text:
SonicWall: 'The Year of Ransomware' Continues with Unprecedented Late-Summer Surge
148% surge in global ransomware attacks (495 million) year to date, making 2021 the worst year SonicWall has ever recorded
Record-breaking total of 714 million ransomware attacks predicted by close of 2021
Company recorded 1,748 ransomware attempts per customer through Q3
33% rise in IoT malware globally; upticks in North America, Europe
21% increase in cryptojacking with massive 461% growth across Europe
SonicWall's patented Real-Time Deep Memory Inspection™ discovered 307,516 'never-before-seen' malware variants through September
MILPITAS, Calif. — OCT. 28, 2021 — SonicWall, the publisher of the world's most quoted ransomware threat intelligence, recorded a 148% increase in global ransomware attacks through the third quarter of 2021. With 495 million ransomware attacks logged by the company this year to date, 2021 will be the most costly and dangerous year on record.
This month, the current U.S. administration hosted a global ransomware summit to pledge 'all national tools' to stop cyberattacks on critical sectors. Leading governments, including the UK, India, Australia, Germany and France, as well as the European Union, attended. SonicWall's latest research now confirms leaders have cause for concern.
"As we see it, ransomware is on a nearly unimaginable upward trend, which poses a major risk to businesses, service providers, governments and everyday citizens," said SonicWall President and CEO Bill Conner. "The real-world damage caused by these attacks is beyond anecdotal at this point. It's a serious national and global problem that has already taken a toll on businesses and governments everywhere. I'm hopeful that the recent global ransomware summit is the next step toward a greater response at global, national and state levels."
Ransomware rise not slowing
2021 has been the most active year for ransomware on record — and is showing no sign of slowing. After posting a groundbreaking high in June (78.4 million), these malicious attacks continue to see aggressive growth in Q3.
"The techniques deployed by ransomware actors have evolved well beyond the smash-and-grab attacks from just a few years ago," said SonicWall Vice President of Platform Architecture Dmitriy Ayrapetov. "Today's cybercriminals demonstrate deliberate reconnaissance, planning and execution to surgically deploy toolchains targeting enterprise and government infrastructure. This results in larger victims and leads to higher ransoms."
With 190.4 million ransomware attempts in Q3 alone, this makes it the highest quarter ever recorded by SonicWall, nearly eclipsing the 195.7 million total ransomware attempts logged during the first three quarters of 2020.
"While the world has been attempting to return to normal in a stop-and-go fashion, cybercriminals have never let up, driving ransomware campaigns to record numbers through the first three quarters of 2021," said Conner. "These criminal organizations will continue to launch highly sophisticated cyberattacks that are designed to target organizations and business with weak or lax security controls."
Despite movements to secure cyber infrastructures from respective national governments, the U.K. has seen a 233% surge in the number of ransomware attacks, and the U.S. has witnessed a 127% year-to-date increase.
All told, SonicWall logged 1,748 ransomware attempts per customer through Q3 — the equivalent to 9.7 ransomware attempts per customer each business day. SonicWall predicts that year-end 2021 ransomware totals will near 714 million, a staggering 134% year-over-year increase.
"As long as organizations continue to overlook or fail to implement cybersecurity best practices to reduce their attack surface, ransomware groups will only increase investments in time, resources and money for launching campaigns that result in massive payouts," said Ayrapetov.
Patented RTDMI technology finding more new variants than ever
SonicWall's patented Real-Time Deep Memory Inspection™ (RTDMI) technology discovered 307,516 never-before-seen malware variants (+73%) during the first three quarters of 2021, with an average of 1,126 discoveries per day. If there is still a consistent number of attacks, alongside rapid diversification, nations will need to start addressing malignant cybercrime sooner rather than later.
Included as part of SonicWall's cloud-based Capture Advanced Threat Protection (ATP) sandbox service, RTDMI™ leverages proprietary memory inspection and CPU instruction-tracking with machine-learning capabilities. This allows Capture ATP with RTDMI to become increasingly efficient at recognizing and mitigating cyberattacks never seen by anyone in the cybersecurity industry — including threats that do not exhibit any malicious behavior and hide their weaponry via encryption.
ICSA Labs issues SonicWall third straight 'perfect score'
As secured previously, SonicWall ATP has earned its third consecutive 'perfect score' in the ICSA Labs Advanced Threat Defense (ATD) testing for Q3 2021.
During 28 days of testing, ICSA Labs subjected Capture ATP to 653 malicious samples and 695 innocuous apps. As a result, Capture ATP detected 100% of malicious files sent through the system while ignoring harmless apps, thus generating zero false positives. SonicWall has now received seven consecutive ICSA Labs ATD certifications.
About SonicWall Capture Labs
SonicWall Capture Labs threat researchers gather, analyze and vet cross-vector threat information from the SonicWall Capture Threat network, consisting of global devices and resources, including more than 1 million security sensors in nearly 215 countries and territories. SonicWall Capture Labs, which pioneered the use of artificial intelligence for threat research and protection over a decade ago, performs rigorous testing and evaluation on this data, establishes reputation scores for email senders and content, and identifies new threats in real-time.
Geoff Blaine
Senior Vice President, Corporate Marketing
gblaine@sonicwall.com
Inés Mitsou
(0)20 3637 0640
imitsou@positivemarketing.com
October 25, 2021 /by Craig Edwardson
https://d3ik27cqx8s5ub.cloudfront.net/media/uploads/2018/11/cta-bg-1.jpg 365 640 Craig Edwardson https://d3ik27cqx8s5ub.cloudfront.net/bt/img/Logo.svg Craig Edwardson2021-10-25 15:25:122021-10-26 14:27:21SonicWall: 'The Year of Ransomware' Continues with Unprecedented Late-Summer Surge
Trace:bc25ceab620983726ed9b9f9e3bc8474-80


text:
Q: Confidence Intervals for Standardized Multiple Regression Coefficients For least squares, multiple regression with standardised (i.e. X-E(X)/VAR(X) ) scores, standard statistical packages (e.g. SPSS, R) will produce a confidence interval for each regression coefficient using the standard error +- t-values for given df and CI.
However, this can lead to the case where the confidence interval for a standardised regression coefficient goes above 1 or below -1.
Test Dataset
df2=as.data.frame(cbind(c(1,2,3,4,5),c(1,3,6,3,5))) #Test Data Frame
df2s=as.data.frame(apply(df2,2,scale)) #Standarise SCores
fit2=lm(V1 ~ V2, data=df2s) #Fit MR

Output from multiple regression
>summary(fit2) ; confint(fit2) # MR output
Coefficients:
              Estimate Std. Error t value Pr(>|t|)
(Intercept) -6.444e-17  3.929e-01   0.000    1.000
V2           6.489e-01  4.393e-01   1.477    0.236

Residual standard error: 0.8786 on 3 degrees of freedom
Multiple R-squared:  0.4211,    Adjusted R-squared:  0.2281
F-statistic: 2.182 on 1 and 3 DF,  p-value: 0.2362

     2.5 %   97.5 %
(Intercept) -1.2504461 1.250446
V2          -0.7491556 2.046927
>

Output from Pearson Correlation
    Pearson's product-moment correlation

data:  df2$V1 and df2$V2
t = 1.4771, df = 3, p-value = 0.2362
alternative hypothesis: true correlation is not equal to 0
95 percent confidence interval:
 -0.5459072  0.9737118
sample estimates:
      cor
0.6488857
>r=0.6488857 ; n = 5; ((1-r^2)/(n-2))^.5 #Manually calculate SE for pearson
[1] 0.4392977

The pearson confidence intervals seem more appropriate. I am aware R would calculate the CI using Fisher's Z transformation - is such a solution also fine to use in the case of analysing standardised multiple regression coefficients? In the case of comparing standardised regression coefficients for meta-analysis, would one also use a Fisher's Z transformation?

redpajama_set_name: RedPajamaStackExchange


text:
Importance Of Sleep
Insomnia: Explained
REM Sleep
Zopiclone Info
What is Zopiclone?
Zopiclone vs Benzos
Zopiclone Safety
Addiction & Withdrawal
The Z-Drugs
Zopiclone vs Zolpidem vs Zaleplon
Zopiclone: A New Breed.
Beyond Benzodiazepines
How Zopiclone Works
Uptake and Metabolism of Zopiclone
Zopiclone: Prescribing and Doses
New & Improved: Eszopiclone
Before Zopiclone: The Benzo Age
Short History of Zopiclone
Zopiclone Adsorbtion
Zopiclone Metabolism
Zopiclone Distribution
Zopiclone Excretion
Eszopiclone (Lunesta) & Enantiomers
Prescribing Zopiclone
Explore this article.
Uptake & Metabolism of Zopiclone
Zopiclone Pharmacokinetics
New & Improved: Eszopiclone (Lunesta)
Before Taking Zopiclone
In the past, and for a long time benzodiazepines (AKA Benzos) were the 'go-to' drugs of choice to treat insomnia.
In fact, it wasn't until awareness on the associated risks of taking benzos that people became aware about the dangers.
Many concerns about benzos were raised due to their adverse effects, which turned people to hypnotics – such as Zopiclone [1].
More importantly, hypnotics, like that of Zopiclone, are now:
the most common type of drug prescribed to older adults [1].
As of now, there are currently three FDA approved commercially sold non-benzodiazepine drugs that are available for the treatment of insomnia; these include, Zaleplon, Zolpidem and Eszopiclone [2].
As of 2013 the FDA recorded a staggering 3 million prescriptions of eszopiclone.
For the treatment of insomnia, the FDA approves several z-drugs, including: Lunesta (eszopiclone), Ambien (zolpidem), Edluar (zolpidem), Intermezzo (zolpidem), Sonata (zaleplon) and Zolpimist (zolpidem) [3].
Historically, zopiclone was first developed by a company called Sepracor and introduced by a company known as Rhone-Poulenc S.A, in 1986.
At that time this Z-drug was marketed as an improvement on traditional benzodiazepines [4].
In 2015, the US Drug Enforcement Administration placed zopiclone as a schedule 4 drug, brought on by the fact that evidence suggested zopiclone had addictive properties [4;5].
Zopiclone has been documented as having anxiolytic, anticonvulsant and muscle relaxant activity [6].
To begin with, Z-drugs (also known as non-benzodiazepines) bind to the same binding site as benzodiazepines.
This common receptor is known as the GABA receptor.
When a drug binds to a receptor and causes a biological response, it's called an Agonist.
Z-drugs are agonists at the same gamma-aminobutyric acid-type A (GABA) receptor – just as many inhibitory or sedating drugs such as Valium do.
Of all the z-drugs, zopiclone is known to produce the longest duration of action (half life).
Furthermore, zopiclone reduces sleep onset latency, thereby increasing the total sleep time of an individual – reducing the overall night time awakenings [6].
However, among these functions of zopiclone it is uncertain if zopiclone extends total sleep time [2].
Pharmacokinetics is the scientific term in pharmacology for describing how a drug is absorbed into your body, and distributed to where it needs to go.
Then it details a drugs metabolism into a desirable form for your body to use.
The final step in pharmacokinetics is excretion.
Once zopiclone is taken, it is rapidly absorbed by the body [7].
Moreover, zopiclone has been reported to have a bioavailability, that is, the amount of drug available to the body to use, of approximately 80% [7].
Bioavailability is a need to know.
Zopiclone's has a bioavailability of approximately 80%
Understanding bioavailability is an inseparable part of how a drug should be administered.
In addition, knowing the bioavailability of a z-drug like zopiclone can better define its possible interactions that may inhibit its activity in the body [8].
When we take Paracetamol, for example, we don't often ask if what you've taken has reached the location it's meant to, to alleviate pain, etc.
But we know that once we've taken our medication it seems to work, and sometimes last for hours.
This is the knowledge and importance of a defined bioavailability (or absorption) of that particular drug.
Zopiclone is metabolized in the liver, where it then undergoes a series of chemical changes that results in the formation of smaller metabolites [7].
Zopiclone's half-life (time it spends in the body) is around 5-6 hours [9].
Once taken orally, zopiclone binds to the same recognition site on its GABA(A) receptor [6].
Zopiclone's metabolism in the liver involves a series of chemical steps that are eventually excreted in the urine [2; 3].
Importantly, zopiclone is modified into two main metabolites [10]:
N-desmethyl-zopiclone which is 'inactive' (accounting for around 16% of the original dose).
Zopiclone N-oxide which 'weakly active' (accounting for around 11-12% of original dose).
Figure 1. Chemical structures of (top) zopiclone, (bottom left) N-desmethyl-zopiclone, and (bottom right) zopiclone N-oxide.
Drug distribution may be an unfamiliar term to many…
Essentially, what it refers to is the process, and time taken for a drug to be delivered to the many bodily 'tissues' once it has entered the bloodstream [11].
Figure 1. Uptake of a drug, or medication involves three major processes: absorption, distribution and elimination or excretion. This model of drug 'processing' allows for a clearer insight into the organ-specific and molecular mechanisms which a drug can take. Image source: https://abdominalkey.com/principles-of-drug-therapy-dosing-and-prescribing-in-chronic-kidney-disease-and-renal-replacement-therapy/.
Fortuitously, Zopiclone – taken orally – is reported to be distributed around the body quite readily [1].
Once a 7.5mg oral dose of zopiclone is taken, for example:
peak blood concentrations have been observed in around 30 minutes.
In addition, once absorbed, zopiclone therapeutic blood concentrations of a 7.5mg dose can range between 60-90 nanograms per mL [12].
Zopiclone is rapidly excreted mainly through liver metabolism.
A single zopiclone dose has been reported to have an elimination half-life of just over 5 hours after administration [12].
This means that half the Zopiclone is remains in the blood after 5 hours.
In addition to the excretion of the main zopiclone molecule, the N-desmethyl-zopiclone metabolite takes just over 7 hours to fully eliminate.
Moreover, the N-oxide-zopiclone metabolite takes just over 4 hours to be excreted [12].
The FDA approved the S-enantiomer of Zopiclone (Eszopiclone), sold commonly as Lunesta in 2013.
Eszopiclone (Lunesta) is the active enantiomer of Zopiclone.
An enantiomer is one of two molecules (in this case, zopiclone AND eszopiclone) that are mirror images of each other; however you cannot superimpose them (place one directly over the other) – since they wouldn't match.
Sorry if that seems a little confusing..
…Figure 1 below is a visual representation of the two Zopiclone enatiomers:
The interesting thing about enantiomers is that they are chemically identical with the same physical properties, and one couldn't tell them apart if one saw them.
It is important to understand that once a patent on a particular drug is near its end date, a pharmaceutical company will then switch to marketing a single enantiomer (Lunesta), as opposed to a mixture of two enantiomers in a single drug formulation.
Often, this move is at the cost to the consumer and not necessarily the best formulation.
The danger here is that these companies might claim the 'new and improved' enantiomer has better activity in the body and is less toxic.
However this may not always be the case.
For this reason, the FDA requires all companies to diligently describe and disclose all individual components of a new and existing drug [13].
Zopiclone, depending on the manufacturer of this drug, is available in a series of oral doses.
For starters, doses of zopiclone include:
10mg (generics only)
Zolpidem is available in doses ranging from 5-10mg, whereas zopiclone comes in doses ranging from 3.75-7.5mg [14].
Z-drug Dose (for older adults) Effects on sleep Adverse effects Formulations
Zopiclone (Eszopiclone)
1mg (sleep latency)
2mg (sleep maintenance)
sleep-onset latency
Sleep maintenance Headache, unpleasant taste, dizziness, dry mouth Oral tablet
Zolpidem 2.5mg sleep-onset latency Headache, dry mouth, dizziness, hallucinations, delirium, nausea, vomiting.
Immediate-release tablet
Controlled-release (CR) tablet
Sublingual tablet
Oral spray mist
Zaleplon 5mg sleep-onset latency Headache, vomiting, abdominal pain, rhinitis, dizziness, CNS-depressant effects. Sonata capsules (5mg and 10mg)
Table adapted from data taken from [15] [16][17][18]
In medicine there is the concept of 'good prescribing' of z-drugs [14].
This approach ensures that factors, such as costs, existing illnesses, age and response to therapy are considered before dosing on drugs like zopiclone.
For the best results, it is crucial to see and consult with your medical professional on particular z-drugs as your doctor would best know when to stop or cut-back on your dose [19].
Please Take zopiclone as your doctor has indicated to you.
Sometimes it's best to NOT to take Zopiclone.
In these cases, it is always better to take the safe route and consult your doctor.
Especially if you are or have any of the following:
breathing (respiratory) problems
have a history of drug addiction
problems with liver
allergic reaction to medicines
currently taking any other medications.
It is ALWAYS best practice, and responsible practice to consult your medical professional before taking ANY hypnotic or z-drug for insomnia [20].
[2] http://www.scielo.br/scielo.php?pid=S1807-59322016000100005&script=sci_arttext
[3] https://www.fda.gov/drugs/postmarket-drug-safety-information-patients-and-providers/sleep-12 disorder-sedative-hypnotic-drug-information
[4] http://pharmapedia.wikidot.com/zopiclone#toc0
[5] https://www.deadiversion.usdoj.gov/fed_regs/rules/2005/fr0214.htm
[7] https://link.springer.com/article/10.2165/00003088-199529060-00004
[8] https://pdfs.semanticscholar.org/1dab/823b1923a9a8313abd43beb3706cac12425a.pdf
[9] https://www.drugbank.ca/drugs/DB01198
[10] https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3657020/pdf/13181_2013_Article_292.pdf
[11] https://link.springer.com/content/pdf/10.1007%2Fs40263-017-0445-9.pdf
[12] https://www.deadiversion.usdoj.gov/fed_regs/rules/2005/fr0214.htm
[13] https://www.ncbi.nlm.nih.gov/pmc/articles/PMC3614593/
[14] https://www.acnr.co.uk/2019/05/the-misprescribing-of-z-drugs-for-insomnia/
[15] https://www.clinicaltherapeutics.com/article/S0149-2918(16)30733-0/pdf
[16] https://www.clinicaltherapeutics.com/article/S0149-2918(16)30733-0/pdf]
[17] http://www.mhra.gov.uk/home/groups/par/documents/websiteresources/con2023057.pdf]
[18] https://www.accessdata.fda.gov/drugsatfda_docs/label/2007/020859s011lbl.pdf
[19] https://www.webmd.com/drugs/2/drug-17524/zaleplon-oral/details
[20] https://patient.info/medicine/zopiclone-tablets-zimovane
20 references were used in this article.
4th May 2020 – date of the last edit to this article.
This article uses only evidence based information.
the complex relationship between sleep and mood can also translate into depression over time.
NHS UK
Zopiclone Dosage
Zopiclone Side Effects
Zopiclone Overdose
Zopiclone Withdrawal
Understanding Insomnia
Rebound Insomnia
Eszopiclone (Lunesta)
When Sleep Problems Become Serious
Lack of Sleep: Global Problem
Three Models of Insomnia
How to Monitor Insomnia
Treating Insomnia
We Need Our Sleep!
Insomnia in the UK
Three Types of Insomnia
Defining Insomnia
Global Co$t of Losing Sleep
Stay Off Your Phone!
Insomnnia: The Behavioural Model
Insomnia: Higher Brain Activity
Insomnia: It's all in your head.
Understanding Zopiclone Overdose
CASE 1: Almost Fatal Overdose
Zopiclone Drug Interactions
Zopiclone and Diazepam
Zopiclone and Promethazine (Sominex)
Zopiclone and Lorazepam
Zopiclone and Pregabalin (Lyrica)
Zopiclone and Tramadol
Zopiclone and Sertaline (Zoloft)
Zopiclone and Cannabis
Zopiclone and Alcohol
Zopiclone and Clonazepam
© 2021 zopiclone.com. All rights reserved.

redpajama_set_name: RedPajamaCommonCrawl


text:
Geneva• Transport
How to get from Geneva Airport to the City
April 7, 2020 Last Updated on December 1, 2022
Geneva Cointrin Airport (airport code GVA) is located around six kilometres (3.75 miles) from the centre of Geneva and is a major hub for international flights.
If you are flying into the cosmopolitan city and are wondering what Geneva transport options are available, this guide has all the answers.
Below you'll find details of the different transport methods awaiting your Geneva Airport arrival including journey times and fares but first, some information about Geneva Airport.
Geneva Airport Information
Geneva International Airport is located in the Canton of Geneva in Switzerland, but the northern side of the airport extends to the Swiss-French border. The airport can be accessed from both Switzerland and France.
There are two terminals at Geneva Airport although Terminal 2 is only used by charter flights during the winter season.
Swiss International Air Lines and EasyJet Switzerland have major bases at Geneva Airport and many other European airlines service the airport. Numerous airlines operating long haul flights to the Middle East, Asia and North America – including Emirates, Etihad, Qatar and United Airlines – also fly into Geneva.
Over 17 million passengers pass through Geneva Airport each year.
Geneva Airport to City Centre Transport Comparison
Transport Journey Time Fare
Train 7 minutes *Free
Bus 19 minutes *Free
Hotel Shuttle Varies ^Free
Private Transfer 30 minutes From CHF 95 Book Now
Rental Car 10 minutes Varies Compare Rates
Taxi 10 minutes CHF 35 to CHF 45
Uber 10 minutes From CHF 28
Private Geneva Airport Transfers
Car Rental from Geneva Airport
The easiest way to get from Geneva Airport to the city centre is by train. There are up to seven trains per hour from Geneva Airport to Cornavin train station, the main station in Geneva city centre, and the journey time is just seven minutes.
Passengers travelling by train can take advantage of the *Geneva Airport free train ticket which is available from distributors in the baggage claim area in the Arrivals Hall. This free transport ticket allows passengers to use public transport in Geneva – including the airport train – for 80 minutes.
You must collect your free ticket in the baggage claim area before you pass through Customs. If you don't obtain a free ticket for the Geneva Airport train, you can expect to pay around CHF 3 per adult for the journey from Geneva Airport to Geneva (Cornavin) train station.
Holders of a Swiss Travel Pass travel for free on all public transport in Switzerland (including Geneva Airport trains).
The train station at Geneva Airport is a five-minute walk from the Arrivals and Departure Halls.
Learn more about the Swiss Travel Pass in this article.
The Geneva Airport bus is another convenient way to reach the city centre. TPG city buses operate between the airport and city centre (Line 10) approximately every ten minutes.
If you plan to catch a bus to Geneva Airport (or from Geneva Airport), the journey time is 19 minutes.
Buses depart from outside the Arrivals Hall.
The *free transport ticket mentioned above in the Trains section also applies to travel on the airport bus.
Without the free transport ticket, the fare for the bus from Geneva Airport to the city centre is CHF 3.
A select number of hotels^ near Geneva Airport and in the city centre provide free transfers for their guests.
You should contact your hotel before your arrival to confirm if they offer a free Geneva Airport shuttle service and book your transfer.
Arriving in a new city can be overwhelming, especially if you are tired after a long flight. For this reason, we love the convenience of private transfers.
Whilst you'll pay more than you would by using public transport, the great thing about private transfers is that your driver will be waiting for you on arrival at Geneva Airport and will take you directly to your hotel in a private vehicle.
Private transfers can also be arranged for the return journey from Geneva to Geneva Airport.
Allow around 30 minutes for the door-to-door Geneva airport transfer service.
Sedans, as well as larger vehicles and minivans are available to suit your group size. > Click here to check prices.
A really popular option for travellers arriving in Geneva is to rent a car from Geneva Airport. This is especially popular for travellers who don't plan to stay in the city itself and want to head to other parts of Switzerland. A car is also handy if you plan to do a day trip or two from Geneva. This article has plenty of day trip ideas.
If you plan to pick up a hire car from Geneva Airport, there are plenty of options, with all the major international companies – Hertz, Avis, Europcar, Sixt, Thrifty, and more – offering collections from the Airport.
Rates vary depending on a number of factors including the size of the vehicle, the type of transmission and the time of year that you commence your car rental at Geneva Airport.
You can search for rates for car hire from Geneva Airport here. It is recommended that you book ahead before you leave home to guarantee a vehicle will be available for you.
Once you have collected your vehicle, you should allow around 10 minutes to reach the city centre.
For all our tips on driving in Switzerland, read this article.
There are three main companies that operate a Geneva Airport taxi service. Taxi ranks are located outside the Arrivals Hall.
How much is a taxi from Geneva airport to Geneva? You can expect to pay between CHF 35 and CHF 45 depending on the time of day and volume of traffic.
Journey time is around 10 minutes from the airport to the city centre.
The ride-sharing service Uber is available from Geneva Airport. You can expect to pay around CHF 28 for an UberX from Geneva Airport to the city centre, depending on traffic volume and demand.
Rides can be booked via the Uber app.
Read about the best apps to download for travel in Switzerland in this article.
I hope this guide has helped you to choose the best option to get from Geneva Airport to the city centre.
Geneva is a truly international city with plenty of sights worth visiting. It's also a great base to visit other towns and villages around Lake Geneva.
🇨🇭🇨🇭🇨🇭
You can read our guide to things to do in Geneva > here and find the best day trips from Geneva > here.
There's more useful information about visiting Geneva in our full guide to Geneva > here.
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