Snö Värdelund — data analysis visualization for cryptoassets
Computerized cryptanalysis

Structured analysis of the crypto market, built for students who want to understand risk before investing

Snö Värdelund processes real-time market data, runs it through statistical models and delivers risk-adjusted signals. No automatic trading, no predetermined profit forecast — only a basis for your own decisions.

Example: latest model run

Volatility Index (7d)4.82
Risk score, portfolioLow-Medium
Model precision (backtest)71.3%
Data updateevery 4 min

Illustrative values from test environment, not guaranteed future returns.

Data processing

From raw market data to a readable signal

Every step in the chain is documented and can be traced back to the source data. The models are based on established statistics, not on hard-to-explain "AI guesses".

01

Data collection

Price data, order depth and volume are continuously retrieved from several trading venues to reduce dependence on a single source.

02

Normalization and cleaning

Deviating data points, duplicates and time offsets are filtered out before the data reaches the model layer.

03

Model inference

Gradient boosting models and volatility indicators calculate probability ranges for short-term price movement.

04

Risk adjustment

The signal is weighted against the user's defined risk tolerance before it is presented, never afterwards.

05

Delivery

The result is displayed as a numerical background in the dashboard, with time stamp and confidence level.

Security and regulations

Built to withstand scrutiny, not just marketing

Students and young investors rarely have time to verify a platform's security architecture themselves. Therefore, we describe it in concrete terms below.

Encryption

  • AES-256 for stored data
  • TLS 1.3 for all data transmission
  • Key rotation according to established schedule
  • Segmented access per service component
AES-256 · TLS 1.3

Regulatory compliance

  • Architecture designed to support MiCA-related transparency requirements
  • Data handling structured according to the GDPR's principles of minimization and purpose
  • No sharing of personal data with third parties for marketing
  • Logging of model decisions for traceability

Account Access

  • Multi-factor authentication at login and sensitive changes
  • Session timeout in case of inactivity
  • Option to export or delete own data
  • Separate audit log per user account
Risk modeling

Volatility measured on an ongoing basis, not estimated retrospectively

The model calculates a rolling volatility measure per asset and compares it against historical ranges. When the deviation exceeds a predefined threshold, a notice is generated, not a recommendation to act immediately.

The aim is risk minimization rather than maximizing short-term returns. The system would rather flag uncertainty than present a false sense of precision.

Notice: elevated volatility identified Asset: ETH · Deviation: +2.1 std · Recommended Action: review exposure
Access Volatility 30d Downside risk Model signal
BTC 3.4% −6.1% Neutral
ETH 5.2% −9.4% Monitor
SUN 7.8% −13.2% High risk
Stablecoin basket 0.3% −0.5% Stable

Illustrative table based on test data. Actual values ​​are continuously updated in the dashboard.

Practical scenario

Optimization adapted for limited starting capital

Many students start with smaller amounts and cannot spread risk over as many assets as an institutional investor. The model takes this into account by prioritizing diversification per risk unit rather than per krona.

Example scenario

A user allocates a smaller amount across three asset classes. The system suggests rebalancing when a single position exceeds 40% of the portfolio's risk exposure, regardless of its share in kroner.

Rebalancing logic

Threshold values are set by the user. The system suggests, but never executes, a change automatically.

Dimensions Without system support With system support
Risk concentration, largest position 62% 38%
Number of rebalancing per quarter 0–1 2–3
Time to decision basis Hours Minutes

Sample data intended to illustrate logic, not verified customer results.

Snö Värdelund — the team's work on data analysis and model development
About the platform

Built by people who prefer documentation over promises

Snö Värdelund was developed based on a need of younger investors in Sweden: comprehensible analysis of the crypto market without simplifying away the risks. The platform is an analysis tool, not a trading robot, and it does not make decisions for the user.

Our work is about making complex data flows readable — through tables, thresholds and clear definitions rather than abstract promises of returns.

Read more about us
Frequently asked questions

Methodology, data protection and access

Below we answer the questions that most often come from new users, without references to customer reviews or figures we cannot verify.

How does the model differ from a simple trend analysis?

The model combines several statistical signals — volatility, order depth and historical correlation — instead of just following the latest price movement. This reduces the risk of an individual short-term trend being overinterpreted.

Is my data stored, and who has access to it?

Account data is encrypted during storage and transmission. Access is limited to the system components that need it to generate analysis. No data is sold or shared for marketing purposes.

Do I need previous crypto trading experience to use the platform?

No. The interface is built to show both the output and the underlying logic, so new users can understand why a signal was generated.

What are the requirements to create an account?

A valid Swedish or European ID document is required for account verification, in line with current customer awareness requirements in financial services.

Does the platform provide investment advice?

No. The platform presents data bases and risk indicators. The decision to buy, sell or renounce is always made by the user himself.

Get started

Create an account and see how the database looks like for your portfolio

Registration takes a few minutes and requires no initial deposit. You can evaluate the data flow before connecting an actual holding.