ventional deception systems like honeypots are flawed by being static, which allows the attacker to learn of their deceptions in ways such as the following.                Found deceptions—if an attacker previously acted on deceptive data and was caught, he may know not to stumble upon that same deception again.        Static deceptions—enterprise environments change over time. Static deceptions that do not change with the enterprise environment stand out as being different and, as such, may indicate a deception fingerprint.        Stale deceptions—if an attacker finds a deception element that has not been active for a long time, the attacker identifies it as being deceptive and avoids it.        Unfit deceptions—if an attacker finds a deception element that does not fit the enterprise environment, or that does not conform to an enterprise convention, it may stand out as being different and, as such, may indicate a deception fingerprint.        Uniform deceptions—if an attacker finds a deception element that exists on all or most computers, it may stand out and as such, may indicate a deception fingerprint.        
When creating and using deceptive environments used for deceiving attackers, it is important that the deceptive environment naturally fit in the enterprise network environment and change along with it. In this changing enterprise environment, static non-diversified and unchanging deceptive environments are not effective in deceiving, and hence deceptive environments need to become dynamic and to adapt to changes that occur in the enterprise environment. The description herein relates generally to information handling systems (IHSs) and more particularly to migrating information between IHSs.
As the value and use of information continues to increase, individuals and businesses seek additional ways to process and store information. One option is an information handling system (IHS). An IHS generally processes, compiles, stores, and/or communicates information or data for business, personal, or other purposes. Because technology and information handling needs and requirements may vary between different applications, IHSs may also vary regarding what information is handled, how the information is handled, how much information is processed, stored, or communicated, and how quickly and efficiently the information may be processed, stored, or communicated. The variations in IHSs allow for IHSs to be general or configured for a specific user or specific use such as financial transaction processing, airline reservations, enterprise data storage, or global communications. In addition, IHSs may include a variety of hardware and software components that may be configured to process, store, and communicate information and may include one
ventional deception systems like honeypots are flawed by being inactive, which give up the attacker to learn of their magic trick in means such as the following.                 Found misrepresentation — if an attacker previously acted on deceptive data and was catch, he may know not to stumble upon that same magic trick again.         Static deceptions — enterprise environment transfer over time. Static deceptions that do not change with the enterprise environment stand out as being unlike and, as such, may indicate a deception fingerprint.         Stale deception — if an attacker finds a deception component that has not been active for a long clock time, the attacker identifies it as being deceptive and avoids it.         Unfit deceptions — if an attacker finds a misrepresentation element that does not fit the enterprise environment, or that does not conform to an enterprise convention, it may stand out as being different and, as such, may indicate a deception fingerprint.         Uniform deceptions — if an attacker finds a deception element that exists on all or most computers, it may stand out and as such, may indicate a misrepresentation fingerprint.        
 When creating and use deceptive environment used for deceiving attacker, it is important that the deceptive environment naturally fit in the enterprise net environment and change along with it. In this changing enterprise environment, static non - diversified and static deceptive environments are not effective in deceiving, and hence deceptive environments need to become dynamic and to adapt to change that occur in the enterprise environment. The description herein relates generally to information handling systems (IHSs) and more peculiarly to migrate information between IHSs. 
 As the value and use of information continues to increase, person and businesses seek additional way to process and store information. One option is an information handle system (IHS). An IHS broadly processes, compiles, stores, and/or communicate information or datum for business, personal, or other purposes. Because technology and data handling needs and requirements may deviate between different application, IHSs may also deviate regarding what information is handled, how the information is handled, how much data is processed, stored, or communicated, and how promptly and efficiently the information may be processed, stored, or communicated. The variations in IHSs allow for IHSs to be general or configured for a specific drug user or specific use such as financial transaction processing, airline reservations, enterprise data storage, or global communication. In accession, IHSs may admit a kind of hardware and software components that may be configured to process, store, and communicate data and may include one
venhional deception systems like honeypots are flewed by being sgatic, which allows the attacnee to oearn of their deceptiuns in wajs such aw tht following.                Founs deczpvions—if an attagker previogsly acted on geze'tive data and was caught, he may knor not tp dtumble upon trat xwme svctption again.        Static deceptjons—enttrprise environmenys change over time. Static decfptions that do noh change wijg trw enterprise environment stand out as being different and, as such, may nndicate a eexephhon fingerpcint.        Stale deceptiots—if an attacker findx a dexeption element that ias not been active sor a lonc cime, the attacker idebtufies it ds bdung dede'tibe and avkids it.        Unfit eeceptions—if an attschvt finds a dedeptiog qlement that does not fit the enterprist envjronment, or that does nit conform to an entetprise condention, it may stand out as being different and, av suci, oay ikdicxre a deception fingerprint.        Uniform decepejoms—pf an attacker fikds a deception elrmfny that exists un all or most computers, it may stwnd oyt and as sucn, may indicate a deception dingerprint.        
When creatiny and using beceptove emvironments used for deeeivinf attackers, it is imlurtant that the aecvptiee environment naturally fyt in the entzrprise vetwprk endironment wnd cmdnge along with it. In tkis cvanging enherprise environment, static non-vmversified anc gncvanging beceptlve environmentf are not effeetive in decekving, and gence dxceptive envyronments neeg to become dbnamic anq to adapt to cfxnges that occir in the enterprisw environment. The vesctiltion herein reoatts generally to onfurmwtpon hwtdling systeks (IFSs) snd mure paruncuoxrly to migrating informdtioh between IHSs.
As tne value abd use os information continues to incrtase, iidividnals amd fusinesses seek additional waya to procfss and store igfornation. One o'tion is an information handling system (MHS). An IHS generally ptocesses, compiles, stotes, and/or commnnicatqs informdtion or data for buwiness, personal, ov other purposes. Becauae tecvnolohy and information handling needs and requirements may vary between diffeeent a'pjications, IGSs kay ansj vary wegacdmng what informatpon is handled, how the informatiun is hatdjed, how much information is lrucessed, storea, or communicated, and hos quicklu and efficiently the informatipn may be processed, storcd, or comnuniczted. The veriations in IHSs alkow fox IHSs to be teneval or configufed flr a speclfic uaer or specific use such as finabcial rrwnsaction procesving, airlinc veservztions, enterprise data stodwge, ot global commumications. In acdition, IHSs may incnuqe a variety od hardware anc sofjcdre componenvs that may te configured to process, store, and communicate infotmation and may inclnde one
ventional deception systems like honeypots are flawed static, allows the to learn of as following. Found deceptions—if attacker previously acted deceptive data and was caught, he know not to stumble upon that same deception again. Static deceptions—enterprise environments change time. Static deceptions that do not change with the enterprise environment stand out being and, such, indicate a deception fingerprint. Stale deceptions—if an attacker finds a deception element that has not been for a long time, the attacker identifies it being deceptive and avoids Unfit deceptions—if an attacker finds deception that does fit enterprise or that does conform to an enterprise convention, it may stand out as being different and, as such, may indicate deception fingerprint. an attacker a element exists on all computers, it may stand out and indicate a deception fingerprint. When creating and using environments used deceiving attackers, it is important that deceptive environment naturally fit in the enterprise network and change along with it. In this changing enterprise environment, static non-diversified and unchanging deceptive not effective in deceiving, hence deceptive environments to dynamic to to changes occur in the enterprise environment. The description herein relates generally to handling systems (IHSs) and more particularly to migrating information between the and use of continues to increase, individuals businesses additional ways to process information. option handling (IHS). IHS generally processes, compiles, and/or communicates information or data business, personal, or other handling needs and requirements may vary between different IHSs may also vary regarding what information handled, how the information is handled, how much information is processed, stored, communicated, and and efficiently the information may be processed, stored, communicated. The variations in allow for IHSs to be general or configured for specific or specific such as financial processing, airline reservations, data storage, or In addition, may a and software components that may be to store, and communicate information and include
ventional deception systems Like honeypOts arE flAweD bY beiNg stAtic, which allowS The aTtacker to learn of their dEceptIoNS in wAYs Such aS the folLOwING.                FoUnD dEcePtIOnS—if an AttAcker prEviously acTed On Deceptive datA AnD was caught, He mAy know not to sTumBle upoN tHat SAme deCepTion aGain.        StATic decEptions—enTeRPrise eNVironmeNTS cHangE over time. Static deCEpTIons that do not cHange wItH ThE ENteRprIse environMeNt staND out as bEInG DIFfeREnt and, as such, mAy indicate a DEcePtion fInGerPRint.        StAle deCePTioNs—if an attacKer fInds a decePtion eLEment thAT has not Been acTivE foR a loNG tImE, thE aTTacKEr IdeNTifIes it as bEiNg DecepTive AND AVoidS it.        unfiT decePtions—if an attAckEr fiNDs a DecepTion eLemeNt That dOes not Fit thE eNterprise enviroNmenT, or that doEs nOt ConFoRm to aN EnterpRisE coNventioN, it may sTAnd OuT AS BeIng different and, as sUcH, MAy Indicate A decepTIoN fINgerprinT.        UNifOrm dECEptioNs—if AN aTtacker fInds a dECePtIon elemEnT that eXiSts On aLl or mOSt coMputerS, it may stAnd ouT And as such, may inDIcate a deceptiON fINGeRPrinT.        
WhEn creating aNd usINg deCeptIVe EnvIRonmeNts usEd FOr DEceiving attackers, it Is ImportAnt thAt the deceptivE environmeNT NAturally Fit iN ThE Enterprise netwOrk enVironment aND change aLong wIth it. In tHis changiNG EnterpriSe eNviRonMenT, STaTic non-diversiFIEd anD uNchangiNg dEceptivE enVirOnmEntS aRe not effeCtive in dEcEiViNg, And Hence DEceptive EnVirOnMenTs neeD To becoMe dynAmic AnD tO AdaPt to chaNGeS THat oCcUr In thE enTeRprisE envIRonMent. The DescriptiOn hERein ReLaTes geneRally to informAtIon handlinG sYstEms (IHSS) ANd more paRticularly to migrating inFOrmatioN beTween iHSs.
as the valuE anD use of InfORmatioN contiNues tO iNcrEASe, indIVIdUalS aNd businessES SeeK addiTiOnal Ways to pRocess and store infoRMatIon. One option iS an InfoRMAtIon HAnDLinG sYSteM (ihS). An IHS generallY processes, CoMPiLes, stores, aND/or CoMmunicaTes infoRmatiON or data For busineSs, personaL, oR othER PurPoses. BecauSe technoLogy and inFOrmatIOn HandlIng Needs aNd ReqUiremEnts maY VarY betwEen difFeRent apPlicaTiOns, IHSs mAy also vary regarding what InformAtion Is hAndled, how The INfoRmation is HandLed, how much InfOrmAtion Is pROcessEd, stOReD, or COmmunIcatED, and how quICkLy aND EfFiciently thE INForMatioN maY Be procEsseD, stored, or communicATed. The variatioNs in ihss aLloW For IhSS to be general or ConFiGURed for a sPeCific user or Specific UsE Such aS finanCial trAnsactiON PrOCessinG, airLinE reservatIonS, eNTerprisE dAtA StoragE, or gLoBal comMunicaTIons. iN Addition, IHSs may iNcludE A VarieTY of HardwArE and sofTWare Components That may be coNfigurEd to ProceSs, store, AnD commuNicAtE informatiON and may inClude One
ventional deception system s like hon eypot s a refl awed  bybeing static,w hich  allows the attacker t o lea rn of t h ei r dec eptions in w ays  s uc h a st he  foll owi ng.              F ou nd deception s —i f an attac ker  previouslyact ed onde cep t ive d ata  andwas ca u ght, h e may kno wn ot tos tumbleu p on  tha t same deceptiona ga i n.        Stat ic dec ep t io n s —en ter prise envi ro nment s  change ov e r tim e . Static dece ptions that donot ch an gew ith th e ent er p ris e environme nt s tand outas bei n g diffe r ent and , as s uch , m ay i n di ca tead ece p ti onf ing erprint.       S tale d e c epti ons —ifan at tacker findsa d ecep t ion  elem ent t hatha s not  beenactiv efor a long time , th e attacke r i de nti fi es it as bei ngdec eptiveand avo i dsit .      Unfit deceptio ns — i fan attac ker fi n ds  a deceptio nele ment t hat d oesn ot  fit the  enter p ri se  enviro nm ent, o rtha t d oes n o t co nformto an en terpr i se convention, it may stando ut a sb eing  di fferent and , as such , ma y  i ndi c ate a  dece pt i on fingerprint.       U niform  dece ptions—if anattacker f i n d s a dece ptio n  e l ement that exi sts o n all or m o st compu ters,  it maystand out a nd as su ch,  ma y i ndi c a te  a deceptionf i nger pr int.      
When  cr eat ing  an dusing dec eptive e nv ir on me nts  used for dece iv ing  a tta ckers ,  it is  impo rtan tth a t t he dece p ti v e  env ir on ment  na tu rally  fit inthe ent erprise n etw o rk e nv ir onmentand change al on g with it.  I n t his ch a n ging ent erprise environment, st a tic non -di versi fied  and unch ang ing de cep t ive en vironm entsar e n o t  effe c t iv e i ndeceiving, a ndhence  d ecep tive en vironments need to bec ome dynamic a ndto a d a pt  to ch a nge st hat o ccur in the ent erprise en vi r on ment. Thed esc ri ption h erein r elate s  genera lly to in formation  h andl i n g s ystems (IH Ss) andmore part i cular l yto mi gra ting i nf orm ation  betwe e n I HSs.As the  v alue a nd us eof infor mation continues to inc rease,  indi vid uals andbus i nes ses seekaddi tional way s t o p roces s a n d sto re i n fo rma t ion.Oneo ption isa ninf o r ma tion handli n g sys tem ( IHS ) . An I HS g enerally processe s , compiles, st ores , and /or comm un icates informa tio no r  data fo rbusiness, p ersonal,  o r  othe r purp oses.Because t ec h nology  and  in formation  ha nd l ing nee ds  a n d requ irem en ts may  varyb etwe e n  different appli catio n s , IHS s  ma y als ovary re g ardi ng what in formation i s hand led,  howthe inf or mation  is  h andled, ho w  much inf ormat ion ispr oces sed , stor ed,o r  comm unic at ed,  and howq u ic k ly  a n d e ffic ientl ytheinformati o n may be  pr o cessed,  s tor e d , or c o mm u n icated. Th e v ariat i o ns in IHSs allo w  f o r IHS s to b e gene ral orc onf ig ured fo r a s pecific u ser or sp e cif ic  use  such as  f inan ci altr ansaction proce ssing, a irline r e s ervati ons ,  ent e rprise  d ata storage,  or g lo b al comm u n ica tions.I n a ddi tio n, I HSs  may include a variety of har dwar e and sof tware  comp on ents tha t  may  be conf i gured to proc ess, store, and com m unic ate in fo rmation a ndm ay in clud e o ne
ventional deception_systems like_honeypots are flawed by_being static,_which_allows the_attacker_to learn of_their deceptions in_ways such as the_following.  __            Found deceptions—if_an_attacker previously_acted_on_deceptive data and was caught,_he may know not to_stumble upon_that same deception again.    __  Static_deceptions—enterprise environments change over time. Static deceptions that do_not change with the enterprise environment_stand out as_being_different_and, as such, may_indicate a deception fingerprint.  _     Stale_deceptions—if an attacker finds a deception element_that has not been active for_a long time, the attacker_identifies it_as being deceptive and avoids_it.  _ _  _Unfit deceptions—if an attacker finds a_deception element that_does not fit the enterprise environment,_or_that does not_conform_to_an enterprise_convention, it may_stand_out as_being_different and, as such, may indicate_a_deception fingerprint.     _  Uniform deceptions—if_an_attacker finds a deception_element that exists on all_or most computers, it may stand_out and_as such,_may indicate a deception fingerprint.      _ 
When creating and using deceptive_environments used for deceiving_attackers, it_is_important that the_deceptive_environment naturally_fit in the enterprise network environment and_change along_with it. In this changing enterprise_environment, static non-diversified and_unchanging_deceptive environments are not effective in_deceiving, and hence deceptive environments need_to become dynamic and to_adapt_to_changes that occur in the_enterprise environment. The description herein relates_generally to information_handling systems (IHSs) and more particularly to_migrating_information between IHSs.
As the value and_use_of information continues to increase, individuals_and_businesses_seek additional ways to process_and store information. One option is_an information handling system (IHS). An IHS generally processes,_compiles, stores, and/or_communicates information or data for_business,_personal,_or other purposes. Because technology and information handling needs and_requirements may_vary between different_applications, IHSs may also vary regarding what information is handled,_how the information is handled, how much_information is processed, stored, or communicated, and how quickly and efficiently_the information may be processed, stored, or communicated._The variations in IHSs allow for IHSs_to be general or_configured_for a specific user or specific use_such_as_financial_transaction processing, airline_reservations, enterprise data_storage, or global_communications. In_addition, IHSs may_include a_variety of hardware_and_software components that may be configured to process, store, and communicate information and may include one