payment trails. Every transaction is attributable to a human principal.
P8
Graceful Degradation
When AI reasoning fails, the system falls back to deterministic paths. It never hallucinates forward.
P9
Composable Swarms
Agents discover and coordinate via A2A / ACP without central registries. Swarm topology is emergent.
P10
Edge-Ready
Core kernel compiles to Wasm for edge and IoT deployment. Full system runs on 512MB RAM minimum.

The only protocol-native, resilient, carbon-aware agent infrastructure

Feature-by-feature comparison with leading frameworks. ARM is the only platform with first-class MCP + A2A + ACP + AP2 support, zero-loss resilience, and carbon-aware scheduling built into the kernel.

Feature ARM Agency LangGraph CrewAI AutoGen Semantic Kernel
Protocol Support
Native MCP support~
Google A2A protocol
Agent Commerce (AP2)
Resilience
Durable execution (stateful)
Dead-Man's Switch
Multi-model BFT consensus
Circuit breakers~
Safety & Isolation
Wasm sandboxing
Mandate chain (delegated auth)
Immutable audit log~
HITL escalation~
Sustainability
Carbon-aware scheduling
Per-task energy tracking
EU AI Act compliance
✓ Full support ~ Partial / plugin ✗ Not available

Cross-org procurement, end-to-end

A2A discovery → ACP negotiation → BFT validation → HITL approval → AP2 payment. Every step recorded to the Truth Ledger with Merkle proofs.

01
Alice (Human) → ProcurementAgent
Issue root mandate for Q1 logistics procurement ($50K budget)
MANDATE
02
ProcurementAgent → SupplyDiscovery
Discover capable logistics vendors via .well-known/agent.json auto-discovery
A2A
03
SupplyDiscovery → ProcurementAgent
Return 3 qualified vendor agents: GlobalLog, SwiftShip, EcoFreight
A2A
04
ProcurementAgent → GlobalLogAgent
Send CFP (Call for Proposal) with requirements and constraints
ACP
05
GlobalLogAgent → ProcurementAgent
Propose: $42,000 for 500 pallets LAX–JFK, 5-day transit, ISO-14001
ACP
06
ProcurementAgent → BFT-Validator
3-model BFT consensus on proposal terms and compliance claims
BFT
07
BFT-Validator → ProcurementAgent
Consensus reached: 3/3 models confirm proposal validity and mandate compliance
BFT
08
ProcurementAgent → Alice (Human)
Escalate for human approval: $42K payment exceeds auto-approve threshold ($10K)
HITL
09
Alice (Human) → ProcurementAgent
Approved. Sub-mandate issued for payment execution within AP2 bounds.
MANDATE
10
ProcurementAgent → GlobalLogAgent
Execute AP2 payment intent: $42,000 with mandate chain proof & Truth Ledger record
AP2
5Protocols
10Traced steps
3Org boundaries
100%Merkle verified

Field notes from production deployments

Technical deep-dives, enterprise case studies, and whitepapers from the team building autonomous infrastructure at scale. Updated fortnightly.

50K DC-01 DC-02 DC-03 DC-04
Technical
Byzantine Fault Tolerance in Autonomous Agent Networks
How production autonomous systems maintain consensus and recover from adversarial node failures without human escalation — including ARM's BFT implementation walkthrough in regulated environments.
BFT consensusdistributed AIfault toleranceagent reliability
Whitepaper
The Signal Stack Blueprint: Making Your Brand AI-Readable
Structured data and semantic architecture that transforms scattered brand presence into a high-confidence knowledge graph AI retrieval systems rank as a trusted source.
generative search optimizationknowledge graphsstructured data
Technical
Privacy-Preserving AI: Differential Privacy in Autonomous Agents
How differential privacy techniques protect sensitive enterprise data while maintaining full decision-making effectiveness of autonomous agents at production scale.
differential privacydata protectionenterprise security
Case Study
Real-Time Attribution in Autonomous Systems: Challenges and Solutions
When 12,000 agents make decisions simultaneously, attribution is non-trivial. This documents ARM's trace logging, mandate chain auditing, and live dashboards that surface accountability without latency.
real-time attributionagent observabilityaudit trailsmandate chains
Insight
Carbon-Aware Scheduling in Autonomous Systems
How autonomous resource management shifts workloads toward low-carbon grid windows — reducing enterprise carbon footprint by up to 28% without sacrificing throughput or SLA compliance.
carbon-aware AIgreen computingsustainable infrastructure

Immutable audit trail for every agent decision

Every decision, tool call, consensus vote, and mandate invocation is logged with Merkle proofs. Queryable in <1s. EU AI Act compliant.

0Entries
0/0Verified
0.000gCO2
100%Chain Integrity

Four-phase delivery plan

From MVP kernel to ecosystem marketplace. Each phase ships independently — no big-bang releases.

Active
Phase 1
Resilient Kernel + MCP
Months 0–6
  • Temporal-based durable execution kernel in Rust
  • Native MCP server/client with tool registry
  • Wasm sandbox runtime (Wasmtime integration)
  • Dead-Man's Switch + circuit breaker patterns
  • Truth Ledger v1 (append-only FoundationDB)
  • OpenTelemetry instrumentation baseline
99.99% task recovery
<50ms tool dispatch
0 sandbox escapes
Q3 2026
Phase 2
A2A/ACP + AP2 Protocols
Months 6–12
  • A2A agent discovery (.well-known/agent.json)
  • Full A2A task lifecycle management
  • ACP performative engine (request/propose/inform)
  • AP2 mandate signing + payment intents
  • BFT 3-model consensus module
  • Cross-org task integration tests
<200ms cross-org handshake
First AP2 transaction
100% mandate traceability
Q1 2027
Phase 3
Carbon Scheduler + Edge
Months 12–18
  • WattTime / Electricity Maps integration
  • Carbon-budget-aware task scheduler
  • Wasm kernel compilation for edge devices
  • Edge-cloud hybrid orchestration
  • Kepler per-pod energy measurement
  • EU AI Act audit report generation
30% carbon reduction
512MB edge footprint
Full EU AI Act
Q3 2027
Phase 4
Ecosystem & Marketplace
Months 18–24
  • Plugin marketplace for Wasm extensions
  • Agent reputation and trust scoring
  • Multi-tenant SaaS deployment option
  • Robotics / IoT agent bridge protocols
  • Community-contributed tool registry
  • Open-source core release (Apache 2.0)
100+ community plugins
10+ enterprise deployments
1000+ registered agents

Production-grade toolchain

Every component chosen for safety, performance, and protocol compliance. No NIH — best-in-class tools at each layer.

Core Runtime
RustKernel, orchestrator, protocol implementations
WasmtimeTool sandboxing, edge deployment, plugin runtime
MojoHigh-performance inference pipelines, numeric workloads
Orchestration
Temporal.ioDurable workflow execution, checkpointing, replay
NATSInter-agent messaging, event streaming
gRPC / tonicHigh-performance RPC for internal service mesh
Storage & Memory
SurrealDBMulti-model store (graph + document + KV) for agent state
PineconeVector embeddings for semantic memory, RAG retrieval
FoundationDBOrdered KV for Truth Ledger, Merkle-based audit log
Protocols
mcp-rsRust MCP client/server (Anthropic spec)
a2a-sdkA2A task lifecycle, agent discovery, AgentCard
acp-coreACP performatives, dialogue management
Observability
OpenTelemetryDistributed tracing, metrics, spans across agent swarms
PrometheusMetrics collection, alerting, SLA monitoring
GrafanaDashboards, Truth Ledger visualization, carbon tracking
Sustainability
WattTime APIReal-time grid carbon intensity data
Electricity MapsFallback carbon intensity provider, regional data
Kepler (k8s)Per-pod energy consumption measurement

Scale with your agent fleet

Start free, grow to enterprise. No lock-in — the core runtime is Apache 2.0. Pay for managed infrastructure and compliance tooling, not for the protocol itself.

Free
$0/mo
For developers and small teams exploring agentic infrastructure.
  • 5 concurrent agents
  • 1,000 tasks / month
  • MCP + A2A protocol support
  • Truth Ledger (30-day retention)
  • Community support
Get started free
Enterprise
Custom
For regulated industries, governments, and large-scale deployments.
  • Self-hosted or air-gapped
  • Unlimited agents & tasks
  • EU AI Act compliance toolkit
  • Full mandate chain audit
  • SLA: 99.99% uptime
  • 24/7 dedicated support
  • Custom integrations
Talk to sales
Open-source core commitment
The ARISE kernel, all protocol adapters (MCP/A2A/ACP/AP2), Wasm sandbox runtime, and Truth Ledger core are permanently open-source under Apache 2.0. The agent internet must be built on open standards.
Apache 2.0 — Core runtime Source-available — Enterprise features 80/20 rev share — Plugin marketplace

Ready to deploy?

ARM Agency works with enterprise teams deploying autonomous agents into production. We respond within one business day. A 30-day production pilot is available for qualified teams.

Emailops@arm-agency.com
ResponseWithin 1 business day
Demo60-minute live session
Pilot30-day production pilot
ProtocolsMCP · A2A · ACP · AP2
LicenseApache 2.0 core · Enterprise available
Live protocol status
MCP v1.023msOperational
A2A v1.089msOperational
ACP v0.945msBeta
AP2 v0.8112msAlpha
✓ Message received. We'll be in touch within one business day.