The platform

Hive Command AI

A single evidence layer that ITSM, security, cloud, ERP and AI programs can all trust — because it shows its work. Four layers, one code base, fourteen editions.

79 registered capabilities2,169 connector rows730 vendors132 API connectors84 dashboard tabs1,614 widget bindings21 AI providers74 ERP platforms

Architecture

Four layers, wrapped in security controls.

Discovery & connectors2,169 connector rows in 10 categories. IP scanner with a 137-row identification matrix. No-credential imports from IPAM, CMDB, exports, flow and PCAP. Passive SPAN/TAP observation (metadata only). Credential broker issues scoped read-only grants.

Evidence & normalizationAsset golden record and object graph. Evidence vault with source, hash, confidence and approval. CMDB reconciliation and business-service maps. Canonical ERP model across 74 platforms. Lifecycle, gap and dependency analytics.

Governed AI services21-provider AI/LLM catalog — connected, customer-hosted or local. Deny-by-default AI sharing. Redaction profiles before every model call. Action intents classified, simulated and human-approved. Offline local-inference tier.

Delivery surfacesExecutive command view. Role dashboards across 84 tabs. Reports, workbooks and exports. Visio, Draw.io and SVG topology. OpenAPI contract for integration.

Local credential brokerNon-negotiable secret-egress ruleRead-only collectors & SSH guardrailsScope manifests & TTL grantsQuarantine · hashing · leak scanningApproval checkpointsAudit trailSigned releases & SBOM

AI governance by design

Accountable before autonomous.

Most copilots read whatever the console exposes — secrets, tenant IDs, customer data — and send it to an external provider with no redaction proof. Agents that can change configuration are handed credentials and act without a named approver. Hive Command AI answers all of that by construction.

Intent classifiedEvery action intent mapped to a safety class

Evidence assembledSource-traceable context selected

Redaction appliedNamed profile strips secrets and identifiers

Human approvalNamed approver; blocked scopes cannot be granted

Brokered executionScoped, time-limited grant; simulated until enabled

Audit recordInputs, outputs, hashes, approver and outcome

Blocked AI scopes: secrets and device credentials. ERP blocked scopes: ERP credentials and secrets. Live writeback disabled by default. Passwords, tokens, keys, cookies, SNMP communities and vault contents never reach a prompt, log or report.

Operating modes · the same controls in every mode

Connected, customer-hosted or air-gapped.

Mode	AI providers	Discovery	Exports	Credentials
Connected SaaS tenant hosted from our colocation facility	Any of the 21 catalog providers, after dataset approval and redaction	API, agent-assisted and import-based discovery through customer connectors	Branded workbooks, reports and diagrams; leak-scanned before release	Never leave the customer boundary; broker issues scoped grants only
Customer-hosted your virtualization or Kubernetes	Customer-selected providers or customer-hosted models	Full connector catalog inside the customer network	Native source exports and platform formats under customer policy	Customer credential manager and PAM integration
Air-gapped / disconnected portable rack or customer hardware	Local inference only; no external model calls possible	Import-first discovery, IP scanner, passive observation, credentialed read-only collection	Media-set packaging for removable media; evidence packs stay on site	Local broker; secrets never exported

Controls are enforced by the platform in every mode; the operating-mode matrix defines what is permitted, not merely recommended.

ERP Architect Edition

Any-to-any migration intelligence.

SAP ECC mainstream maintenance ends 31 December 2027. Oracle, Dynamics, Workday, Infor, Epicor, NetSuite and Acumatica estates face parallel cycles. Every program needs the same thing first: what exactly do we have, and what depends on it?

DiscoverEstate, ERP modules, integrations, batch jobs, service accounts

Canonical ERP modelCommon entities across SAP, Oracle, Microsoft, Infor, Epicor, NetSuite…

Mapping & data contractsSchema mapping, field-level contracts, quality rules

Any-to-any orchestratorRoutes migrations between any supported source and target

Assurance labDry runs, wave simulation, dependency and downtime checks

Reconciliation evidenceCounts, balances and lineage that finance and audit accept

Cut-over packageRunbook, rollback, sign-offs, evidence archive

Partner posture: the edition supplies dependency intelligence and evidence to SAP, Oracle, Microsoft, Workday, Infor, Epicor, NetSuite and Acumatica programs — we partner with every vendor and compete with none. LLM access to ERP context is disabled by default and policy-gated when enabled.

Demonstration and pilot racks

Three racks that go where SaaS cannot.

RACK 1 · 100G

Pilot & demonstration

Cisco Nexus 100G, Supermicro GPU servers with NVIDIA H200, NVMe storage, coordinator and scan-agent nodes, online UPS, metered PDUs, road case.

RACK 2 · 400G

Multi-tenant pilots

Cisco Nexus 400G fabric, expanded H200 capacity for concurrent pilots, high-performance storage, dual UPS.

RACK 3 · 800G

Executive Full Platform at scale

Cisco Nexus 800G fabric, full H200 inference cluster, redundant power and cooling, field-deployable enclosure.

Racks travel to customer pilots and return to the Atlanta colocation facility as production, test and training capacity. Vendor preference: NVIDIA, Supermicro, Cisco.

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