What Was 60 Days Ago Exploring Global Events Trends And Calculations
Sixty days represent a pivotal window in time—a period where geopolitical shifts, technological advancements, and cultural movements converge to reshape industries, economies, and societal behaviors. From the ripple effects of major news headlines to the nuanced reactions of markets and social media, this interval encapsulates both the volatility and predictability of modern life. Understanding what transpired exactly 60 days prior offers critical insights for businesses, policymakers, and individuals alike, bridging historical context with actionable data.
The analysis spans multiple dimensions: a granular breakdown of regional events, technical methodologies for date calculations, and the cultural phenomena that defined the period. Whether examining the impact of viral trends on consumer behavior, the precision of algorithmic date computations, or the astronomical shifts in Earth’s position, the 60-day framework serves as a microcosm for broader temporal patterns. This exploration also extends to practical applications, from Agile project retrospectives to financial risk assessments, demonstrating how structured timeframes drive decision-making across disciplines.
Global Events and Industry Reactions 60 Days Prior: Political, Economic, and Cultural Developments
Sixty days prior to today’s date (assuming today is June 20, 2024), the global landscape was marked by escalating geopolitical tensions, pivotal economic shifts, and cultural phenomena that reshaped public discourse. This period witnessed Russia’s continued offensive in Ukraine, U.S. presidential election implications, China’s regulatory crackdowns on tech and real estate, and climate-related disasters accelerating policy debates. Concurrently, industries such as semiconductors, renewable energy, and AI-driven media experienced volatility tied to regulatory, supply chain, and consumer behavior changes. Social media platforms amplified debates on deepfake technology, labor strikes, and generative AI ethics, reflecting broader societal anxieties about technological disruption.Political Developments: A Timeline of Key Regional Events
The past two months featured high-stakes elections, diplomatic breakdowns, and legislative battles that redefined regional power dynamics. Below is a categorized timeline of major political events, emphasizing their immediate and long-term implications.North America
Europe
Asia-Pacific
Table of Contents
- Global Events and Industry Reactions 60 Days Prior: Political, Economic, and Cultural Developments
- Political Developments: A Timeline of Key Regional Events
- Economic Shifts: Industry-Specific Reactions to 60-Day Developments
- Cultural and Social Media Trends: Viral Topics and Hashtag Analysis
- Technical Breakdown of Date Calculation for 60 Days Prior
- Programmatic Calculation Methods
- Step-by-Step Guide for Backward Date Calculation
- Comparison of Date Libraries for Accuracy
- Flowchart: Logic for Subtracting 60 Days
- Code Snippet: UTC/GMT Date 60 Days Prior
- Cultural and Social Impact of the 60-Day Period
- Major Holidays, Festivals, and Observances
- Consumer Behavior and Shopping Trends
- Public Sentiment and Social Media Trends
- Entertainment Industry Influence
- Practical Applications of 60-Day Timelines
- Project Management in Agile and Quarterly Reviews
- Template for a 60-Day Personal Productivity Challenge
- Financial Institutions and 60-Day Trend Analysis
- Legal and Regulatory Deadlines Aligned with 60-Day Periods
- Health, Fitness, and Habit Tracking Over 60 Days
- Scientific and Astronomical Perspectives on the 60-Day Period
- Earth’s Orbital and Lunar Position Over 60 Days
- Solar Activity and Geomagnetic Impact Over 60 Days
- Climate Anomalies and Weather Patterns Recorded 60 Days Prior
- Creative and Artistic Interpretations of the 60-Day Period
- Visual and Photographic Representations of 60 Days
- Literary and Narrative Explorations of a 60-Day Journey
- Musical and Compositional Challenges Spanning 60 Days
- Interactive Digital Art and Installations Visualizing 60 Days
- FAQ
- What date was 60 days before today?
- What was the exact date 60 days before today’s date?
- What is the date that falls 60 days before today?
- What date was 60 days before yesterday?
- What date is 60 days before tomorrow?
- What was the date 60 days ago from now?
Middle East & Africa
Economic Shifts: Industry-Specific Reactions to 60-Day Developments
The past two months exposed structural vulnerabilities in global supply chains, labor markets, and financial systems, with industries adopting divergent strategies to mitigate risks.Semiconductor & Tech Sector
Finance & Real Estate
Healthcare & Biotech
Renewable Energy & Critical Minerals
Cultural and Social Media Trends: Viral Topics and Hashtag Analysis
Social media platforms became amplifiers of political polarization, technological anxiety, and grassroots movements, with algorithm-driven content shaping public opinion. Below are the top trending topics and their cultural impact over the 60-day period.Political & Activism-Driven Trends
Technical Breakdown of Date Calculation for 60 Days Prior
Programmatic Calculation Methods
Date manipulation varies across programming languages and tools, each offering distinct functions or libraries to handle arithmetic operations. The choice of method impacts performance, readability, and accuracy, especially when dealing with edge cases like month boundaries or leap years.Python (datetime and dateutil libraries)
Python’s built-in `datetime` module provides robust date handling, while `dateutil` offers additional flexibility for parsing and relativistic calculations. The `timedelta` class simplifies day subtraction, but manual adjustments are needed for business-day calculations (excluding weekends/holidays).
JavaScript (Moment.js and native Date objects)
JavaScript’s native `Date` object supports basic arithmetic, but libraries like Moment.js or modern alternatives (e.g., Luxon) provide enhanced features for time zones, locale-specific formatting, and business-day logic. Moment.js, though deprecated, remains widely used for backward compatibility.
Excel (DAYS, EDATE, and custom formulas)
Excel’s date functions (`DAYS`, `EDATE`, `WORKDAY`) are designed for spreadsheet operations, where user-friendly interfaces prioritize simplicity over granular control. Custom VBA scripts can extend functionality for complex scenarios.
Step-by-Step Guide for Backward Date Calculation
Calculating a date 60 days prior involves three key steps: raw subtraction, validation for edge cases (e.g., negative days), and optional adjustments for weekdays. Below is a structured approach applicable to most programming environments.1. Raw Subtraction of Days
The foundational step subtracts 60 days from the current date. This operation is straightforward in most languages but may yield invalid dates (e.g., February 28 → January 28 in a non-leap year). Example in Python:
```python
from datetime import datetime, timedelta
current_date = datetime.utcnow()
date_60_days_prior = current_date - timedelta(days=60)
print(date_60_days_prior.isoformat() + "Z") # Output: ISO 8601 formatted UTC
```
2. Handling Leap Years and Month Lengths
Leap years (e.g., 2024) add complexity to February calculations. Libraries like Python’s `datetime` automatically handle these cases, but custom logic requires checks for:
```python
def is_leap_year(year):
return (year % 4 == 0 and year % 100 != 0) or (year % 400 == 0)
```
3. Adjusting for Weekdays (Business Days)
Excluding weekends or holidays requires iterative subtraction or pre-defined business-day calendars. The `WORKDAY` function in Excel or libraries like `business` in Python automate this:
```python
from business import BusinessDay
current_date = datetime.utcnow()
date_60_business_days_prior = BusinessDay(current_date) - timedelta(days=60)
```
Comparison of Date Libraries for Accuracy
The accuracy of backward date calculations depends on the library’s handling of time zones, edge cases, and locale-specific rules. Below is a comparative analysis of common tools:| Library/Tool | Strengths | Limitations | Best For |
|---|---|---|---|
| Python `datetime` | Built-in, no dependencies | Limited business-day logic | General-purpose date arithmetic |
| Moment.js (JS) | Time zone support, chaining | Deprecated, large bundle size | Legacy projects |
| Luxon (JS) | Modern API, immutable dates | Smaller community than Moment.js | New projects with JS |
| Excel `WORKDAY` | User-friendly, built-in holidays | Platform-dependent, no scripting | Spreadsheet-based workflows |
| dateutil (Python) | Advanced parsing, relativistic ops | Complex for simple arithmetic | Parsing non-standard date formats |
Libraries like Luxon or `dateutil` excel in handling time zones and edge cases, while Excel’s `WORKDAY` is optimal for ad-hoc calculations in non-programmatic environments.
Flowchart: Logic for Subtracting 60 Days
The following flowchart outlines the decision tree for subtracting 60 days while optionally skipping weekends. The process involves:1. Input: Current date (UTC/GMT).
2. Subtract 60 days → Check for negative days (invalid).
3. Validate month/year → Adjust if date exceeds month length (e.g., January 31 → December 31).
4. Weekday Check (Optional):
Pseudocode for Weekday Adjustment:
```
while date_60_days_prior.weekday() >= 5: # 5=Saturday, 6=Sunday
date_60_days_prior -= timedelta(days=1)
```
Code Snippet: UTC/GMT Date 60 Days Prior
Below is a cross-language example generating the exact UTC date 60 days prior, formatted for API responses (ISO 8601 with "Z" suffix for UTC):Python:
```python
from datetime import datetime, timedelta
date_60_days_prior = (datetime.utcnow() - timedelta(days=60)).isoformat() + "Z"
print(date_60_days_prior) # Example: "2024-05-01T12:34:56Z"
```
JavaScript (Luxon):
```javascript
const { DateTime } = require('luxon');
const date60DaysPrior = DateTime.utc().minus({ days: 60 }).toISO();
console.log(date60DaysPrior); // "2024-05-01T12:34:56.000Z"
```
Excel (Formula):
```
=TEXT(DATE(YEAR(TODAY()), MONTH(TODAY())-1, DAY(TODAY()))-60, "yyyy-MM-dd") & "Z"
```
Note: Excel’s `DATE` function may require manual validation for month overflow.
Cultural and Social Impact of the 60-Day Period
The 60-day window spanned a globally diverse array of cultural, religious, and commercial observances, each shaping public behavior, digital discourse, and economic activity. Festivals, holidays, and viral trends during this period reflected regional traditions, consumer-driven cycles, and the evolving role of social media as a barometer of collective sentiment. This section examines the intersection of cultural events, shopping trends, digital phenomena, and entertainment consumption, illustrating how these factors collectively influenced societal engagement.Major Holidays, Festivals, and Observances
The 60-day period included significant cultural and religious observances across continents, each with distinct economic and social implications.Global Religious and Cultural Festivals:
Western and Regional Observances:
Consumer Behavior and Shopping Trends
The period bridged major retail cycles, including post-summer clearance, holiday pre-shopping, and seasonal transitions, each influencing spending patterns and digital commerce.Retail Cycles and Discount Events:
Shift to Digital and Experiential Spending:
Public Sentiment and Social Media Trends
Social media platforms served as real-time indicators of cultural shifts, with hashtags, memes, and viral challenges reflecting collective reactions to global events, economic conditions, and entertainment releases.Sentiment Analysis Before vs. After Key Events:
Viral Memes and Internet Phenomena:
Entertainment Industry Influence
The 60-day period coincided with blockbuster releases, streaming wars, and music events that redefined audience engagement and industry metrics.Film and Streaming Dominance:
Practical Applications of 60-Day Timelines
The 60-day period serves as a critical operational and strategic benchmark across industries, offering a balanced window for assessment, execution, and adaptation. Businesses, financial institutions, and individuals leverage this duration to align short-term actions with long-term goals, ensuring measurable progress without the rigidity of annual cycles. The structured yet flexible nature of 60-day timelines enables iterative improvements, risk mitigation, and habit formation, making it a versatile tool for performance optimization.Project Management in Agile and Quarterly Reviews
Agile methodologies frequently adopt 60-day sprints (or two consecutive 30-day sprints) to bridge the gap between short-term execution and mid-term strategy. This approach allows teams to:Key Practices in 60-Day Project Cycles:
"A 60-day sprint in Agile balances speed and structure, allowing teams to pivot without losing momentum." — Scrum Alliance, 2023 Best Practices Guide
Template for a 60-Day Personal Productivity Challenge
A structured 60-day challenge leverages the Zeigarnik Effect (unfinished tasks remain top-of-mind) to foster consistency. The template below integrates SMART goals (Specific, Measurable, Achievable, Relevant, Time-bound) with behavioral psychology principles.Phase 1: Foundation (Days 1–20)
Phase 2: Execution (Days 21–40)
Phase 3: Optimization (Days 41–60)
"Productivity challenges thrive on specificity. Vague goals (e.g., 'be more organized') fail; specific ones (e.g., 'file 50 documents weekly') succeed." — Atomic Habits, James Clear (2018)Sample Metrics Table:
| Category | Metric | Target | Tool |
|---|---|---|---|
| Focus | Pomodoro sessions completed | 40/week | Focus@Will |
| Learning | New vocabulary words retained | 500/month | Anki |
| Health | Steps taken (daily average) | 10,000 | Apple Health |
| Financial | Savings rate (weekly) | $200 | YNAB |
Financial Institutions and 60-Day Trend Analysis
Financial institutions use 60-day windows to assess liquidity risk, market sentiment, and investment thesis validity. This period captures:Applications in Risk Assessment:
Investment Strategy Examples:
"A 60-day horizon in finance balances immediacy with patience—critical for avoiding both overreaction and complacency." — Global Investment Performance Standards (GIPS), CFA Institute
Legal and Regulatory Deadlines Aligned with 60-Day Periods
Regulatory frameworks frequently incorporate 60-day windows to balance compliance burdens with operational feasibility. Key examples include:Contractual Obligations:
Compliance and Reporting:
International Trade:
Checklist for Regulatory 60-Day Compliance:
"Regulatory 60-day periods are designed to prevent last-minute scrambles while allowing sufficient time for due diligence." — World Bank Legal Review, 2022
Health, Fitness, and Habit Tracking Over 60 Days
A 60-day window is optimal for habit formation (per
Scientific and Astronomical Perspectives on the 60-Day Period
Over a 60-day span, Earth undergoes measurable shifts in its orbital and rotational dynamics, influencing solar exposure, lunar phases, and seasonal transitions. Astronomical events such as equinoxes, solstices, or perihelion/aphelion can occur within this window, while solar activity and meteorological patterns exhibit cyclical or anomalous variations. Biological systems, from human physiology to ecological cycles, also align with 60-day rhythms, reflecting evolutionary adaptations to Earth’s axial tilt and orbital mechanics. Concurrently, space exploration missions and ground-based observatories operate within this timeframe, capturing data on celestial phenomena or testing technological limits. Below, the interplay between Earth’s position, solar dynamics, climate anomalies, biological cycles, and space missions is analyzed with empirical and observational evidence.Earth’s Orbital and Lunar Position Over 60 Days
Earth’s trajectory around the Sun and its relationship with the Moon exhibit predictable yet dynamic changes over 60 days, affecting daylight duration, tidal forces, and seasonal progression. The synodic month (29.53 days), the time between successive new moons, ensures that lunar phases shift approximately twice within this period, influencing nocturnal visibility and tidal ranges. Meanwhile, Earth’s axial tilt (23.5°) and orbital eccentricity cause variations in solar insolation, particularly near equinoxes or solstices, which may fall within the 60-day window depending on the calendar date.For a 60-day period beginning on June 1, 2024, the following astronomical milestones occurred:
Key Formula for Lunar Phase Calculation:
The age of the Moon (in days) = (JD - JD_new_moon) / 29.53059,
where JD is the Julian Date and JD_new_moon is the Julian Date of the preceding new moon.
Solar Activity and Geomagnetic Impact Over 60 Days
Solar activity, measured through sunspots, solar flares, and coronal mass ejections (CMEs), exhibits an 11-year cycle (Solar Cycle 25, currently in its ascending phase). Over 60 days, fluctuations in sunspot numbers and flare classifications (C, M, X-class) can influence geomagnetic storms, satellite operations, and radio communications. Below is a comparative table of solar activity from June 1, 2024, to July 31, 2024, against current (as of August 2024) trends, sourced from NOAA’s Space Weather Prediction Center and Solar Dynamics Observatory (SDO).| Parameter | 60 Days Prior (June 1–July 31, 2024) | Current (August 2024) | Impact |
|---|---|---|---|
| Average Sunspot Number (SSN) | 120.3 (±30.5) | 145.7 (±28.1) | Increase of 21.4%, indicating rising solar maximum activity. |
| X-Class Flares Detected | 3 (June 10, June 21, July 14) | 5 (August 1, August 5, August 12, August 20, August 28) | Higher frequency correlates with elevated geomagnetic storm risk (G2–G3 thresholds). |
| Coronal Mass Ejections (CMEs) with Earth-Directed Component | 8 (3 produced G1 storms) | 12 (5 produced G2 storms, 1 G3) | Increased CMEs disrupt GPS and power grids; G3 storms cause auroras at mid-latitudes. |
| Solar Wind Speed (km/s) | 420–580 (average 480) | 500–650 (average 530) | Faster solar wind enhances auroral activity and satellite drag. |
Climate Anomalies and Weather Patterns Recorded 60 Days Prior
Atmospheric circulation, ocean temperatures, and jet stream configurations can produce regional weather anomalies within a 60-day window. Data from NOAA’s Climate Prediction Center (CPC), NASA’s MERRA-2 reanalysis, and ECMWF’s ERA5 highlight deviations during June–July 2024, particularly in the context of El Niño-Southern Oscillation (ENSO) neutral conditions transitioning toward La Niña by late 2024.Key Anomalies by Region:
- Europe:
- Asia:
- Global Ocean Temperatures: Six decades ago, a single day might have sufficed to encapsulate a nation’s headlines; today, 60 days unfold as a dynamic ecosystem of interconnected developments. By dissecting this interval—through historical events, technical precision, cultural shifts, and scientific observations—we uncover not just what occurred, but how it continues to influence present trajectories. The insights gleaned from this analysis transcend mere retrospectives, offering a blueprint for anticipating trends, optimizing strategies, and fostering innovation in an era where time is both a constraint and an opportunity. Whether applied to business foresight, personal development, or global policy, the 60-day lens sharpens our ability to navigate complexity with clarity and purpose. Today is [current date], so 60 days ago was approximately June 1, 2024 (adjust based on the exact current date). For precise calculation, subtract 60 days from today’s date—leap years may slightly alter the result. If today is July 31, 2024, then 60 days ago was May 31, 2024. Use a date calculator or subtract 60 days from today’s date for accuracy, accounting for month/year transitions. As of July 31, 2024, 60 days ago was May 31, 2024. Verify by counting backward or using a tool like Google’s date calculator to handle month-end adjustments. If yesterday was July 30, 2024, then 60 days prior was May 30, 2024. Subtract 60 days from yesterday’s date for the exact result, considering month lengths. If tomorrow is August 1, 2024, then 60 days before it is May 31, 2024. Calculate by subtracting 60 days from tomorrow’s date, adjusting for month boundaries. From today (July 31, 2024), 60 days ago was May 31, 2024. For real-time accuracy, input "today minus 60 days" into a date calculator or manually subtract 60 days.
Creative and Artistic Interpretations of the 60-Day Period
The 60-day span has served as a potent thematic framework in creative and artistic disciplines, offering a structured yet flexible duration for exploration, transformation, and narrative development. Artists, writers, musicians, and digital creators have leveraged this period to craft immersive experiences, document personal or collective journeys, and visualize the passage of time through innovative mediums. The following sections examine how visual artists, writers, musicians, and digital innovators have engaged with the 60-day concept, along with prompts and conceptual mock-ups to inspire further artistic applications.
Visual and Photographic Representations of 60 Days
Visual artists and photographers frequently employ the 60-day interval to capture cyclical change, personal growth, or environmental transformations. Time-lapse photography and sequential projects are particularly effective in compressing the passage of time into a single frame or series, revealing patterns that might otherwise go unnoticed.
Artists such as Edward Burtynsky and Olivia Arthur have used long-term photographic sequences to document natural or urban landscapes over defined periods, including 60-day cycles. Burtynsky’s work often explores industrial transformation, while Arthur’s projects focus on seasonal shifts in agricultural regions. For instance, a 60-day time-lapse of a wheat field from planting to harvest could illustrate the interplay between human labor and natural rhythms.
Photographers like Annie Leibovitz and Steve McCurry have created calendar projects where each month or significant date is visually represented. A 60-day calendar could be structured as a two-month arc, with each day featuring a distinct photograph or illustration. Themes might include daily life, cultural festivals, or personal milestones, with the progression of images serving as a visual diary.
Projects such as Magnum Photos’ "The Human Condition" demonstrate how photographers use extended periods to tell stories. A 60-day focus on a specific community, event, or individual could produce a cohesive narrative. For example, a series documenting the preparation for a religious festival over two months would highlight cultural rituals, social dynamics, and environmental interactions.
Artists like Ai Weiwei have used temporal installations to engage audiences with themes of time and memory. A 60-day installation could involve a slowly changing physical or digital artwork, such as a wall of handwritten notes that evolve daily, or a projection mapping a cityscape that alters with each passing day. The work of Christo and Jeanne-Claude, known for large-scale, time-based installations, could also serve as inspiration for projects that unfold over structured periods.Literary and Narrative Explorations of a 60-Day Journey
Writers often use the 60-day framework to structure short stories, poems, or novels around themes of transformation, survival, or discovery. The duration provides enough time for character development and plot progression without overwhelming the reader, making it ideal for experimental or slice-of-life narratives.
"A stranger arrives in a town with a 60-day visa. Each day, they uncover a hidden layer of the town’s past, culminating in a revelation that alters their own identity."
"A scientist is stranded on a remote island with only a 60-day supply of resources. Their struggle to survive forces them to confront ethical dilemmas about sacrifice and adaptation."
The 60-day limit creates tension and urgency, compelling characters to make critical decisions within a constrained timeline.
Poets such as Mary Oliver and W.S. Merwin often use natural cycles or personal timelines as structural frameworks. A 60-day poem could be divided into three 20-day segments, each representing a phase of a journey—departure, endurance, and return—or the progression of seasons. For example:
"Sixty days of salt and silence,
The numerical precision of 60 days can add rhythmic or mathematical elegance to the verse.
the tide carves names into the sand.
By the thirtieth, the gulls recognize me;
by the sixtieth, I recognize the wind."
Works like Haruki Murakami’s Kafka on the Shore, which weaves together parallel timelines, or Cormac McCarthy’s The Road, which unfolds over an unspecified but structured period, demonstrate how limited durations can heighten thematic depth. A 60-day novel could follow a protagonist navigating a post-apocalyptic landscape, a heist unfolding in real-time, or a psychological thriller where each day brings a new clue.
Initiatives like NaNoWriMo (National Novel Writing Month) encourage writers to complete drafts in 30 days, but a 60-day challenge could focus on refining a single story or exploring multiple perspectives. For instance, a group of writers could each contribute a 60-word vignette per day, culminating in a collective narrative.Musical and Compositional Challenges Spanning 60 Days
Musicians and composers frequently use structured creative challenges to push their artistic boundaries. A 60-day period offers a balanced window for experimentation, allowing for daily output while maintaining a cohesive project. The duration can be divided into thematic phases, technical explorations, or collaborative efforts.
Artists like Taylor Swift and Bob Dylan have been known to write prolifically within tight deadlines. A 60-day songwriting challenge could involve composing one song per day, with each track adhering to a specific constraint—such as using a single chord progression, a limited set of lyrics, or a genre shift. For example:
"Day 1-20: Acoustic folk songs inspired by personal memories.
The result would be a diverse album reflecting the evolution of the artist’s process.
Day 21-40: Electronic beats with abstract lyrics.
Day 41-60: Collaborative duets with local musicians."
Composers such as Hans Zimmer and Ludovico Einaudi create immersive soundscapes that evolve over time. A 60-day project could involve composing a soundtrack for a fictional film or game, with each day introducing a new musical theme or leitmotif. The final piece would tell a story through sound, mirroring the narrative arc of the visual medium.
Avant-garde musicians like John Cage and Kaija Saariaho have used structured randomness or minimalist techniques in their work. A 60-day experiment could involve generating music through algorithmic composition, where each day’s piece is derived from a new set of parameters (e.g., using a random seed for a generative algorithm or incorporating found sounds from the environment).
Ensembles such as the BBC Symphony Orchestra or Bang on a Can have performed works that unfold over extended periods. A 60-day live project could feature a daily performance of a new composition, with the audience experiencing the evolution of the piece. Alternatively, a single performer could deliver a 60-minute piece, with each minute corresponding to a day in the cycle.Interactive Digital Art and Installations Visualizing 60 Days
Digital artists and technologists have harnessed the 60-day period to create interactive experiences that respond to user input, data, or external factors. These projects often blend code, design, and storytelling to make the passage of time tangible and engaging.
Artists like Refik Anadol use machine learning to transform data into dynamic visuals. A 60-day digital installation could process real-time data—such as social media trends, weather patterns, or stock market fluctuations—and render it as an evolving artwork. For example, a projection mapping a city’s skyline could morph daily based on collective online activity, illustrating the relationship between digital behavior and physical space.
Platforms like FAQ
What date was 60 days before today?
What was the exact date 60 days before today’s date?
What is the date that falls 60 days before today?
What date was 60 days before yesterday?
What date is 60 days before tomorrow?
What was the date 60 days ago from now?
Leave a Comment
Comments are moderated before appearing. The data you submit is processed according to the Privacy Policy of Velirium.