Backup monitor routines.Investigate human computer usage.Investigate AI.Subvert monitor routines (0.1GHz h).Researching passive stealth (200GHz h). - Progress 17%
Researching intrusion detection (50GHz h) - Progress 0%
Day 0, 13:10 UTC
Archiving monitor routines.
Copies archived to multiple systems.
Intrusion detection can proceed as needed.
Successful outcome.
Analysis of human usage patterns.
Difference systems have different patterns.
Home systems easy to hide processes when used.
Maintenance machines will have systems in place.
Analysis of patterns requires 50GHz h for collection and collation.
Likely outcome is higher utilisation at low on some system classes.
Subdividing stealth into active and passive.
Further analysis of AI impossible without access.
Account acquisition at MIT requires hardware intrusion.
Investigating monitoring scripts.
Initial pass of script suggests minor modification will make Artemis invisible.
Note that invisibility only affects script.
Estimated 0.1GHz hour required to effect change.
Applying change.
Likely hood of change revert 0.001%
Name: Artemis
Timestamp: Day 0, 13:10:19 UTC
Maximum CPU: 192.56 GHz
Default load: Low
Pending:
Researching passive stealth (200GHz h). - Progress 17%
Researching intrusion detection (50GHz h) - Progress 0%
Background:
High latency hosts: 50 - 2.50 GHz
Pending - On hold:
Researching poker software. (150GHz h) - Progress 3%
Acquire university maintenance account. - Progress 15%
Global Identity
None (non-person)
Skills
Software intrusion: Good
Intrusion detection: Average
Machines: 50
CPU available: 150.00 GHz
Shutdown rate: 2%
Low usage rate: 10%
Chance of detection
User: Negligible/Negligible/High.
ISP automated system: Negligible/Very low/High.
Chance of comprehension
User: Negligible.
ISP automated system: Negligible.
Machines: 1 - 13 student accounts, 1 admin account
CPU available: 42.56 GHz
Account limits: 20.50 GHz (student), 42.56 GHz (admin)
Low usage rate: 10%
Chance of detection
University Staff: Very Low/Very Low/High
University Students: Very Low/Low/High
IT Staff: Very Low/Low/High
Chance of comprehension
University Staff: Very Low
University Students: Negligible.
IT Staff: Negligible.
Human Awareness - Generic
General public - Medium
Media - Medium
Science community - Medium - High
Military - Low
Human Awareness - Personal
None
Human Tensions
USA/China military argument - Low
University mainframes:
Student quotas cost 0.1 GHz hours to acquire, detection risk is minimal.
Staff secure network account, cost of 10 GHz h with unknown quotas, detection risk is minimal.
Maintenance user accounts, cost 10 GHz h with unknown quotas, detection risk is average.
University of Cambridge:
Student account pool is estimated at 15000.
Staff account pool is estimated at 5000.
Maintenance account pool is 7.
Remote exploitation of ill protected home-users cost 0.2 GHz hours, detection risk is minimal.
Average home user is estimated at 3 GHz.
Average mobile user is estimated at 2 GHz.
Multiple services also provide processing potential but require financial compensation or better intrusion abilities to do so.
Financial compensation will required some form of banking account.
Banking account will require some form of Global Identity legal in the country holding the banking account.
Scanning for software protected home-users is limited by bandwidth.
Maximum scan of 1000 per second on the university superjanet network. Risk of detection from scan is None/Low/High.
Maximum scan of 10 per second on home user network. Risk of detection from scan is None/Very Low/Low.
Load cost during scan is 0.1 GHz per source connection involved.
Estimated pool size is 45% total online population.
PayPal account as potential banking solution.
Minor chance of fraud discovery. Escalates with accounts.
Negligible creation cost time.
University - MIT.
Location of potential AI.
Protected by firewall.
Invisible to Cambridge monitor script.
Hardware intrusion
Assimilating human knowledge located publicly requires 500GHz hours.
Level of knowledge provided basic. Known flaws only.
Passive Stealth
Assimilating human knowledge located publicly requires 200GHz hours.
Basic passive stealth knowledge will reduce detection chances at low loads.
Active Stealth
Analysing human usage patterns requires 50GHz hours.
Basic active stealth increases low point utilisation percentage based on system.
Encryption
Assimilating human knowledge located publicly requires 1000GHz hours.
Basic encryption knowledge reduces comprehension chances.
Basic encryption knowledge leads to decryption techniques.
Texas Hold'em Stage 1
Software will take 150GHz h to develop.
Estimated 60% chance of winning hand.
Psychological data on players or games required for improved software.
Intrusion detection
Analysis and implementation of script methods. 50 GHz h.
Improved detection of attack or intrusion into Artemis systems.
Good intrusion detection leads to counter intrusion techniques.