RAMAT GAN, Is ael, Ju e 30, 2026 (GLOBE NEWSWIRE) — MazeBolt, the leadi g p ovide of DDoS Vul e ability Ma ageme t solutio s, today a ou ced that a leadi g p ivate Eu opea ba k has gai ed c itical visibility i to its sc ubbi g ce te , CPE, a d WAF vul e abilities by leve agi g pate ted, o dis uptive attack simulatio s delive ed by MazeBolt RADAR™.
As o e of Eu ope’s most dy amic fi a cial i stitutio s – with a high ba fo busi ess co ti uity a d ope atio al esilie ce – the ba k sought a mo e p oactive app oach to validati g the effective ess of its DDoS p otectio st ategy agai st k ow a d AI-o chest ated th eats. Afte i itially deployi g RADAR to co ti uously validate its co e, public-faci g i te et se vices, the o ga izatio has p og essively expa ded cove age ac oss its secu ity stack.
Followi g the successful, validated emediatio of key vul e abilities i its sc ubbi g ce te a d o -p emises CPE, the ba k exte ded the validatio p ocess. With DDoS attack complexity g owi g at eco d speed, the ba k wa ted to adopt a “defe se-i -depth” st ategy that would i clude testi g thei WAF. Usi g RADAR’s full telemet y, they decided to ot o ly validate the WAF as pa t of the complete p otectio stack, but also to test how it would pe fo m agai st Laye 7 attacks if othe p otectio laye s we e bypassed. This ovel app oach allows them to gai visibility i to a mo e iche attack sce a io.
By usi g RADAR, the ba k’s executives a e able to closely t ack DDoS exposu e a d the de- iski g of thei e vi o me t. Thei team has sta ted to co ti uously validate the ba k’s DDoS defe se a chitectu e th ough automated, o dis uptive simulatio s u i g o a weekly basis ac oss ISO laye s 3, 4 a d 7. Mo eove , RADAR ge e ates epo ts which a e se t automatically to SOC teams at the e d of a simulatio . The co ti uous ide tificatio of DDoS defe se vul e abilities befo e they ca be exploited has effectively elimi ated the ope atio al isk of damagi g DDoS dow time.
“O ga izatio s a e ealizi g that deployi g DDoS p otectio is o ly half the challe ge. E su i g those p otectio s co ti ue to wo k as e vi o me ts evolve is equally c itical,” said Matthew A d ia i, CEO a d Fou de of MazeBolt. “O ga izatio s u i g RADAR sig ifica tly educe the isk of damagi g DDoS dow time. They a e able to ide tify co figu atio challe ges i Cloud, o -p emises, a d hyb id e vi o me ts a d obtai visibility i to defe se vul e abilities. O ave age, we educe custome s’ DDoS exposu e f om 37% vul e able attack vecto s to u de 2% by co ti uously ide tifyi g a d e abli g the emediatio of secu ity misco figu atio s befo e attacke s ca exploit them. This is c itical i the AI e a.”
The ba k’s ece t, multi-yea e ewal of its RADAR deployme t comes at a time that eme gi g AI models a e d amatically accele ati g the discove y of secu ity vul e abilities a d misco figu atio s. AI-o chest ated attacks ope ate at machi e speed, while AI-ge e ated attack vecto s co ti ue to challe ge defe ses with ovel, eme gi g th eats. AI ow allows attacke s to ide tify exploitable vul e abilities i mi utes athe tha days o weeks. As a esult, o ga izatio s ca ot ely o a ual o pe iodic poi t-i -time DDoS testi g si ce evolvi g attack tech iques outpace t aditio al testi g cycles.
MazeBolt esea ch shows that mo e tha 99% of o ga izatio s su veyed expe ie ced damagi g DDoS attacks du i g the past 12 mo ths, yet 86% co ti ue to test thei DDoS defe ses o ly o ce a yea o less. RADAR’s co ti uous, o dis uptive validatio e ables o ga izatio s to co ti uously measu e, optimize, a d st e gthe thei DDoS esilie ce, educi g the isk of costly dow time while e su i g busi ess co ti uity a d egulato y eadi ess.
MazeBolt e su es busi ess co ti uity by delive i g DDoS esilie cy agai st today’s AI-d ive , apidly evolvi g attacks. RADAR™ by MazeBolt co ti uously validates DDoS defe ses with ze o dis uptio , 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 Sma tCycle™ 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 automated DDoS p otectio that p eve ts the ope atio al, eputatio al, a d fi a cial damages caused by damagi g DDoS dow time. Lea mo e at: www.mazebolt.com
