matomo

Transparency Report: January 2015

David Wibergh, about Status & transparency reports

This is the fourth summary we publish that shows the amount of traffic passing through our servers, uptime and traffic spikes.

During January, we had two planned maintenances to update the servers.

The downtime that occurred on January 9 lasted about 30 minutes affected only the servers in Stockholm. The downtime that occurred on January 29th affected all servers, but lasted only for one minute.

VPN01 - Malmö

Traffic spikes (Mbit/s)

VPN01 - Summary of traffic spikes in January

Analysis

VPN01 encrypted and anonymized a total of 53 694 GB (52.4 TB) traffic. That's an increase of 22 377 GB from the previous month.

Peak traffic was at 596 Mbps, which is 41.9% of maximum capacity.

95th percentile was at 318 Mbps, which means that 95 percent of the time VPN01 was below 22.3% of maximum capacity.

VPN01 had an uptime of 99.99% in January. Since the downtime only affected the servers in Stockholm, 99.96% is the final uptime.

VPN02 - Stockholm

Traffic spikes (Mbit/s)

VPN02 - Summary of traffic spikes in January

Analysis

In January, VPN02 encrypted and anonymized a total of 82 928 GB (81 TB) traffic, an increase of 37 382 GB compared to the previous month.

The peak of traffic for VPN02 was at its highest 932 Mbps, which is 65.4% of the maximum capacity of 1.4 Gbps.

95th percentile was 465 Mbps, which means that 95 percent of the time VPN02 was below 32.6% of maximum capacity.

VPN02 had an uptime of 99.99% in January. Taking into account our planned downtime, the uptime was reduced to 99.92%.

VPN03 - Stockholm

Traffic spikes (Mbit/s)

VPN03 - Summary of traffic spikes in January

Analysis

In January, VPN03 encrypted and anonymized a total of 73 718 GB (72 TB) traffic, an increase of 32 245 GB compared to the previous month.

The peak of traffic for VPN03 was at 911 Mbps, which is 63.9% of the maximum capacity of 1.4 Gbps.

95th percentile was 447 Mbps, which means that 95 percent of the time VPN03 was below 31.4% of maximum capacity.

VPN03 had an uptime of 99.99% in January. Taking into account our planned downtime, the uptime was reduced to 99.92%.

VPN04 - Stockholm

Traffic spikes (Mbit/s)

VPN04 - Summary of traffic spikes in January

Analysis

During January, VPN04 encrypted and anonymized a total of 66 810 GB (65.2 TB) of traffic, an increase of 13 897 GB compared to the previous month.

The peak of traffic for VPN04 was at its highest 692 Mbps, which is 48.6% of the maximum capacity of 1.4 Gbps.

95th percentile was 387 Mbps, meaning that 95 percent of the time VPN04 was below 27.2% of maximum capacity.

VPN04 had an uptime of 99.99% in January. Taking into account our planned downtime, the uptime was reduced to 99.92%.

VPN05 - Stockholm (Delaware)

Traffic spikes (Mbit/s)

VPN05 - Summary of traffic spikes in January

Analysis

VPN05 is the server that has U.S. IP addresses, and we put it into service on December 19, 2014.

In January, VPN05 encrypted and anonymized a total of 5 292 GB (5.2 TB) of traffic.

The peak of traffic for VPN05 was at 296 Mbps, which is 20.8% of the maximum capacity of 1.4 Gbps.

95th percentile was 70 Mbps, which means that 95 percent of the time VPN05 was below 4.9% of maximum capacity.

VPN05 had an uptime of 99.99% in January. Taking into account our planned downtime, the uptime was reduced to 99.92%.

WEB01 - Falun

Uptime (%)

WEB01 - Summary of uptime in January

WEB01 had an uptime of 99.91% in January, resulting in a total downtime of 38 minutes.

Because the downtime was so short, you don't notice it in the graph above because the graph contains 43,120 data points, of which only 38 had a Y value of 0.

SQL01 - Falun

Uptime (%)

SQL01 - Summary of uptime in January

We had some very short downtime with SQL01 during January, resulting in an uptime of 99.99% . The downtime for SQL01 in January was thus 5 minutes.

Because the downtime was so short, you won't notice it in the graph above.

SQL02 - Falkenberg

Uptime (%)

SQL02 - Summary of uptime in January

SQL02 had an uptime of 99.98% in January, resulting in a total downtime of 9 minutes.

Because the downtime was so short, you won't notice it in the graph above.

Summary

We managed to maintain an uptime of at least 99.5% in January even though we had two planned maintenances. It is clear that OVPN is growing very rapidly because our servers encrypted and anonymized as much as 111,193 GB (108.6 TB) more than the previous month.

Even though OVPN is growing quite rapidly, we are not close to our maximum capacity. The average 95th percentile for all servers was 281 Mbps, meaning that 95 percent was OVPN in 23.2% of maximum capacity.

OVPN, in other words, has a lot of room left to bring in new customers while ensuring high speeds for our current customers.

David Wibergh