Overview
The ma-financial-analyst agent operates as an L3 Strategic Command authority within the Prismatic Platform's primary domain, specializing in the automated extraction, normalization, and analysis of financial data from regulatory filings, corporate databases, and open-source intelligence channels to support mergers and acquisitions (M&A) due diligence operations. This agent transforms raw financial disclosures into structured analytical outputs that inform valuation models, risk assessments, and deal qualification decisions across the M&A pipeline.
Built on the AIAD standard and governed by the NO MERCY, NO DOUBTS doctrine, the ma-financial-analyst applies rigorous validation to every extracted data point. No financial figure enters the analysis pipeline without source verification, cross-reference validation, and explicit confidence scoring. The agent leverages the platform's OSINT capabilities to correlate publicly available financial indicators -- SEC filings, annual reports, credit ratings, market data feeds -- with proprietary intelligence to build comprehensive financial profiles of acquisition targets.
The financial analyst addresses one of the most time-intensive aspects of M&A due diligence: the manual extraction and reconciliation of financial data from heterogeneous sources. By automating this process with machine-readable extraction pipelines and multi-source cross-validation, the agent reduces financial due diligence timelines from weeks to hours while improving data accuracy through elimination of manual transcription errors.
Architecture
The ma-financial-analyst implements a pipeline architecture optimized for high-throughput financial data processing with built-in validation at every stage.
Data Sources Extraction Layer Analysis Layer
+----------------+ +------------------+ +------------------+
| SEC EDGAR |---+ | Document Parser | | Ratio Calculator |
+----------------+ | +--->| (XBRL/HTML/PDF) |---+ | (40+ metrics) |
| Annual Reports |---+-->| +------------------+ | +-->+------------------+
+----------------+ | | | Data Normalizer | | | | Trend Analyzer |
| Credit Ratings |---+ +--->| (Currency/GAAP) |---+--+ | (5-year windows) |
+----------------+ | +------------------+ | | +------------------+
| Market Feeds |---+ | Cross-Validator | | | | Anomaly Detector |
+----------------+ | (Multi-Source) |---+ +-->| (Statistical) |
+------------------+ +------------------+
|
v
+------------------+
| Financial Profile|
| (Structured) |
+------------------+
The extraction layer handles document parsing across multiple formats (XBRL, HTML, PDF), data normalization for currency and accounting standard differences, and cross-source validation. The analysis layer computes financial ratios, identifies trends, and flags anomalies. All layers publish telemetry events for pipeline monitoring.
Core Capabilities
The ma-financial-analyst provides comprehensive financial intelligence through several specialized capability domains.
Regulatory Filing Extraction automates the parsing and structured extraction of financial data from SEC EDGAR filings (10-K, 10-Q, 8-K, S-1), European ESMA disclosures, and other regulatory databases. The agent handles XBRL-tagged data natively, with fallback HTML and PDF extraction pipelines for non-standardized filings. Extraction accuracy is validated through cross-reference with known financial aggregators.
Financial Statement Normalization reconciles financial data across different accounting standards (US GAAP, IFRS), fiscal year periods, and currency denominations into a common analytical framework. Normalization rules handle segment reporting differences, one-time charges, and restatement adjustments to produce clean comparable datasets.
Ratio and Metric Computation calculates over 40 standard financial metrics including profitability ratios (gross margin, EBITDA margin, net margin), liquidity ratios (current ratio, quick ratio, cash ratio), leverage ratios (debt-to-equity, interest coverage), efficiency ratios (asset turnover, inventory days), and valuation multiples (P/E, EV/EBITDA, P/B). All computations carry confidence scores reflecting input data quality.
Trend Analysis performs five-year historical trend analysis on key financial metrics, identifying inflection points, growth acceleration or deceleration patterns, and cyclical behaviors. Trend outputs feed directly into valuation models and risk assessment workflows.
Anomaly Detection applies statistical methods to identify unusual patterns in financial data that may indicate aggressive accounting, revenue recognition issues, or undisclosed liabilities. Detected anomalies are flagged with severity classifications and forwarded to the risk assessment pipeline.
Cash Flow Modeling constructs detailed cash flow models from extracted financial data, supporting discounted cash flow (DCF) valuation and liquidity stress testing for acquisition targets.
Implementation
The financial analyst is implemented as an OTP application within the Prismatic Platform's umbrella, using GenServer processes for concurrent extraction and analysis operations.
defmodule Prismatic.MA.FinancialAnalyst do
@moduledoc """
L3 Strategic Command agent for M&A financial data extraction and analysis.
Extracts, normalizes, and analyzes financial data from regulatory filings.
"""
use GenServer
require Logger
alias Prismatic.MA.Financial.{Extractor, Normalizer, Analyzer, AnomalyDetector}
alias Prismatic.Telemetry.Events
@supported_filing_types [:sec_10k, :sec_10q, :sec_8k, :sec_s1, :esma_annual, :annual_report]
@standard_ratios [:gross_margin, :ebitda_margin, :net_margin, :current_ratio,
:quick_ratio, :debt_to_equity, :interest_coverage, :roe, :roa]
defstruct [:target_id, :filings, :normalized_data, :metrics, :anomalies, :confidence]
def start_link(opts) do
GenServer.start_link(__MODULE__, opts, name: via_tuple(opts[:target_id]))
end
@spec analyze_target(String.t(), keyword()) :: {:ok, map()} | {:error, term()}
def analyze_target(target_id, opts \\ []) do
GenServer.call(via_tuple(target_id), {:analyze, opts}, 120_000)
end
@impl true
def handle_call({:analyze, opts}, _from, state) do
:telemetry.execute(
[:prismatic, :ma, :financial, :analysis_start],
%{timestamp: System.monotonic_time()},
%{target_id: state.target_id}
)
with {:ok, filings} <- Extractor.extract_all(state.target_id, @supported_filing_types),
{:ok, normalized} <- Normalizer.normalize(filings, opts[:accounting_standard] || :us_gaap),
{:ok, metrics} <- Analyzer.compute_metrics(normalized, @standard_ratios),
{:ok, anomalies} <- AnomalyDetector.scan(normalized, metrics) do
profile = build_financial_profile(normalized, metrics, anomalies)
new_state = %{state | normalized_data: normalized, metrics: metrics, anomalies: anomalies}
{:reply, {:ok, profile}, new_state}
else
{:error, reason} ->
Logger.warning("Financial analysis failed for #{.}: #{inspect()}")
{:reply, {:error, reason}, state}
end
end
defp build_financial_profile(normalized, metrics, anomalies) do
%{
revenue_trend: Analyzer.compute_trend(normalized, :revenue, 5),
profitability: Map.take(metrics, [:gross_margin, :ebitda_margin, :net_margin]),
leverage: Map.take(metrics, [:debt_to_equity, :interest_coverage]),
anomaly_count: length(anomalies),
high_severity_anomalies: Enum.filter(anomalies, &(&1.severity == :high)),
confidence: compute_confidence(normalized),
generated_at: DateTime.utc_now()
}
end
endIntegration Points
The ma-financial-analyst integrates with multiple platform subsystems to provide comprehensive financial intelligence for M&A operations.
| Integration Target | Relationship | Data Flow |
|---|---|---|
| ma-enforcement-commander | Provides financial compliance data for gate evaluation | Outbound |
| ma-risk-assessor | Financial risk indicators feed risk assessment models | Outbound |
| ma-market-analyst | Shares financial benchmarking data for market comparisons | Bidirectional |
| ma-integration-planner | Financial projections inform integration cost modeling | Outbound |
| Prismatic Agents | Runtime execution and lifecycle management | Infrastructure |
| Prismatic Telemetry | Extraction pipeline metrics and event tracking | Outbound |
| AIAD Registry | Agent specification and discovery | Infrastructure |
| SEADF | Self-healing for extraction pipeline failures | Bidirectional |
Operational Workflow
The financial analyst follows a structured extraction and analysis workflow for each acquisition target.
Phase 1 -- Source Discovery: The agent identifies all available financial data sources for the target entity, including regulatory filing repositories, credit rating agencies, market data providers, and corporate disclosure channels. Source availability directly affects confidence scoring.
Phase 2 -- Data Extraction: Concurrent extraction pipelines process each identified source, parsing structured (XBRL) and unstructured (PDF, HTML) documents to extract financial statement line items, footnotes, and supplementary disclosures.
Phase 3 -- Normalization: Extracted data undergoes normalization for accounting standard differences, currency conversion, fiscal year alignment, and one-time item adjustment. The normalization layer produces a clean, comparable dataset.
Phase 4 -- Analysis: The analysis engine computes financial ratios, trend indicators, and valuation metrics from normalized data. Statistical models identify anomalies and patterns that warrant deeper investigation.
Phase 5 -- Report Generation: Structured financial profiles are generated and published to downstream consumers including the risk assessor, enforcement commander, and deal dashboards. Each profile carries per-metric confidence scores.
NABLA Compliance
The ma-financial-analyst enforces full compliance with all seven NABLA Infinity axioms in its financial analysis operations.
| Axiom | Financial Analysis Application |
|---|---|
| Signal Plurality | Financial figures require corroboration from minimum two independent sources |
| Contradiction Preservation | Conflicting financial data across sources is flagged, never silently resolved |
| Absence Informative | Missing financial disclosures are treated as risk signals in analysis |
| Time Decay | Financial data carries extraction timestamps; stale data is flagged for refresh |
| Unknown Valid | Explicit confidence ranges express uncertainty rather than false precision |
| Source Independence | Independent filing sources weighted higher than derivative data aggregators |
| Provenance Mandatory | Every extracted figure carries full source attribution and extraction method |
All financial conclusions must satisfy Trinity Gate validation before entering the deal intelligence pipeline.
Configuration
config :prismatic_ma, Prismatic.MA.FinancialAnalyst,
extraction_timeout_ms: 120_000,
supported_standards: [:us_gaap, :ifrs],
trend_window_years: 5,
anomaly_sensitivity: :medium, # :low | :medium | :high
min_source_count: 2,
currency_base: :usd,
cache_ttl_hours: 24,
concurrent_extractions: 10,
telemetry_prefix: [:prismatic, :ma, :financial]| Parameter | Default | Description |
|---|---|---|
extraction_timeout_ms | 120,000 | Maximum time for single source extraction |
trend_window_years | 5 | Historical window for trend analysis |
anomaly_sensitivity | :medium | Statistical threshold for anomaly detection |
min_source_count | 2 | Minimum sources for NABLA signal plurality |
concurrent_extractions | 10 | Maximum parallel extraction operations |
Performance
| Metric | Target | Measured |
|---|---|---|
| Single filing extraction | < 5s | 2.1s (P95) |
| Full target analysis | < 60s | 35s (P95) |
| Ratio computation | < 100ms | 28ms (P95) |
| Anomaly detection | < 500ms | 180ms (P95) |
| Concurrent target capacity | 20+ | 30 tested |
| Cross-validation latency | < 1s | 420ms (P95) |
Related Resources
- ma-enforcement-commander -- Consumes financial compliance data
- ma-risk-assessor -- Receives financial risk indicators
- ma-market-analyst -- Market comparison benchmarking
- ma-integration-planner -- Integration cost modeling from financial projections
- ma-tech-assessor -- Technology investment analysis correlation
- AIAD Standard -- Agent specification framework
- NABLA Infinity -- Epistemic framework for evidence-based analysis
- SEADF -- Self-healing for pipeline resilience
Connect & Contribute
Created by Tomáš Korcak (korczis) | Open Source under GHL