Arbitration Concerning Indonesian Earthquake Early Warning Networks

Arbitration Concerning Indonesian Earthquake Early Warning Networks (EEWN)

I. Introduction

Earthquake Early Warning Networks (EEWN) in Indonesia are critical national infrastructure, used to detect seismic activity and provide early alerts to minimize casualties and damage. These systems involve:

Seismic sensor networks and accelerometers

Data aggregation, analysis, and real-time alert systems

Integration with government, emergency management, and telecommunications networks

Software algorithms for rapid event detection

Maintenance, calibration, and system updates

Contracts for EEWN are typically highly technical and high-value, involving both domestic contractors and foreign technology providers, making arbitration the preferred dispute resolution mechanism.

Indonesian arbitration is governed by Law No. 30 of 1999 on Arbitration and Alternative Dispute Resolution.

II. Common Arbitration Disputes in EEWN Projects

Disputes in EEWN projects commonly arise due to:

Non-compliance with system performance standards (e.g., detection speed, accuracy, or alert reliability)

Delays in sensor network deployment, software implementation, or system integration

Failures during site acceptance testing (SAT) or operational validation

Substandard maintenance or calibration services

Payment disputes, milestone disagreements, or termination claims

Data integrity, cybersecurity breaches, or failure to provide real-time alerts

These disputes are contractual, technical, and high-risk, and clearly fall within the scope of arbitrable matters under Indonesian law.

III. Arbitration Framework

A. Domestic Arbitration

Governed by BANI Rules

Seat: Jakarta

Governing law: Indonesian law

Language: Indonesian or bilingual

B. International Arbitration

Applicable where:

Foreign vendors supply sensors, software, or analytics platforms

Licensing or intellectual property rights are cross-border

Offshore arbitration clauses are included

Institutions often used: ICC, SIAC, or LCIA, with enforcement in Indonesian courts.

IV. Core Principles in Technical Infrastructure Arbitration

Finality of Awards – Arbitral awards are binding; no appeal on the merits.

Limited Annulment Grounds – Only fraud, forged documents, or concealment of decisive evidence.

Technical Determinations Are Not Reviewable – Courts defer entirely to the tribunal’s expertise in sensor performance, alert algorithms, and system reliability.

V. Relevant Indonesian Arbitration Case Laws

While there are no publicly reported cases specifically on EEWN, the following arbitration precedents in technology, infrastructure, and aviation systems are directly applicable:

Case Law 1: PT Adhya Tirta Batam v. BANI

Supreme Court Decision No. 199 B/Pdt.Sus-Arbt/2023

Principle: Allegations of fraud must be strictly proven. Courts cannot reassess technical findings.

Relevance: Disputes over sensor accuracy, alert timing, or software reliability cannot justify annulment.

Case Law 2: PT Republik Energi & Metal v. Zainal Abidinsyah Siregar

Supreme Court Decision No. 62 B/Pdt.Sus-Arbt/2017

Principle: Disagreement with factual findings does not constitute fraud.

Relevance: Conflicts regarding seismic detection thresholds, data transmission, or system latency are factual matters for the tribunal.

Case Law 3: PT Lirik Petroleum v. PT Pertamina

(ICC Arbitration seated in Indonesia)

Principle: International arbitration may be recognized even for domestic parties.

Relevance: Foreign EEWN technology vendors invoking ICC or SIAC clauses can have awards enforced in Indonesia.

Case Law 4: PT Identrust Security Internasional v. Royal Industries

Supreme Court Decision No. 367 K/Pdt.Sus-Arbt/2013

Principle: Only parties bound by a valid arbitration agreement can be compelled to arbitrate.

Relevance: Subcontractors supplying sensors, software, or analytics services must be expressly bound.

Case Law 5: PT Asuransi Umum Bumiputera Muda 1967 v. PT BPD Sumsel Babel

Supreme Court Decision No. 585 B/Pdt.Sus-Arbt/2016

Principle: Awards granting relief beyond pleaded claims (ultra petita) are enforceable unless statutory grounds exist.

Relevance: Tribunals may order sensor replacement, software patching, or extended support even if not explicitly claimed.

Case Law 6: Karaha Bodas Company v. Pertamina

(International Arbitration Enforcement Case)

Principle: Foreign awards are enforceable in Indonesia unless they violate public policy.

Relevance: Critical where EEWN contracts involve foreign technology providers or offshore arbitration seats.

VI. Evidentiary and Technical Considerations

A. Performance and System Testing

Tribunals examine:

Sensor calibration and deployment logs

Data latency and reliability metrics

Alert system testing and SAT reports

Integration with telecommunications and emergency management systems

Courts defer entirely to arbitral technical determinations.

B. Confidentiality

Closed hearings protect sensitive national infrastructure and seismic data

Restricted document access ensures software and network configurations remain secure

C. Interim Measures

Tribunals may order:

Temporary continuation of operational monitoring

Immediate repair or recalibration of critical sensors

Preservation of seismic and alert data

VII. Drafting Arbitration Clauses for EEWN Contracts

Essential elements:

Arbitration institution (BANI or international)

Seat of arbitration (Jakarta or neutral jurisdiction)

Governing law (Indonesian law recommended)

Language

Confidentiality obligations

Expert determination mechanism for technical disputes

Interim relief provisions for mission-critical infrastructure

VIII. Conclusion

Arbitration is the most effective dispute resolution mechanism for Indonesian Earthquake Early Warning Network projects. Courts consistently:

Uphold arbitration agreements

Enforce arbitral awards

Avoid interference in technical determinations

The cited case laws illustrate strong judicial deference, making arbitration ideal for high-risk, high-technology, and safety-critical national infrastructure projects.

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