2025: Wi-Fi yang Lebih Baik

2025: Wi-Fi yang Lebih Baik

Apa yang sedang kami kerjakan:

Kami fokus pada pengembangan regulasi WiFi yang diperbarui yang meningkatkan konektivitas di seluruh Indonesia. Kami bekerja dengan pemerintah, perusahaan teknologi, dan komunitas untuk menciptakan kerangka kerja yang mendorong inovasi dan aksesibilitas.

Purpose
Purpose

Sebagian besar jaringan Wi-Fi di Indonesia sengaja dikonfigurasi tidak benar untuk mengakses saluran terlarang. Dengan penegakan hukum yang tidak praktis, solusinya adalah memperbarui regulasi agar selaras dengan kebutuhan pengguna, mendorong kepatuhan.

Objectives
Objectives

Improved Clarity

Improved Clarity

Easier Interpretation: Clear formatting minimizes ambiguity, reducing the risk of misinterpretation by regulated entities or enforcement authorities.

Separation of Core and Context: Distinguishing enforceable rules from supplementary information ensures the focus is on what must be followed.

Increased Compliance

Increased Compliance

Simplifies Requirements: Straightforward formatting reduces confusion, helping stakeholders meet their obligations more effectively.

Reduces Administrative Burden: Clear presentation lowers the need for clarifications, amendments, or legal disputes.

Enhances Usability

Enhances Usability

Quicker Navigation: Structured content allows readers to find relevant sections or provisions efficiently.

Consistency Across Regulations: Standard formatting makes it easier for stakeholders to understand and compare regulations.

Approach
Approach

Developing a better regulatory standard involves creating a streamlined, modernized approach that prioritizes clarity, accessibility, and adaptability. Here's a step-by-step outline of that approach:

1. Analyze Current Challenges
  • Inconsistent Formats: Different structures make it difficult to navigate and understand regulations.

  • Length and Complexity: Excessively verbose language and redundant sections hinder comprehension.

  • Physical or Scanned Formats: Scanned documents lack digital functionality, making search and access cumbersome.

  • Outdated Delivery: Regulations that aren't digitally native limit accessibility and engagement.

2. Define Core Objectives
  • Clarity: Ensure that core provisions are concise and easy to understand.

  • Accessibility: Make regulations widely available in digital formats optimized for all devices.

  • Standardization: Establish a uniform structure that applies across all regulatory documents.

  • Usability: Enable easy navigation, keyword searches, and interconnectivity between related rules.

3. Establish a Digital-First Framework
  • Digital-Native Formats: Draft regulations in machine-readable formats like HTML or XML to enable dynamic access and interactivity.

  • Searchable Content: Use metadata and tagging to facilitate keyword searches and cross-referencing.

  • Interactive Features: Include hyperlinks, collapsible sections, and embedded tools for easier navigation.

4. Create a Standardized Regulatory Template

Develop a universal template that separates critical content from supplementary materials:

  • Title and Purpose: Clearly state the regulation's name, scope, and objectives.

  • Core Provisions: Include enforceable rules in clear, actionable language.

  • Definitions: Provide a glossary of terms for consistency.

  • Preamble or Background: Offer context, rationale, and historical development.

  • Annotations and Guidance: Include non-binding explanations, industry examples, and FAQs.

  • Version History and Updates: Track amendments with timestamps and clear version control.

5. Simplify Language
  • Plain Language Principles: Avoid legal jargon and overly technical terms where possible.

  • Consistent Terminology: Use standardized terms to reduce confusion.

  • Short Sentences: Keep sentences concise and focused on a single idea.

6. Leverage Modern Technology
  • Regulatory Platforms: Host regulations on centralized online platforms that allow for real-time updates and public access.

  • Version Control Systems: Maintain a clear history of changes and allow side-by-side comparisons.

  • AI and Machine Learning: Use AI tools to assist with drafting, cross-referencing, and summarizing complex rules.

7. Engage Stakeholders
  • Collaborative Drafting: Involve regulators, industry experts, and public stakeholders early in the process.

  • Public Consultation: Use open forums and digital platforms to gather feedback during drafting.

  • Transparency: Clearly document decision-making processes and stakeholder contributions.

8. Train Regulators and Stakeholders
  • Workshops and Guidelines: Provide training on the new standard to ensure smooth adoption.

  • Ongoing Support: Offer tools and resources to help users navigate the new format.

9. Implement and Iterate
  • Pilot Projects: Test the new standard on a few regulations before full rollout.

  • Continuous Feedback: Regularly update the framework based on user feedback and evolving needs.

  • Performance Metrics: Track accessibility, clarity, and compliance rates to measure effectiveness.

Expected Result

The final result should be a living regulatory ecosystem where regulations are:

  • Easy to find and navigate online.

  • Clear in their structure and requirements.

  • Designed to evolve with minimal disruption.

This modernized approach ensures that regulations are more effective, equitable, and future-ready.

Tonggak Sejarah
Tonggak Sejarah

1.0

Tambahkan 6 GHz untuk WLAN Dalam Ruangan

Tambahkan 6 GHz untuk WLAN Dalam Ruangan

Sedang Proses

Perubahan

Adopsi 6 GHz untuk penggunaan RLAN dalam ruangan yang tidak berlisensi, 5925-6425 MHz, lebar saluran ≤80 MHz dengan EIRP ≤23 dBm.

2.4 GHz

≤40 MHz

≤27 dBm EIRP

2400-2483,5 MHz

5 GHz

≤80 MHz

≤24 dBm EIRP

5150-5350 MHz

5350-5725 MHz

5725-5825 MHz

6 GHz

≤80 MHz

≤23 dBm EIRP

5925-6425 MHz

6425-7115 MHz

Catatan

Wi-Fi itu penting, menangani 83% lalu lintas broadband global dan berfungsi sebagai cara utama untuk mengakses Internet. Dengan teknologi yang muncul seperti VR, gaming di cloud, kolaborasi virtual, streaming 8K, metaverse, dan AI, kebutuhan akan kecepatan yang lebih cepat dan latensi yang lebih rendah lebih krusial daripada sebelumnya. Dengan mengadopsi pita 6 GHz dan membuka potensi penuh Wi-Fi 7, Indonesia akan mengalami kecepatan yang sebelumnya tidak terjangkau dan efisiensi spektrum yang lebih baik.

Pembaruan ini memperkenalkan dukungan untuk pita 6 GHz yang lebih rendah, menambahkan 24 saluran 20 MHz—pendekatan yang diadopsi oleh 81% negara yang mendukung 6 GHz. Lebar saluran maksimum 80 MHz akan memastikan saluran berkinerja tinggi yang cukup untuk memenuhi kebutuhan penerapan padat di Indonesia.

Status

Sedang berlangsung, menargetkan persetujuan pada Q1 2025.

Indonesia Technology Alliance Logo

Kemajuan teknologi di Indonesia.