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Market intelligenceResearch prototype

Cakrawala Intelligence Terminal

Forex-first market and macro research that makes source health, evidence freshness, model state, and decision boundaries visible.

Market intelligenceVerified 2026-08-29
Cakrawala Intelligence Terminal
12public analytical areas
Dailyresearch cadence
Weeklymodel governance
Project snapshot graphic, not a product screenshot
Quick read

Project summary

Problem

A market conclusion is weak when the evidence trail is hidden. Provider reliability, point-in-time evidence, authorization, and model state have to be treated as product requirements.

My role

I designed the research terminal, provider and evidence boundaries, model-governance rules, and the separation between public research and owner-only workflows in the reviewed scope.

Result

Recorded product scope covers 12 analytical areas with daily research and weekly model-governance design.

Stack

Python · Streamlit · market data adapters · model governance

Status

Research prototype

Evidence reviewed

29 Aug 2026

Public scope12

public analytical areas

Recorded public product scope.

Operating designDaily

research cadence

Market state and event-risk analysis.

Governance designWeekly

model governance

Review does not force model replacement.

Decision boundaryDeterministic

decision rule

AI explains evidence rather than inventing signals.

Overview

Cakrawala is a market and macro research terminal designed around evidence quality, freshness, model state, and explicit decision boundaries.

Problem

A market conclusion is weak when the evidence trail is hidden. Provider reliability, point-in-time evidence, authorization, and model state have to be treated as product requirements.

Why it matters

Market conclusions are easier to challenge when source health, evidence freshness, model state, and authorization boundaries are visible instead of being hidden behind a single narrative.

My role

I designed the research terminal, provider and evidence boundaries, model-governance rules, and the separation between public research and owner-only workflows in the reviewed scope.

Product

The public product spans 12 analytical areas and keeps public research separate from owner-only workflows.

  • Market structure, macro context, positioning, event risk, and risk tools are presented as research evidence.
  • AI is constrained to explanation and research assistance instead of creating decisions by itself.
  • Time-sensitive market conclusions remain in the live product rather than being frozen into static portfolio claims.

Data

The design requires external providers to prove accessibility, attribution, usage rights, schema quality, freshness, fallback behavior, and network safety before their evidence is trusted.

  • Missing or unhealthy evidence fails closed instead of being silently accepted.
  • Source health and evidence freshness are intended to be visible product states.

Method

Market analysis and model governance are deliberately separated from language-model explanation.

  • Daily market-state and event-risk analysis.
  • Weekly model review that does not force automatic replacement.
  • Champion promotion requires configured gates and out-of-sample evidence.
  • Deterministic decision policy remains separate from AI explanation.

Results

The current portfolio evidence is product scope and governance behavior rather than a claimed trading return.

  • 12 recorded public analytical areas.
  • Daily research cadence and weekly model governance in the reviewed product description.
  • Public and owner-only boundaries are explicitly separated.

Validation

The system is designed to reject weak or stale evidence rather than fill gaps with confidence.

  • Provider checks cover accessibility, attribution, usage rights, schema, freshness, fallback, and network behavior.
  • Champion model promotion requires out-of-sample evidence and configured gates.
  • Personal Mode authorization is server-side rather than a hidden frontend state.

Architecture

The architecture separates provider evidence, research logic, deterministic decisions, AI explanation, and authorization boundaries.

  • Provider registry and source-health layer.
  • Point-in-time evidence envelopes and research state.
  • Deterministic decision policy and risk gates.
  • AI explanation layer that does not own the trading decision.
  1. Provider registryApproved market and macro sources
  2. Source healthFreshness, schema, and fallback checks
  3. Research statePoint-in-time evidence envelopes
  4. Decision and risk gatesDeterministic policy before explanation
  5. Research interfacePublic insight and owner-only boundaries

Tradeoffs

The project favors visible source quality and explicit failure states over broad provider coverage or constant model replacement.

Limitations

The portfolio does not claim that the research terminal guarantees profitable decisions. Source migration is still in progress, so a remote repository is not presented as authoritative evidence.

Live Product

A public Streamlit URL is recorded in prior project evidence, but direct availability could not be independently reverified in this environment. No recruiter-facing live link is published until that check succeeds.

Source

Source migration is still in progress. This case study therefore describes verified product behavior and recorded design boundaries without claiming that an unverified repository is the source of truth.

Technical status: Recorded public product, direct availability unverified

Repository status: Source migration is in progress, so no repository is presented as authoritative here.

Next milestone

Complete provider-registry validation, immutable evidence envelopes, source-health persistence, production-quality market adapters, and fixture-based integration tests.

Verified project screenshot