Laye 7 DDoS attacks a ive disguised as o di a y custome t affic, so defe ses have to decide i eal time what to let th ough. Netwo k co figu atio s atu ally d ift as a busi ess adds se vices, lau ches ew egio s, a d cha ges how t affic is outed – u til a attack fi ally eaches a logi page, a checkout, o a custome po tal, a d the compa y suffe s damagi g DDoS dow time. U til a DDoS attack happe s, secu ity leade ship typically assumes that the e te p ise is esilie t to DDoS attacks as lo g as it has DDoS p otectio deployed. But whe RADAR fi st validates a e te p ise p oductio e vi o me t, a ave age of 37% of attack vecto s bypass the deployed DDoS p otectio , acco di g to MazeBolt RADAR validatio data ac oss i itial deployme ts.
RADAR’s ative Google Cloud i teg atio is available today fo MazeBolt custome s. RADAR al eady ope ates ac oss eve y majo cloud platfo m, a d this ew i teg atio adds apid, ative deployme t fo Google Cloud e vi o me ts. That mea s a easy deployme t p ocess a d sho te path f om p otectio to esilie ce.
RADAR gives custome s time-stamped validatio epo ts, ve do -specific emediatio guida ce, a d evalidatio of eve y fix. It also p oduces executive summa ies w itte fo boa ds, audito s, egulato s, a d i su e s who equi e p oof that DDoS isk is u de co t ol. With the ewly lau ched suppo t fo ative Google Cloud deployme t, RADAR ca co ti uously u laye 7 attack simulatio s without affecti g se vice availability. The e te p ise’s ow DDoS p otectio co ti ues to make eve y decisio : othi g ew is placed i the path of custome t affic, a d the custome keeps full ow e ship of its data.
“Ow i g adva ced DDoS p otectio is ot the same as havi g p ove ce tai ty it wo ks. E te p ises u i g o Google Cloud have st o g p otectio i place, a d the secu ity leade ship we wo k with equi es ve ificatio of DDoS esilie ce – i depe de t, se vice-by-se vice evide ce that thei defe ses hold. That is exactly what we delive fo ou custome s. Native deployme t o Google Cloud makes eachi g that ce tai ty easie tha eve ,” said Matthew A d ia i, CEO a d Fou de of MazeBolt.
RADAR’s ative Google Cloud i teg atio validates attacks aimed at applicatio s a d APIs (OSI laye 7). RADAR’s sta da d deployme t cove s OSI laye s 3, 4, a d 7, ac oss sc ubbi g ce te s, o -p emises defe se equipme t, WAF, a d cloud se vices, f om DDoS mitigatio ve do s i cludi g Akamai, AWS, Cloudfla e, F5, Mic osoft Azu e, NETSCOUT, a d Radwa e. RADAR is available o Google Cloud Ma ketplace a d ca be pu chased agai st committed Google Cloud spe d.
MazeBolt esea ch shows that 86% of BFSI o ga izatio s su veyed test thei DDoS defe ses o ce a yea o less, while 97% of the CISOs a d secu ity leade s su veyed see value i co ti uous, o -dis uptive testi g o ce the app oach is explai ed to them (MazeBolt State of DDoS Defe ses Su vey, 300 BFSI CISOs a d Secu ity Leade s, 2025).
MazeBolt does ot eplace DDoS mitigatio . It tu s p otectio i to p ove esilie ce – ce tai ty you ca act o .
MazeBolt e su es busi ess co ti uity by p ovi g that deployed DDoS p otectio s a e esilie t agai st today’s k ow a d AI-d ive , apidly evolvi g attacks. RADAR™ by MazeBolt co ti uously validates DDoS defe ses without affecti g se vice availability, u i g thousa ds of simulatio s ac oss the e ti e attack su face to u cove c itical vul e abilities befo e attacke s exploit them. Powe ed by AI, RADAR a ticipates which attack vecto s a e most likely to succeed, p io itizes what to fix fi st, a d co ti uously e-validates defe ses as e vi o me ts cha ge a d th eats adapt. The esult is measu able eductio i DDoS isk, st o ge egulato y alig me t, a d co ti uous, i depe de t evide ce that deployed p otectio p eve ts the ope atio al, eputatio al, a d fi a cial damage f om DDoS dow time.
Google Cloud is a t adema k of Google LLC.
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