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Proprietary systematic trading technology

Two proprietary propositions.
One integrated evidence loop.

FRCST builds a live Trading Operating System and a modular Signal Layer for systematic trading on its own capital. Independent sources of edge enter one governed environment for portfolio decisions, execution, protection, evidence and replay.

FRCST · System view Live in production
09:00:04 ACCEPTED BTC-PERP long · sized · stop at venue

100% own capital · no third-party trading capital accepted · evidence-first by design

Capital100% own capital — no third-party trading capital
Operating SystemComplete core stack operational in production
Signal LayerFirst provider live with real broker trades
EvidenceLive operating record is growing daily
RoadmapMultiple providers across asset classes
The investment proposition

Two separable assets that are more valuable together.

FRCST is not a single trading strategy. It is a proprietary technology company built around two distinct but mutually reinforcing propositions.

Operational

Trading Operating System

The durable operating asset: provider-agnostic orchestration, portfolio logic, risk, execution, protection, replay and evidence infrastructure.

  • Repeatability and control
  • Provider independence
  • Auditability and scale
Accept · size · execute · protect · supervise
Live and expanding

Signal Layer

The modular alpha asset: independent Signal Providers that apply their own market logic and produce complete, versioned candidates through a shared contract.

  • Differentiated edge
  • Provider diversification
  • Expansion across asset classes
Crypto · live — FX · in development — C+ · roadmap
The Signal Layer seeks edge. The Trading Operating System determines whether that edge can be accepted, sized, executed, protected and measured over time.
The Trading Operating System

A shared production stack for every Signal Provider.

The provider-agnostic environment that turns model output into governed, reproducible portfolio decisions. The complete core stack is operational in production.

Orchestrator

schedule + state + workflow control — deterministic state transitions across provider, market-context and portfolio runs
Operational
Shared logicOperational

TradingCore

Portfolio, sizing, exposure, risk-budget and decision logic shared by live execution and replay — one truth, two runtimes.

ExecutionOperational

Position Manager

Places orders, maintains venue-side protection, reconciles positions and supervises the complete lifecycle.

ValidationOperational

Replay Engine

Reconstructs time-ordered production decisions and performs integrated single- and multi-provider replay.

ContextOperational

Market Observer

Records independent, versioned market structure, momentum, volatility, liquidity and data-quality context.

OperationsOperational

Control Center

Monitoring, health, dashboards and reporting for each run and every open position.

ProvenanceOperational

Immutable Artifacts

Versioned inputs, decisions and evidence — every outcome can be reconstructed with the exact software and market inputs active at the time.

From signal to live evidence

A controlled operating cycle.

The Signal Provider proposes a trade. The Trading Operating System decides whether the portfolio can afford it — and how it must be implemented.

01

Candidate generation

Signal Providers create complete candidates from confirmed market data.

02

Orchestration

Inputs, provider runs and evaluations are scheduled and versioned.

03

Portfolio decision

TradingCore applies position, exposure, daily-risk and concurrency limits.

04

Execution + protection

Orders and venue-side protective levels are placed.

05

Supervision + evidence

Fills, context, changes and outcomes are continuously recorded.

06

Replay + comparison

The same decision chain is reconstructed offline for validation and improvement.

The Signal Layer

A modular home for independent sources of edge.

Every provider supplies complete, versioned candidates through a shared contract — providers never execute, and the Operating System stays unchanged as they evolve.

Live proof

Crypto Signal Provider

An earlier production-safe version has been trading real orders with limited test capital for approximately two months — proving end-to-end operational correctness across the full trade lifecycle. It is not presented as a mature performance sample.

In development

FX Signal Provider

The next provider and asset-class extension of the Signal Layer. Research and validation remain in progress; it is not yet presented as validated or production-ready.

Roadmap

Provider C+

Additional independent providers across FX, equities, indices and other global markets — complementary trading styles, all governed by the same Operating System.

The provider contract What every Signal Provider must supply — no exceptions, no bypasses
Instrument + directionDefines the market and intended long or short exposure.
Entry, stop, target + validityEnsures the trade idea is complete before portfolio acceptance is considered.
Ranking + metadataSupports selection, comparison and later attribution without embedding portfolio policy.
Version + timestampsEvery candidate can be reconstructed with the exact software and market inputs active at the time.
Capital and portfolio governance

Capital preservation before performance.

Risk management is not an add-on to FRCST. The intended downside is defined before entry, and the Operating System controls how much new risk can be accepted across the portfolio.

01

Complete trade definition

No candidate can be accepted without a valid entry, protective stop, target or exit framework, and maximum holding period.

02

Risk-based sizing

Position size is derived from the intended loss at the active stop — not from conviction or notional preference.

03

Daily new-risk budget

When the available daily risk budget is exhausted, no additional positions are admitted.

04

Portfolio exposure limits

Gross, net, directional, symbol and concurrency limits prevent a single idea or cluster from dominating the portfolio.

05

Venue-side protection

Protective orders remain registered at the trading venue if the FRCST application becomes unavailable, subject to venue and market conditions.

06

Managed lifecycle + health

Stops may be tightened under controlled rules but are never widened. Reconciliation and system health are verified throughout the lifecycle.

Stops are never widened. Time-based, managed and authorised exceptional exits are recorded in full — every deviation leaves evidence.
Evidence and results attribution

Separate signal edge, implementation and portfolio outcome.

FRCST attributes results to the layer that created them. Results are shown only with a clear source, period, methodology and attribution — live, research and replay evidence are never combined under one “performance” label.

Crypto Signal Provider · three governed risk profiles. Production-style replay · 1 Oct 2024 – 18 Jun 2026 · start equity 100,000 · open positions closed through 24 Jun 2026 · replayed costs and funding included · not live performance.

Defensive

Unmodified 1.00× baseline
+169.4%
Net return · final equity 269,400
78.3%CAGR
15.8%Max drawdown
2.18Sharpe
1.00×Avg risk multiplier

Balanced

Moderate governed overlay
+198.4%
Net return · final equity 298,400
89.2%CAGR
19.8%Max drawdown
2.14Sharpe
1.10×Avg · 1.25× max

Accelerated

Higher governed overlay
+257.9%
Net return · final equity 357,900
110.4%CAGR
22.9%Max drawdown
2.08Sharpe
1.28×Avg · 1.75× max
Equity progression · start = 100,000
Production-style replay · Crypto Signal Provider · same candidate stream, different governed risk expression 1,278–1,298 trades · 54.2%–54.7% win rate · 1.32–1.33 profit factor
Same Signal Provider, different risk expression. All three profiles use the same Crypto Signal Provider candidate stream. Defensive is the unchanged 1.00× baseline; Balanced and Accelerated apply a controlled risk overlay to accepted trades — without changing the Signal Provider, TradingCore or live Position Manager logic.
Signal characteristics remain closely aligned. Return and drawdown differences primarily reflect the governed risk overlay rather than a different source of alpha. Results include replayed costs and funding and are not live performance.
Live operating evidence — reported separately The Crypto Signal Provider has been trading real orders with limited test capital for approximately two months. The live phase proves end-to-end operational correctness; the sample is deliberately not presented as mature performance. Live results are reported separately and never combined with replay or research evidence.

Request the live operating record →
Provider research — available on request Signal Provider research results, robustness analysis and strategy-validation reports are documented with explicit provenance and attribution. Deeper technology, architecture and validation materials are available to professional readers on request.

Request research materials →
Replay Engine and multi-provider scale

One integrated test environment for the full Signal Layer.

Not a standalone backtester: the Replay Engine reconstructs time-ordered candidates from one or more providers through the exact core logic used in production.

Provider ACrypto · live
Provider BFX · development
Provider C+Future asset classes
Versioned streamsTime-ordered + attributed
Shared replayTradingCore · Position Manager · portfolio state + limits · simulated venue + costs
What integrated replay tests
  • Competition for daily risk budget and available capital
  • Gross, net and directional exposure across providers
  • Overlapping symbols and mutually exclusive positions
  • Timing conflicts, entry windows and concurrent positions
Comparable evidence
  • Fees, slippage, funding and simulated venue behavior
  • Correlation, diversification and marginal provider contribution
  • Baseline vs. context-enriched policy comparison
  • Standalone and combined provider evaluation in the same run
The scalable asset is not one backtest. It is the ability to plug multiple Signal Providers into one live Operating System — and evaluate complete portfolio interaction before capital is exposed.
Where FRCST stands today

A proven core, an expanding roadmap.

The core technology and first Signal Provider are beyond the concept stage — the roadmap below sets out how the platform expands from here.

Capability
Status
Position today
Trading Operating System
Operational
Complete core stack live in production.
Crypto Signal Provider
Live proof
Real broker trades with limited test capital; evidence growing daily.
FX Signal Provider
In development
Next provider and asset-class extension; not yet production-ready.
Multi-provider portfolio
Next stage
Evaluate additional providers and combinations via the Replay Engine.

Development roadmap

Now · in progress

Publish current-stack evidence

Provider, Operating System and portfolio results — reported separately, with clear attribution.

Deepen research + engineering

Sustained platform development and quantitative validation on the proven core.

Ahead

Institutionalize operations

Documentation, controls, governance and due-diligence readiness.

Commercial development

Partnerships and future proprietary, licensing or platform opportunities.

Evidence gates every step. Replay first, live proof second — expansion only as the record supports it.
The people behind FRCST

Founder-led technology and commercial development.

FRCST is built and run by a small, dedicated team. The core platform IP, Signal Layer contracts and evidence architecture are FRCST-owned.

Technology & Architecture

Niels Loup

Niels is the technical founder of FRCST and the architect of its production stack. With a background as an IT and cloud architect and principal consultant, he has spent much of his career designing and delivering complex, business-critical technology environments. An entrepreneur since 2007, he combines hands-on engineering, systems thinking and long-term product development. At FRCST, he applies that discipline to systematic trading: ideas are tested, versioned and validated before they are introduced into live operation.

Trading Operating System · Signal Layer · Replay Engine
Commercial Strategy

Marcel van Bree

Marcel leads the commercial strategy and corporate development of FRCST. He is responsible for how the company is positioned, how its technology and evidence are translated into a clear market proposition, and how relationships with investors, partners and other stakeholders are developed. He combines strategic direction with a pragmatic approach to capital structure, partnerships and long-term growth. At FRCST, he ensures that commercial ambition remains aligned with the platform's evidence-first discipline and that growth is pursued on a credible, sustainable foundation.

Capital structure · partnerships · corporate development · growth
OwnershipFRCST-owned core platform IP
Operating statusLive production stack
Development modelFounder-led, evidence-first
Continue the conversation

Explore FRCST as a technology, partnership or corporate investment opportunity.

For prospective corporate investors, partners, counterparties and other professional readers. Deeper platform, architecture and strategy-validation materials are available on request.

Any potential investment in or corporate transaction involving FRCST would be subject to
separate documentation, due diligence and definitive agreements.