ArkIO connects static, siloed OT and IT systems with a living platform that talks to every PLC, DCS, sensor and historian — reading, reasoning and returning insight in plain language, from the edge to the enterprise brain.
Eight ArkIO modules, captured live from the console — from a reactor chasing its golden batch to a fleet rolling that recipe to every lagging plant. Pick a module to watch it work.
Watch a live reactor drift +8°C off its golden batch — ArkIO ranks the likely causes and prescribes the exact correction to rejoin the ideal run.
One platform, end to end. Aletix runs the plant, the Data Lake unifies it, ArkIO reasons over it, and Miralys puts the answers in front of your team — deployed once, replicated everywhere.
To scale AI you need more than connectivity. ArkIO collapses the vendor seams into a single coordinated system — connecting assets, structuring data, reasoning over it, and deploying consistently across sites.
Connect every PLC, DCS, sensor, historian and energy meter through open protocols — no per-vendor driver purchase.
OPC UA · Modbus · MQTT · DNP3Every tag becomes a normalized envelope — value, device, metadata, type and timestamp — modeled into digital twins.
Normalized · Modeled · QueryableRun analytics, anomaly detection and AI inference close to the machine — offline and air-gapped capable.
Local model · Zero round-tripIEC 62443-aligned hardening, RBAC, certificate management and air-gapped agents protect every flow by design.
IEC 62443 · Zero-TrustStandardize naming, structure and definitions across systems and sites — trusted, consistent, auditable data.
Standardized · AuditedTemplate, deploy and monitor pipelines, twins and models across plants from a single control plane.
Template-push · Multi-siteThe platform is the same everywhere; the context is not. ArkIO ships with the process knowledge each sector needs, so a model understands what a startup spike or a campaign shutdown actually means on your floor.
Upstream and midstream assets across dispersed sites — compressor and pump health, pipeline integrity, flare and custody-transfer accounting, with inference running where the connectivity is thin.
Compressors · Pipelines · Custody transferTurbine and boiler performance against design curves — heat-rate deviation, condenser and feedwater behaviour, and precursor signals ahead of a forced outage.
Heat rate · Boilers · Outage riskBatch and continuous process control — golden-batch tracking, reactor excursions, distillation column behaviour and yield loss traced back to the variable that caused it.
Golden batch · Reactors · YieldGeneration, storage and distribution portfolios — load and demand forecasting, energy-intensity accounting per unit of output, and metering reconciled across the estate.
Load forecast · Metering · IntensityFurnace, ladle and rolling operations — thermal profile adherence, refractory and electrode wear, and quality deviation caught before the heat leaves the shop.
Furnaces · Thermal profile · WearSeason-driven campaign operation — cane preparation and crushing efficiency, evaporator and pan-station steam economy, crystallisation control, distillery fermentation and recovery across the whole crush.
Crushing · Steam economy · RecoveryArkIO is built from purpose-made products that share one data model — from the edge runtime that talks to your machines, to the intelligence layer that puts answers in front of your team. Adopt one, or run the full stack.
Explore all products →An OPA-compliant, protocol-agnostic SCADA core that acquires and controls the plant — and ships with an AI brain from day one, not bolted on later.
The control room reimagined — real-time dashboards, animated SCADA, reporting, and a natural-language interface that answers in plain English with visible reasoning.
Unified, governed, queryable storage for time-series, events, alarms and documents.
The advanced ML platform — physics-informed models, forecasting and optimization across the fleet.
A retrieval-grounded knowledge base that answers from your plant’s real context, not generic data.
Real-time anomaly detection and failure-precursor signals, with explainable cause.
Maintenance, lifecycle and reusable templates that deploy assets, twins and analytics at scale.
Cell voltage and temperature monitoring for electrolytic processes, powered by IRIS.
OT security posture, IEC 62443-aligned hardening and vulnerability management.
Every industrial AI project runs into the same objection: opening the plant to reach the data. ArkIO answers it by keeping the data where it already is — the intelligence moves to the plant, not the other way around.
Zone and conduit segmentation, hardened runtimes and secure-by-default configuration mapped to the standard your auditors already use.
Segmentation · HardeningThe AI agent runs with no outbound path. Models train and infer on-premise, so an isolated network stays isolated.
No egress · On-prem modelsPer-plant tenancy with RBAC, feature flags and scoped sharing, so an operator, an engineer and a contractor never see the same surface.
RBAC · Tenancy · Scoped sharingContinuous CVE tracking across the OT estate, with exposure ranked by what it actually reaches rather than raw severity.
CVE tracking · ReachabilityEvery read, write and model decision is logged with its source and reasoning, giving you the trail a regulator or incident review asks for.
Immutable log · TraceableIssuance, rotation and revocation handled for every agent and endpoint, so mutual TLS stays valid without manual upkeep.
mTLS · RotationEvery competitor adds AI as a module. ArkIO is designed from the data model up to be an intelligence platform — the SCADA layer is the acquisition mechanism, not the product.
Models learn inside your walls. ArkIO runs at the edge, air-gapped if you need it — no plant data is pooled, shared or sent anywhere you don’t control.
Backed by deep, hands-on field experience across India and the Gulf — the difference between AI that reads a pressure value and AI that knows what a startup spike in a distillation column means.
Every output carries a confidence score and a chain of reasoning traceable to source data or engineering standards. In a control room, trust is the product.