Every product shares one data model, one security posture and one deployment story. Run the full stack, or adopt a single piece and grow into the rest — nothing has to be re-architected later.
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 acquisition layer and the reasoning layer are the same product, which is why context never has to be rebuilt downstream.
Modbus, OPC UA, MQTT and DNP3, with no per-vendor driver purchase.
Flat binary logging plus InfluxDB and TimescaleDB, buffered through network loss and reconciled on recovery.
Inference runs at the machine with IEC 62443-aligned hardening and no cloud dependency.
NLP-explained causality with escalation policies, instead of a control room absorbing an alarm flood.
Tags are discovered across Modbus, OPC UA, MQTT and DNP3 without buying a driver per vendor.
Every tag becomes a value-device-metadata-type-timestamp envelope, written to the edge historian as it arrives.
The air-gapped agent begins reasoning locally, producing explained alarms rather than threshold notifications.
Connectivity stops being a line item that grows with every new asset.
The control room receives one causal narrative instead of forty simultaneous alarms.
Local buffering and local inference keep the site useful in isolation.
The control room reimagined — real-time dashboards, animated SCADA, reporting, and a natural-language interface that answers in plain English with visible reasoning. What an operator sees and what the platform concluded are the same thing, traceable back to source.
Line, KPI, gauge, heatmap and animated SCADA panels, built without code.
Fifty viewers on one tag resolve to a single query over WebSocket.
Excel and PDF reports on a schedule, in append mode, bound to live plant tags by pointing rather than by formula.
Per-plant tenancy, RBAC, feature flags and scoped external sharing.
Dashboards subscribe to the unified namespace directly, so there is no separate integration layer to maintain.
Line charts, KPI walls, gauges, heatmaps and animated SCADA panels are assembled per role and per plant.
The natural-language interface answers from live data, showing the reasoning and the source behind each answer.
Deduplicated WebSocket subscriptions keep load flat as the audience grows.
Templated Excel and PDF output runs unattended, in append mode where the record must accumulate.
A contractor sees one asset; a group head sees the fleet.
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.
The AI agent runs with no outbound path. Models train and infer on-premise, so an isolated network stays isolated.
Per-plant tenancy with RBAC, feature flags and scoped sharing, so an operator, an engineer and a contractor never see the same surface.
Continuous CVE tracking across the OT estate, with exposure ranked by what it actually reaches rather than raw severity.
Every read, write and model decision is logged with its source and reasoning, giving you the trail a regulator or incident review asks for.
Issuance, rotation and revocation handled for every agent and endpoint, so mutual TLS stays valid without manual upkeep.
Leverage ArkIO’s latest technology solutions and GRC audit capabilities to keep your company assets and resources safe. ArkIO takes pride in being at the forefront of cyber security, offering a comprehensive suite of services that include both Information Technology (IT) and Operational Technology (OT) security audits, as well as Vulnerability Assessment and Penetration Testing (VAPT). Our commitment is to empower your organization with robust defenses against the ever-evolving threat landscape.
Our IT security audits are designed to meticulously examine your digital infrastructure. We leave no stone unturned, assessing networks, applications, and endpoints to identify vulnerabilities that could compromise your security. Our detailed reports not only highlight areas of concern but also provide actionable recommendations to fortify your IT defenses.
Being an OEM we do extensive research and development in PLCs, DCS, SCADA etc. As such, we are in an excellent position to identify the vulnerabilities in OT networks. Our OT security audits delve into the intricacies of Operational Technology, evaluating SCADA and Industrial Control Systems (ICS). We analyze the security controls in place, identify potential risks, and ensure your OT environment meets the highest standards of security and compliance. One small leak can have disastrous effects of not just plant downtime but also safety hazards.
Vulnerability Assessment and Penetration Testing are crucial components of a robust security strategy. Our experts simulate real-world cyber attacks to identify vulnerabilities in your systems and applications. Through a combination of automated scanning and manual testing, we provide you with a comprehensive understanding of your security posture, empowering you to proactively address weaknesses.
Navigating the complex landscape of regulatory compliance can be challenging. Our audits not only identify vulnerabilities but also ensure that your security measures align with industry standards and regulatory requirements.
Cyber threats are ever-evolving. Our commitment doesn’t end with the audit report. We offer continuous monitoring services and ongoing support to help you stay ahead of emerging threats and maintain a resilient security posture.
We believe in a holistic approach to cyber security. Our combined IT and OT security audits, along with VAPT services, offer a 360-degree view of your organization’s security landscape. This integrated strategy ensures that your defenses are resilient across all digital fronts.
Our team of cyber security professionals is not just highly skilled; they are passionate about staying ahead of the curve. With diverse expertise and continuous training, they bring a wealth of knowledge to every engagement.
We leverage cutting-edge tools and methodologies to provide you with the most accurate and up-to-date assessments. Our commitment to innovation means that you receive insights into emerging threats and vulnerabilities.
We believe in clear and transparent communication. Our reports are detailed, yet accessible, providing you with a clear understanding of the risks and recommended actions. We work with you to implement effective solutions.
Assets are inventoried and grouped into zones and conduits, giving an accurate picture of what actually talks to what.
IEC 62443-aligned configuration, certificate management and role separation are applied to every flow.
CVE exposure, remote sessions and configuration changes are monitored continuously against the baseline.
Agents run inside the perimeter, air-gapped where the site requires it.
Audit conversations start from a documented architecture rather than a diagram drawn afterwards.
Who connected, what changed and when are answerable without reconstruction.
Unified, governed and queryable storage for time-series, events, alarms and documents. Structure the data once and every layer above it inherits that context, which is why adding a module later never becomes another integration project.
Every tag carries value, device, metadata, type and timestamp, so a downstream consumer never has to guess what it received.
Tags resolve into asset models rather than remaining a flat namespace, which is what makes cross-site comparison possible.
Naming, structure and definitions held consistent across systems and sites, with an audit trail behind every change.
Lab reports, SOPs and datasheets stored next to the time-series they describe, so retrieval can read both together.
Time-series, events, alarms and documents are written at full plant rate without downsampling on the way in.
Naming and hierarchy follow one standard, so an asset means the same thing at every site.
Query, API and replay access make history usable by dashboards, models and engineers alike.
Time-series, events, alarms and documents stop being four separate systems with four answers.
Fleet comparison becomes possible because the tags mean the same thing.
Investigation does not wait on an export request.
The advanced ML platform — physics-informed models, forecasting and optimization across the fleet, trained on your data inside your walls. Every result carries a confidence score and a chain of reasoning, because in a control room an unexplained number is not actionable.
An eight-step wizard from data selection to a deployable model, so a process engineer can train without writing code.
Prescriptive quality correction that ranks likely causes of a drift and states the change that rejoins the ideal run.
Engineering constraints carried into the model, so predictions stay inside what the process can physically do.
Load, yield and consumption forecast across the fleet, with setpoint recommendations evaluated against the objective you set.
Yield, energy, quality or throughput is stated as a target with its real constraints, not as an abstract accuracy score.
Process knowledge constrains the model, so it cannot propose a state the plant could not physically reach.
Output arrives as advice or a setpoint, carrying a confidence score and a traceable chain of reasoning.
Decisions are made before the outcome is locked in rather than explained afterwards.
Recommendations respect equipment limits and product specification.
Value earned at one site transfers without a second project.
A retrieval-grounded knowledge base that answers from your plant’s real context rather than generic data — lab reports, SOPs and datasheets read against the live reading, with every answer citing the document and passage it came from.
Plain-English questions answered from your own engineering library, grounded in the current batch reading.
One benchmark across sites that finds the pattern behind a winning lot and rolls it out to every lagging plant.
Each response names its source document and passage, so an engineer can verify rather than trust.
Shift knowledge and past incident findings retained as retrievable context instead of leaving with the person who held them.
P&IDs, SOPs, vendor manuals, incident reports and shift logs are indexed as the plant’s own knowledge base.
Documents are linked to assets and tags, so a question about a vessel reaches the paperwork for that vessel.
Every response names the document and the section it came from, so it can be checked before it is acted on.
An engineer verifies the source rather than trusting a summary.
Knowledge held by long-serving staff becomes queryable.
The answer reflects this installation, not an industry average.
Real-time anomaly detection and failure-precursor signals, each carrying an explainable cause rather than a bare threshold breach. The goal is fewer alarms that mean more, not more alarms that mean less.
A rule with an escalation policy built in seconds, and an alarm that explains its own cause when it fires.
The pattern that precedes a failure surfaced ahead of the failure window, with the lead time stated.
Correlated alarms collapsed into the single upset behind them, so the control room sees one event.
Startup, shutdown and grade-change behaviour treated as expected, which is what keeps false positives down.
Each asset’s own operating envelope is learned across load, ambient and product conditions.
Deviation is caught in the pattern between signals, before any single reading crosses a limit.
The detection names the signal that moved first and routes to the person who can act on it.
Warning comes early enough to plan an intervention rather than absorb a stop.
An alert that cannot be explained does not get raised.
Assets that never justified a dedicated monitoring system are included.
Reusable templates that deploy assets, twins, analytics and reports at scale. Commission one site properly, then replicate that architecture everywhere instead of rebuilding it per plant.
Build a live report by pointing at a cell and binding it to a plant tag — reference moment, lookback and format, with no formulas or scripting.
Pipelines, twins and models pushed to many plants from a single control plane, with drift from the template visible.
Naming and hierarchy held identical across sites, which is the prerequisite for comparing them at all.
A new line inherits the analytics, alarms and reports of its class on day one rather than after a project.
An asset, its twin, its dashboard and its analytics are configured properly at the first site.
That whole configuration is captured as one reusable unit, not as a set of files to copy by hand.
Deployment to further sites is a push, with version state visible across the fleet.
Scaling stops being a repeat of the original engineering effort.
Fleet reporting works because the definitions are identical.
Improvements propagate instead of living at one site.
Maintenance and lifecycle management for every connected asset, driven by the same signals the intelligence modules already read — so a work order is raised on evidence rather than on a calendar interval.
Scheduling driven by measured condition and predicted remaining life instead of a fixed interval.
The order carries the signal that raised it, so the technician arrives knowing what was seen.
Install, service and replacement history held against the asset model rather than in a separate register.
Pipelines, twins and models across plants watched from one place, with failures attributable to a site.
Asset registers, work orders and maintenance history are joined to the live signals from the same equipment.
Work is raised by measured condition and predicted failure rather than by elapsed calendar time.
Completed interventions return to the asset record and inform the next prediction.
Effort goes to the equipment that needs it, in the order it needs it.
Inventory is held against likelihood rather than habit.
The next diagnosis starts from what was actually done before.
ArkIO has revolutionized electrolytic process monitoring and optimization through its Cell Voltage and Temperature Monitoring Systems. The IRIS technology provides real-time data monitoring from the cells, completely eliminating the need for manual measurement of shorts and faults in production.
The wireless CVMS technology is completely plug-and-play. It fits on cell walls and immediately starts transmitting cell parameters to the control room. No cabling, no hassles.
Provides key performance indicators for EW/ER by detecting and predicting short circuits and monitoring the overall health of a cell.
Helps increase production yield, adds instantaneous fault detection capability, and reduces maintenance requirements.
Two options in IRIS — conventional wired, or fully plug-and-play wireless that mounts directly on cell walls.
The IRIS-2 unit communicates with the dashboard and has immunity against heavy electromagnetic interference, operating in harsh chemical environments.
Information is fed to a central operator interface which can be integrated into an existing system or operate as a standalone.
Seamless integration with ArkIO’s cloud platform, mobile and web dashboards. Advanced analytics modules offer predictive and early fault detection.
Wireless IRIS units clamp to the cell walls and begin transmitting immediately. No cabling and no tank-house rewiring.
Voltage and temperature arrive per cell, continuously, replacing the manual walk with a handheld instrument.
Shorts and faults are detected and predicted per cell, and the resulting efficiency loss is quantified.
Cell condition is known continuously instead of at the interval a person can physically cover.
A shorted cell is identified individually rather than inferred from house-level performance.
Temperature is monitored alongside voltage, so heat-driven failure is caught early.
Immediate detection of process upsets
Easy plug-and-play installation within minutes
Predictive fault detection to prevent downtime and failures
Advanced alarms management suite with insights and analytics
Integration with cloud, existing PLCs, DCS, web and mobile dashboards
Manual intervention is replaced by CVMS units
Connect with us to digitize every electrical aspect of your cells. Use the power of data to reduce manual interventions, predict breakdowns, and improve the throughput.
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