Clickceler Mid-Term Plan for Industrial Operations (12–24 months)

flowchart TD
    MTU["MTUs<br>(Sensors / Edge)"]
    Edge["Clickceler Light<br>(Edge Processing)"]
    Central["Clickceler Central<br>(Data Enrichment, Correlation, AI)"]
    SCADA[SCADA Systems]
    Dash["Dashboards / HMI / Reporting<br>(REST, MQTTS, Kafka)"]

    MTU -->|"MODBUS TCP-RTU OPC-UA (HA)"| Edge
    Edge -->|"MQTTS (HA)/Kafka(Cluster)"| Central
    Central -->|"OPC-UA (HA / bidirectional)"| SCADA
    Central -->|"REST / MQTTS / Kafka"| Dash

Loading

1. Vision & Objectives

• Position Clickceler platform for industrial observability**.
• Enable real-time monitoring, enrichment, correlation, and automation across industrial SCADA and IT systems.
• Maintain open-source accessibility while leveraging expert knowledge in AI, SCADA and Observability systems.
• Ensure security and compliance with modern authentication and cybersecurity standards.

---

2. Key Strategic Pillars

A. Technical Maturity

• Deploy Clickceler on modern SCADA architectures with smart devices, MTUs, and edge computing.
• Integrate MQTTS, Kafka, OPC-UA for data ingestion and real-time event processing.
• Enhance dashboard clarity, visualization, and decision-support tools.
• Implement real-time local enrichment and automation before propagating to Control Centers.

B. Security & Compliance

• Enforce password best practices and multi-factor authentication.
• Ensure secure data transfer via encrypted protocols (TLS/SSL).
• Regularly audit for industrial cybersecurity compliance (ISA/IEC 62443, NIST, etc.).

C. Industrial Observability & AI Integration

• Correlate data from SCADA, IoT sensors, and high-tech IT systems.
• Enable predictive analytics and anomaly detection using AI.
• Provide pre-consolidated dashboards for faster operational decision-making.

D. Adoption & Expertise

• Train internal teams and partners on Clickceler’s open-source platform.
• Build a community of experts who understand AI and SCADA evolution.
• Create documentation, use-cases, and tutorials for industrial adoption.

---

3. Roadmap (12–24 months)

Timeline	Goals & Deliverables
Months 1–3	Audit current SCADA & IT infrastructure. Identify critical MTUs, sensors, and data flows. Set up Clickceler sandbox environment.
Months 4–6	Integrate MQTTS, Kafka, and edge processing. Deploy initial dashboards and visualization tools.
Months 7–12	Implement real-time local enrichment, correlation, and automation. Apply cybersecurity best practices. Conduct first pilot with operational teams.
Months 13–18	Expand to multiple production lines/sites. Integrate AI-based analytics for predictive maintenance and anomaly detection.
Months 19–24	Optimize pre-consolidated dashboards for Control Centers. Evaluate ROI, fine-tune automation rules, and scale adoption across organization.

---

4. Success Metrics

• Operational visibility: % of critical assets monitored in real-time.
• Incident response time: Reduction in detection-to-action latency.
• Automation coverage: % of events automatically enriched, correlated, or acted upon locally.
• User adoption: # of trained operators and analysts actively using Clickceler.
• Security compliance: 100% of access through secure authentication protocols.

---

5. Long-Term Vision

• Position Clickceler as the standard open source industrial observability platform, bridging SCADA reliability with AI intelligence.
• Enable smart factories and Industry 4.0 operations with fully secure, real-time, and automated industrial monitoring.