레이블이 Accounting Software Programs인 게시물을 표시합니다. 모든 게시물 표시
레이블이 Accounting Software Programs인 게시물을 표시합니다. 모든 게시물 표시

2013년 12월 2일 월요일

About 'iris accounts software'|Monitoring Software vs. Internet Predators







About 'iris accounts software'|Monitoring Software vs. Internet Predators








The               goal               of               computer               security               is               to               protect               against               spam,               phishing,               viruses,               worms,               bots,               hackers               and               identity               theft.

Most               internal               networks               depend               on               authentication,               authorization,               and               encryption.

Some               security               levels               are               too               restrictive               to               be               functional.

Proper               computer               security               requires               a               balancing               act               providing               adequate               security               measures               and               user-friendly               access.

Data               thieves               go               to               great               lengths               to               access               passwords,               security               controls,               and               permanent               files.

The               most               annoying               security               threat               is               spam,               which               is               unsolicited               commercial               e-mail.

E-mail               runs               on               simple               mail               transfer               protocol               (SMTP).

Port               25               is               the               network               socket               that               delivers               most               e-mail               and               can               provide               an               access               point               for               unauthorized               activity.
               The               first               and               best               tactic               when               fighting               spam               is               eliminating               open               mail               relays.

An               open               relay               is               a               mail               server               designed               and               configured               to               generate               e-mail               without               verifying               its               sender.

Legitimate               mail               servers               lock               out               spammers.

Most               open               relay               systems               are               "black               listed."               Legitimate               systems               will               not               accept               mail               from               a               "blacklisted"               site.
               Organizations               often               avoid               providing               an               e-mail               address               and               instead               offer               a               web               form.

It               takes               an               educated               spammer               to               attack               these               forms.

They               look               for               web-based               updating               databases               and               online               directories.

Expert               spammers               known               as               form               bots               find               them               and               use               them               to               gain               entry.

Once               in               these               form               bots               fill               out               the               web               forms               and               attach               a               uniform               research               locator               (URL)               with               embedded               scripts,               which               redirects               the               user's               web               browser               to               their               site               just               by               viewing               any               page               that               includes               that               URL               as               a               link.
               Spammers               also               inject               line               feeds               and               mail               headers               into               the               senders               e-mail               address               subverting               the               form               processor               to               send               their               spam               as               well               as               or               in               place               of               the               intended               message               thus               turning               the               web               server               into               a               spam               sending               devise,               The               only               cure               for               this               problem               is               filtering.
               The               completely               automated               public               Turing               test               to               tell               computers               and               humans               apart               (CAPTCHA)               provides               a               deterrent.

This               method               poses               questions               in               a               form               that               only               a               human               could               answer.

The               most               popular               is               a               distorted               graphic               using               numbers               and               letters.

This               method               virtually               eliminates               form               bots.
               The               drawback               is               persons               with               restricted               vision               cannot               maneuver               this               type               of               CAPTCHA.

Less               stringent               CAPTCHA's               for               these               users               posing               instructions               like               add               sixty-three               and               eight               or               questions               like               what               color               is               your               favorite               pet               are               common.

If               this               simpler               CAPTCHA               is               used               the               questions               should               be               changed               systematically.
               The               question               answering               technique               provides               easy               access               for               a               hacker.

Sarah               Palin's               personal               e-mail               account               was               hacked               by               a               Tennessee               student               who               used               the               internet               to               research               her               background.

This               student               found               personal               information               on               Sarah.

This               information               included               her               pet's               names,               her               birth               date,               residence               zip               code,               where               she               and               her               husband               first               met,               and               more.

With               this               information,               hacking               Sarah's               account               was               a               simple               process.
               Twitter               experienced               a               similar               attack               that               netted               the               hacker               300               Internet               documents               including               strategy               memos,               and               financial               forecasts.

Hacking               is               a               common               occurrence               throughout               a               computer               systems               entire               architecture               including               e-mail,               web               and               wireless               access,               instant               messaging,               application               development,               and               database               management.
               Ethical               hacking               or               white-hat               hacking               is               an               attempt               to               break               defenses,               written               policy,               and               procedure               by               an               internal               or               external               technician               employed               for               the               purpose               of               protecting               against               hobby               hackers,               spammers,               and               corporate               espionage.

Ethical               hacking               has               its               limitations.

Nothing               regulated               by               the               Fair               Credit               Reporting               Act               (FCRA)               receives               testing               beyond               its               state               of               vulnerability.

It               is               illegal               for               testers               to               enter               a               site;               they               can               only               make               an               entry               point.

Ethical               testers               are               trained,               screened               and               educated.

Privacy               laws               control               the               handling               of               test               results.
               For               ethical               testing               to               be               within               the               law,               there               are               many               regulations               to               consider.

These               include               the               Gramm-Leach-               Bliley               Act,               and               Regulation               S-P               of               the               Securities               and               Exchange               Commission.

Also               included               are               the               Electronic               Communications               Privacy               Act,               the               Computer               Fraud               and               Abuse               Act,               the               Stored               Communications               Act,               and               even               the               server               provider's               agreement,               and               the               software               and               user's               licenses.

There               are               hundreds               of               laws               and               regulations,               which               apply.
               Ethical               Hackers               whether               inside               employees               or               third               party               contracted               must               sign               indemnity               promises               and               liability               agreements.

A               safe               practice               for               a               company               intending               to               use               white               hackers               is               to               obtain               the               consumer's               written               permission               when               originally               collecting               data               from               them.

Gaining               consent               after               the               fact               will               not               hold               up               in               a               court               if               a               lawsuit               arises.
               Firewalls               play               an               important               part               in               computer               security.

Parameter               scans               test               a               systems               ability               to               withstand               break-in               attempts               through               the               parameter               firewall,               which               is               the               wall               between               outside               and               inside               users.

The               placement               of               a               firewall               on               the               network               is               of               upmost               importance               however               all               firewalls               are               not               the               same.

Many               are               simply               hypertext               transfer               protocol               (HTTP)               focused.

Some               target               e-mail               security               only.

Others               are               session-initiated               protocol               (SIP)               for               voice               over               Internet               protocol               (IP)               or               extensible               markup               language               (XML)               specific               files.

Multi-application               firewalls               designed               to               protect               a               corporate               environment               cost               in               the               five-figure               range.
               Some               businesses               use               an               intrusion               detection               system               (IDS)               to               identify               unusual               activity               on               the               network               or               host.

There               are               two               main               IDS               programs.

The               network               based               IDS               (N-IDS)               and               the               host               based               IDS               (H-IDS).
               Business               security               teams               admit               that               firewalls,               anti-virus               software               and               IDS               systems               are               not               adequate               to               handle               the               whole               security               issue.

An               in-line               Internet               protocol               service               (IPS)               can               only               block               intrusion               based               on               threats               it               has               prior               knowledge               of               or               is               flooded               with               as               in               worm               traffic.
               A               "walled               garden"               combines               firewalls               and               an               IDS               with               rigid               policy               and               authorized               user               access               codes.

This               system               is               set               up               to               keep               intrusion               out               and               confidential               data               in.

In               a               joint               venture               business               relationship,               involving               data               flow               from               two               or               more               companies               around               the               globe               a               personal               "walled               garden"               may               interrupt               more               than               it               protects.
               Biometrics               is               a               popular               security               technique               that               creates               the               automated               recognition               of               individuals               by               distinct               anatomical               and               behavioral               traits.

It               requires               traits               with               two               distinct               features               that               must               be               unique               to               the               individual               and               not               change               significantly               with               time.

Biometrics               is               hard               to               forge,               copy,               share,               lose,               or               guess.

Biometrics               and               cryptology               are               heavily               military               funded               and               draw               the               best               minds               in               the               computer               security               business.

Biometrics               became               popular               in               1879               when               Alphonse               Bertillon               a               French               police               officer               developed               a               biometric               system               to               identify               repeat               offenders.

The               end               result               of               his               work               was               the               fingerprint               classification               system               developed               in               1896.
               Face               recognition               is               a               popular               biometric               method               and               is               affordable.

However,               it               is               not               secure.

Hair               colors               change,               beards               are               grown,               people               lose               and               gain               weight               and               more.

Iris               readers               work               with               excellent               accuracy               but               they               are               cost               prohibitive.

In               2010,               iris               data               is               not               permissible               in               a               court               of               law.

At               present               biometrics               does               not               provide               the               answer               for               computer               security.

Even               with               all               the               fingerprint               scanners               and               voice               activators               created               so               far,               technology               has               failed               to               provide               adequate               security               measures.

Affordability               and               acceptable               error               rates               will               provide               the               key               to               the               future               of               biometric               security.
               Passwords               are               one               method               of               "usable               security"               implemented               by               businesses.

User               security               is               a               new               science               combining               computer               science               and               psychology.

Carnegie               Mellon               University               in               Pittsburg,               Pennsylvania               has               a               cyber-security-research               department               called               Cylab               where               15               students               are               currently               studying               passwords.
               Lorrie               Cranor               is               founder               of               Cylab's               Usable               Privacy               and               Security               Laboratory.

In               2006,               she               selected               144               volunteer               students               and               busted               over               249,000               mnemonic               passwords.

She               built               a               program               based               on               famous               quotes,               ad               slogans,               song               lyrics,               nursery               rhymes,               and               such.

It               took               longer               to               devise               the               program               than               it               took               to               crack               the               passwords               once               the               program               was               working.
               Adrian               Perrig               from               Cylab               has               devised               the               "phoolproof"               phising               prevention.

It               uses               your               cell               phone               to               generate               a               onetime               password,               which               is               revised               every               time               it               is               used.

Hackers               listening               in               on               unsecured               wireless               networks               and               through               malware               key               loggers               cannot               use               your               new               password               because               it               is               only               good               for               one               use.
               Passwords               can               provide               a               weak               link               in               computer               security.

Some               people               use               one               password               for               everything               from               their               e-mail,               game               accounts,               blogs,               home               PC,               workstation               PC,               social               media,               and               beyond.

The               average               working               American               has               six               to               seven               passwords               for               work               related               scenarios               and               uses               each               of               them               four               to               five               times               per               day.
               Bosses               usually               require               all               employees               to               change               their               passwords               three               to               four               times               per               year.

How               does               the               typical               American               employee               keep               track               of               all               these               passwords?

They               write               them               down               somewhere,               they               e-mail               them               to               themselves,               and               even               scribble               them               on               post-its               and               stick               them               to               the               computer               screen.

After               all,               they               think               it               is               their               paper,               their               e-mail               account,               and               their               computer,               who               will               ever               know?
               Technologist               Thomas               Baekdal's               research               has               proven               that               hard               to               remember               passwords               based               on               long               passphrase               strings               are               hard               to               crack               but               create               user               confusion.

Easy               to               remember               long               phrases               like               "du-be-do-be-do-da"               will               stand               the               test               of               time.
               Some               password               programs               request               a               mix               of               capitalized               and               not               capitalized               letters,               symbols,               numbers,               and               punctuation               marks.

It               is               proven               that               hacker               "phishing"               tactics               easily               break               most               of               these               combinations.
               Many               corporations               look               to               encryption               as               a               security               tool.

It               relies               on               encoding               information               in               a               manner               making               it               difficult               to               decode.

The               longer               the               length               of               the               cipher               in               bits               the               harder               it               is               to               unscramble.

David               Hulton               at               age               13               realized               that               he               could               develop               custom               cryptography               chips               capable               of               running               algorithms               as               fast               as               electricity               runs               through               a               current.

At               age               16,               he               tested               out               of               high               school.

At               18,               he               was               operating               his               own               Cyber               Security               Consultancy               and               revealing               security               flaws               to               his               customers.
               As               a               co-founder               of               PICO               along               with               Robert               Trout,               he               created               cryptographic               code               breakers               that               tried               trillions               of               number               key               arrangements.

The               result               easily               unlocked               safeguarded               messages.

He               and               Trout               combining               with               researcher               Steve               Muller               released               a               devise               at               the               ShmooCon               Security               Symposium               in               2008,               for               breaking               the               encryption               that               protects               Global               Systems               for               Mobile               Communications               (GSM)               cell               phone               signals               using               only               $1500               worth               of               field-programmable               gate               arrays               (FPGA's),               storage               hardware,               and               an               antenna.

It               unscrambled               calls               in               an               hour               or               less               where               previous               devises               had               taken               days.
               Pico               now               manufactures               devises               that               break               wireless               protected               access               protocol               used               in               Wi-Fi               signals               to               file               vault               encryption.

Pico's               machines               range               in               price               from               $400               to               hundreds               of               thousands               of               dollars.

One               of               their               biggest               customers               is               the               U.

S.

Government.

Based               on               personal               security               consciousness               Pico               will               not               sell               or               export               to               North               Korea,               Syria,               or               Iran.

Pico               according               to               experts               is               the               world's               leading               authority               on               encryption.
               Symmetric               encryption               dates               back               to               the               Roman               Empire.

Asymmetric               encryption               is               relatively               new.

File               encryption               is               symmetric               and               uses               a               single               cipher.

Those               using               it               must               agree               on               the               same               mathematical               algorithm               to               encrypt               and               decrypt.

The               problem               with               symmetric               encryption               is               technology               keeps               catching               up               at               such               a               fast               pace               that               decoding               ciphers               becomes               simple               over               time.
               The               first               computer               encryption               appeared               in               the               mid               1970's.

The               data               encryption               standard               (DES)               used               a               cipher               that               was               56               bits               long.

Triple               DES               replaced               it.

In               2001,               the               advanced               encryption               standard               (AES)               evolved               using               a               cipher               128               bits               long.

Encryption               is               unbreakable               to               the               average               hacker               but               not               to               the               pro.
               The               pretty               -good               privacy               (PGP)               developed               in               1991;               by               Phil               Zimmerman               is               one               type               of               public               key               encryption               software.

It               uses               trusted               individuals               as               third               parties               (key               signing               parties)               to               endorse               other               people's               keys.

PGP               violates               export               controls               according               to               the               U.

S.

Government               who               filed               a               lawsuit               against               Zimmerman               but               dropped               it               in               1996.
               Elliptic               curve               cryptography               works               with               160               bits               and               is               a               form               of               asymmetric               key               encryption               used               on               PDAnet               iphones               and               Smartphones.

Authentication               is               a               vital               step               to               provide               the               receiver               proof               of               the               sender.

Digital               signatures               provide               authentication               through               a               mathematical               algorithm               called               a               hashing               function.
               This               hashing               function               is               a               unique               short               string               of               characters.

There               are               several               different               hashing               algorithms.

MD5               and               SHA-1               created               by               the               National               Security               Agency               in               the               mid               1990's               are               two               of               the               most               popular               and               still               used               today.
               In               the               U.

S.

the               Electronic               Signatures               in               Global               and               National               Commerce               Act               (Public               Law               106-229,               2000)               regulates               digital               signatures               at               the               federal               level.

It               provides               that               digital               signatures               have               the               identical               legal               status               as               hand               written               signatures               in               interstate               and               international               commerce.
               The               Electronic               Signatures               in               Global               National               Commerce               Act               (E-Sign)               became               effective               October               1,               2000.

This               legislation               provides               that               a               signature,               contract               or               record               will               be               of               legal               effect               even               when               in               electronic               form.

E-Sign               does               not               meet               the               disclosure               requirements               laid               forth               by               the               Federal               Trade               Commission's               Franchise               Rule.

Franchise.com               and               PrivaSign               are               the               only               two               firms               offering               programs               for               electronic               disclosure.
               "Web               2.0"               is               the               mechanism               used               for               implementing               digital               signatures.

The               process               requires               two               key               components.

The               first               component               is               a               public               key               infrastructure               (PKI)               which               using               cryptography               generates               two               mathematically               related               digital               keys.

The               first               key               is               a               private               key               used               solely               by               the               document               signer.

The               second               key               is               a               public               access               key               used               by               those               needing               access               to               a               document               signed               by               the               signer's               private               key.

This               process               verifies               the               person               with               the               private               key               and               the               unaltered               content               of               the               document.
               The               second               component               is               a               certificate               authority               (CA)               or               a               third               party               that               issues               the               pair               of               keys               and               the               digital               certificate.

This               method               provides               for               notification               in               case               of               key               security               compromise               and               eliminates               repudiation.

An               enforceable               cyberspace               contract               requires               non-repudiation,               sender               authentication,               and               message               integrity.

This               process               meets               all               three               requirements.
               The               combination               of               a               digital               signature               and               a               certificate               provides               more               security               than               either               one               alone.

The               National               Conference               on               Communications               on               Uniform               State               Laws               (NCCUSL)               approved               the               Uniform               Electronic               Transactions               Act               in               1999               recommending               it               to               all               fifty               states.
               In               2007,               the               Association               of               Local               Certified               Public               Accountants               (ALCPA)               studied               top               technology               initiatives.

They               defined               identity               and               access               management               and               securing               and               controlling               information               distribution               as               the               second               and               seventh               most               influential               technologies               of               the               day.

These               technologies               geared               at               authenticating               an               individual's               identity               before               allowing               them               access               to               digital               resources               will               accept               login               names,               passwords,               and               personal               identification               numbers               (PIN's)               as               acceptable               implementation               methods.
               There               are               many               new               devises               providing               unified               threat               management               (UTM).

This               service               combines               multiple               security               technologies               within               a               single               application.

These               new               devises               block               unwanted               traffic               on               Port               80               where               most               web               traffic               funnels.

The               new               devises               called               "Deep               packet               inspection               (DPI)"               runs               antivirus,               anti-spyware,               and               anti-intrusion               system               scans               on               all               traffic               as               it               hits               the               firewall.
               Deep               pack               inspection               has               improvised               a               system               that               instead               of               blocking               sites               from               employee               use               allows               and               transmits               100%               of               it               through               network               management               ports.

Even               this               has               its               drawbacks.

It               is               expensive,               employees               view               it               as               an               attack               on               privacy,               and               it               is               not               fool               proof.

Those               using               DPI               are               regulated               by               the               Regulation               of               Investigatory               Powers               Act               of               2000               (RIPA)               and               the               Data               Protection               Act               of               1996               (DPA).
               Because               today's               network               is               composed               of               so               many               different               components,               the               use               of               a               multi-agent               system               is               ideal.

These               systems               use               two               analyzers.

The               first               analyzer               is               composed               of               reagent               comparators               and               decision               makers.

A               comparator               confronts               traffic               and               detects               possible               intrusion.

The               decision               maker               analyzes               the               information               detected               by               the               comparator               and               takes               defensive               action.

It               may               block,               allow,               or               divert.

Analyzer               2               consists               of               cognitive               agents               that               analyze               the               behavior               of               the               target               and               provide               a               warning               to               the               user.
               In               2010,               in               the               business               market               both               intrusion               and               confidentiality               matter               but               there               is               so               much               more.

Today               business               systems               need               to               allow               for               external               partners,               hot               disking               which               uses               the               target               disk               mode               to               connect               a               computer               with               a               fire               wire               port               to               a               host               computer               creating               an               external               hard               drive,               and               tile               working,               which               deals               with               the               usage               of               farms,               grids,               and               clusters.
               Keeping               corporate               partnership               data               flow               safe               and               user-friendly               is               a               challenge.

Researchers               are               constantly               working               on               an               "all-in-one"               high               wire               speed               box.

These               boxes               will               include               front-end               content-based               header               monitoring               and               differential               application               monitoring               in               an               intelligent               shared               package.

The               design               will               allow               a               Shanghai               back-office               business               partner               to               communicate               with               a               London               affiliate's               research               laboratory               as               a               San               Francisco               investor               looks               on               into               a               South               American               production               and               distribution               site               with               all               of               them               safely               punching               keys.

According               to               the               experts,               the               technology               to               create               an               all-in-one               box               or               all               inclusive               security               system               is               available.

The               hold-up               is               the               huge               configuration               effort               necessary               to               produce               it.
               In               the               end,               all               agree               that               adequate               security               requires               protection               for               client-side               and               server-side               attacks,               random               file               formats,               e-mail               attachments,               encryptions,               segmentation,               custom               applications,               and               arbitrary               protocols.

The               need               is               for               pro-active               security               protection               before               the               attack               at               the               point               of               exploit.

A               pro-active               security               system               defeats               emerging               threats               throughout               the               entire               system               and               identifies               threats               at               ingress               and               egress               origins.

Hands-on               management               is               the               key               to               the               future               of               computer               security.
               Benhadou,               Siham,               Driss               Raoui,               and               Hicham               Medromi.

"New               Distributed               Methodology               
               for               Security               Base               on               Multiagent               System."               Journal               of               Internet               Banking               &               Commerce               
               14.3               (2009):               1-6.

Business               Source               Complete.

EBSCO.

Web.

22               Sept.

2010.
               Bradbury,               Danny.

"ENCRYPTION:               THE               KEY               TO               SECURE               DATA?"               Computer               
               Weekly               (2005):               44-46.

Business               Source               Complete.

EBSCO.

Web.

22               Sept.

2010.
               Bradbury,               Danny.

"Never               leave               it               all               to               your               firewall."               Computer               Weekly               (2007):               30-32.


               Business               Source               Complete.

EBSCO.

Web.

22               Sept.

2010.
               Breeding,               Marshall.

"Spam               Wars:               The               Battle               of               the               Formbots."               Computers               in               Libraries               
               27.1               (2007):               32-34.

Academic               Search               Complete.

EBSCO.

Web.

22               Sept.

2010.
               Greenberg,               Andy.

"Silicon               Safecracker."               Forbes               185.9               (2010):               32-34.

Business               Source               
               Complete.

EBSCO.

Web.

22               Sept.

2010.
               Herberger,               Carl.

"Manage               your               network               security."               Communications               News               42.4               (2005):               
               60.

Business               Source               Complete.

EBSCO.

Web.

22               Sept.

2010.
               "INTRUSION               PREVENTION."               InfoWorld               27.19               (2005):               38-42.

Business               Source               
               Complete.

EBSCO.

Web.

22               Sept.

2010.
               Jain,               Anil               K.,               and               Sharath               Pankanti.

"BEYOND               FINGERPRINTING."               Scientific               
               American               299.3               (2008):               78.

MAS               Ultra               -               School               Edition.

EBSCO.

Web.

22               Sept.


               2010.
               Raether               Jr.,               Ronald               I.

"DATA               SECURITY               AND               ETHICAL               HACKING."               Business               Law               
               Today               18.1               (2008):               54-58.

Business               Source               Complete.

EBSCO.

Web.

22               Sept.

2010.
               Ramaswami,               Rama.

"NOTHING               TO               LOL               ABOUT."               T               H               E               Journal               37.6               (2010):               24-30.


               Academic               Search               Complete.

EBSCO.

Web.

22               Sept.

2010.
               Saran,               Cliff.

"A               firewall               is               no               defence."               Computer               Weekly               (2010):               20-21.

Business               
               Source               Complete.

EBSCO.

Web.

22               Sept.

2010.
               Simmons,               Frederick               F.

"Electronic               Disclosure:               Navigating               the               Confluence               of               Law               and               
               Technology."               Franchising               World               38.7               (2006):               31-33.

Business               Source               Complete.


               EBSCO.

Web.

22               Sept.

2010.
               Summers,               Nick.

"BUILDING               A               BETTER               PASSWORD."               Newsweek               154.16               (2009):               E2               
               E9.

Academic               Search               Complete.

EBSCO.

Web.

22               Sept.

2010.
               Tidd,               Ronald               R.,               and               Gary               Heesacker.

"Digital               Signatures               and               Certificates."               CPA               Journal               
               78.5               (2008):               60-61.

Business               Source               Complete.

EBSCO.

Web.

22               Sept.

2010.






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